mhurhangee/ep-ind-claims huggingface dataset:
A sealing structure comprising: a first member having a fitting groove; a second member fixed to the first member; and a gasket fitted to the fitting groove to seal a gap between opposing surfaces of the first member and the second member, wherein a plurality of locking protrusions are provided on one of two sidewalls of the fitting groove, the locking protrusions being spaced from each other and arranged along the direction in which the fitting groove extends, the gasket is provided with a plurality of locked protrusions, the locked protrusions being engageably locked against the respective locking protrusions from a groove bottom side of the fitting groove, a plurality of supporting protrusions are provided on another of the two sidewalls of the fitting groove at respective positions opposing the plurality of locking protrusions, the supporting protrusions supporting respective opposite sides of portions of the gasket on which the locked protrusions are provided, characterised by a distance from one of the two sides of the sidewalls to the other side of the sidewalls, a distance from the said one of the two sides of the sidewalls to a tip of the supporting protrusion on the said the other side of the sidewalls, a distance from a tip of the locking protrusion to a tip of the supporting protrusion on the fitting groove, the diameter of the gasket body, and a distance from a tip of the locked protrusion to a back side thereof on the gasket, wherein said distance, distance, distance, distance and diameter satisfy the following: C1 ≤ W3 < C2 < W2 < W1. a first member having a fitting groove; a second member fixed to the first member; and a gasket fitted to the fitting groove to seal a gap between opposing surfaces of the first member and the second member, wherein a plurality of locking protrusions are provided on one of two sidewalls of the fitting groove, the locking protrusions being spaced from each other and arranged along the direction in which the fitting groove extends, the gasket is provided with a plurality of locked protrusions, the locked protrusions being engageably locked against the respective locking protrusions from a groove bottom side of the fitting groove, a plurality of supporting protrusions are provided on another of the two sidewalls of the fitting groove at respective positions opposing the plurality of locking protrusions, the supporting protrusions supporting respective opposite sides of portions of the gasket on which the locked protrusions are provided,
A motion detection apparatus comprising: a motion detection unit sequentially being input with a plurality of fields that are temporally successive and detecting motion information values representing presence and absence of a motion for each pixel/block of an input nth field; and a motion calculation buffer unit storing the motion information values for each pixel/block; characterized by a motion calculation unit accumulatively correcting the motion information values of the input nth field stored in the motion calculation buffer unit, based on the motion information values of an input n+1th field detected by the motion detection unit by adding a given first value to a motion information value stored in the motion calculation buffer unit if a corresponding pixel/block has motion, and subtracting a given second value from a motion information value stored in the motion calculation buffer unit if a corresponding pixel/block has no motion.. a motion detection unit sequentially being input with a plurality of fields that are temporally successive and detecting motion information values representing presence and absence of a motion for each pixel/block of an input nth field; and a motion calculation buffer unit storing the motion information values for each pixel/block; characterized by a motion calculation unit accumulatively correcting the motion information values of the input nth field stored in the motion calculation buffer unit, based on the motion information values of an input n+1th field detected by the motion detection unit by adding a given first value to a motion information value stored in the motion calculation buffer unit if a corresponding pixel/block has motion, and subtracting a given second value from a motion information value stored in the motion calculation buffer unit if a corresponding pixel/block has no motion..
An apparatus (424, 724, 824, 924) of an incident manager to control communication, the apparatus comprising processing circuitry and a memory configured to: in response to reception of an indication of an emergency or public safety incident at an incident scene to which responders are to be dispatched, determine attributes of a plurality of user equipments (UEs) (402, 404, 406, 702, 704) to be dispatched to the incident scene, the UEs (402, 404, 406, 702, 704) associated with a plurality of agencies, the attributes of the UEs (402, 404, 406, 702, 704) determined dependent on a type of the emergency or public safety incident and negotiation with agency consoles (422, 722, 822, 922) of the agencies, the attributes of the UEs (402, 404, 406, 702, 704) comprising capabilities of, and network resources to be used by, the UEs (402, 404, 406, 702, 704); and control, via communication with a network slice orchestrator (412, 710, 810, 910), a lifecycle of a network slice (414, 416) to provide communication service for the emergency or public safety incident, the lifecycle including instantiation, modification, and termination of the network slice (414, 416), the lifecycle controlled based on communication from each UE (402, 404, 406, 702, 704) indicating arrival to and departure from the incident scene in addition to the attributes of the UE (402, 404, 406, 702, 704), the network slice (414, 416) configured to provide communication among the agencies. in response to reception of an indication of an emergency or public safety incident at an incident scene to which responders are to be dispatched, determine attributes of a plurality of user equipments (UEs) (402, 404, 406, 702, 704) to be dispatched to the incident scene, the UEs (402, 404, 406, 702, 704) associated with a plurality of agencies, the attributes of the UEs (402, 404, 406, 702, 704) determined dependent on a type of the emergency or public safety incident and negotiation with agency consoles (422, 722, 822, 922) of the agencies, the attributes of the UEs (402, 404, 406, 702, 704) comprising capabilities of, and network resources to be used by, the UEs (402, 404, 406, 702, 704); and control, via communication with a network slice orchestrator (412, 710, 810, 910), a lifecycle of a network slice (414, 416) to provide communication service for the emergency or public safety incident, the lifecycle including instantiation, modification, and termination of the network slice (414, 416), the lifecycle controlled based on communication from each UE (402, 404, 406, 702, 704) indicating arrival to and departure from the incident scene in addition to the attributes of the UE (402, 404, 406, 702, 704), the network slice (414, 416) configured to provide communication among the agencies.
A biocidal composition comprising: 2,2-dibromomalonamide and 2,2-dibromo-3-nitrilopropionamide, wherein the weight ratio of 2,2-dibromomalonamide to 2,2-dibromo-3-nitrilopropionamide is from 31:1 to 1:1.
Use of tar extract with aromatic characteristics from a discarded cigarette butt in preparation of a cigarette, or in preparation of a flavor, wherein the tar extract is used to the flavor as an aroma component; wherein the tar extract is obtained by a method for preparing the tar extract with aromatic characteristics from a discarded cigarette butt comprising the following steps: adding the discarded cigarette butt to an extraction solvent, and carrying out subcritical fluid extraction to obtain an extraction solution; carrying out vacuum filtration on the extraction solution, and carrying out vacuum distillation on the filtrate to obtain a concentrated extractum; and carrying out molecular distillation on the concentrated extractum, and collecting a light fraction of the molecular distillation to obtain the tar extract with aromatic characteristics. adding the discarded cigarette butt to an extraction solvent, and carrying out subcritical fluid extraction to obtain an extraction solution; carrying out vacuum filtration on the extraction solution, and carrying out vacuum distillation on the filtrate to obtain a concentrated extractum; and carrying out molecular distillation on the concentrated extractum, and collecting a light
A brush seal for sealing a leakage gap in an axial flow path between a relatively higher fluid pressure region and a relatively lower fluid pressure region, comprising an outer housing and an inner housing located at least partially within and configured for radial displacement relative to the outer housing, wherein: the outer housing comprises a first downstream outer contact member comprising a first upstream facing outer contact surface configured along a first radial contact line (F-F), and a second downstream outer contact member comprising a second upstream facing outer contact surface configured, and radially spaced from the first upstream facing outer contact surface, along the first radial contact line to define a downstream outer chamber opening therebetween; and, the inner housing comprises a first bristle layer in physical communication with a first upstream facing inner contact surface configured along a second radial contact line (S-S), a downstream facing surface of the inner housing being maintained in physical communication with at least the first upstream facing outer contact surface and the second upstream facing outer contact surface during radial displacement thereof; wherein, at all relative radial positions of the inner housing relative to the outer housing, during use, a collective contact surface along the first radial contact line (F-F) between the downstream facing surface of the inner housing and both the first upstream facing outer contact surface and the second upstream facing outer contact surface is greater than a collective surface of the downstream outer chamber opening along the first radial contact line (F-F). the outer housing comprises a first downstream outer contact member comprising a first upstream facing outer contact surface configured along a first radial contact line (F-F), and a second downstream outer contact member comprising a second upstream facing outer contact surface configured, and radially spaced from the first upstream facing outer contact surface, along the first radial contact line to define a downstream outer chamber opening therebetween; and, the inner housing comprises a first bristle layer in physical communication with a first upstream facing inner contact surface configured along a second radial contact line (S-S), a downstream facing surface of the inner housing being maintained in physical communication with at least the first upstream facing outer contact surface and the second upstream facing outer contact surface during radial displacement thereof; wherein, at all relative radial positions of the inner housing relative to the outer housing, during use, a collective contact surface along the first radial contact line (F-F) between the downstream facing surface of the inner housing and both the first upstream facing outer contact surface and the second upstream facing outer contact surface is greater than a collective surface of the downstream outer chamber opening along the first radial contact line (F-F).
A computer-implemented method of connecting a wireless device (102, 300) to a wireless network, the method comprising: receiving, by an access point (104, 300) of the wireless network, configuration information to allow the access point to provide the wireless device access to the wireless network, the configuration information including: a service identifier corresponding to a service provided through the wireless device, and a credential associated with the wireless device, the credential including the service identifier, the credential being unique to the wireless device; advertising, by the access point to the wireless device, the service identifier in an unsigned format; receiving, by the access point from the wireless device, an association request including a network identifier corresponding to the wireless network, the association request including the service identifier and the credential; and authenticating, by the access point, the wireless device based on the service identifier and the credential, wherein the service identifier included in the credential is an attribute of the credential, and the credential is digitally signed. receiving, by an access point (104, 300) of the wireless network, configuration information to allow the access point to provide the wireless device access to the wireless network, the configuration information including: a service identifier corresponding to a service provided through the wireless device, and a credential associated with the wireless device, the credential including the service identifier, the credential being unique to the wireless device; a service identifier corresponding to a service provided through the wireless device, and a credential associated with the wireless device, the credential including the service identifier, the credential being unique to the wireless device; advertising, by the access point to the wireless device, the service identifier in an unsigned format; receiving, by the access point from the wireless device, an association request including a network identifier corresponding to the wireless network, the association request including the service identifier and the credential; and authenticating, by the access point, the wireless device based on the service identifier and the credential, wherein the service identifier included in the credential is an attribute of the credential, and the credential is digitally signed.
A teleoperational medical system for performing a medical procedure, the system comprising: a dynamic guided setup system having a plurality of step-by-step setup instructions for setting up a teleoperational assembly having at least one arm configured to assist in the medical procedure; and at least one processor; and a user interface (146, 154) configured to communicate the plurality of step-by-step setup instructions to a user; wherein the dynamic guided setup system is configured to automatically recognize a completion of at least one setup step of a sequence of setup steps based on a detected physical arrangement of the at least one arm; wherein the dynamic guided setup system is configured to automatically bypass the at least one setup step in response to the detected physical arrangement of the at least one arm; and wherein the dynamic guided setup system is configured to automatically display, when the step-by-step setup instructions include an instruction for a subsequent setup step of the sequence of setup steps, a prompt for the subsequent setup step after automatically recognizing the completion of the at least one setup step. a dynamic guided setup system having a plurality of step-by-step setup instructions for setting up a teleoperational assembly having at least one arm configured to assist in the medical procedure; and at least one processor; and a user interface (146, 154) configured to communicate the plurality of step-by-step setup instructions to a user; wherein the dynamic guided setup system is configured to automatically recognize a completion of at least one setup step of a sequence of setup steps based on a detected physical arrangement of the at least one arm; wherein the dynamic guided setup system is configured to automatically bypass the at least one setup step in response to the detected physical arrangement of the at least one arm; and wherein the dynamic guided setup system is configured to automatically display, when the step-by-step setup instructions include an instruction for a subsequent setup step of the sequence of setup steps, a prompt for the subsequent setup step after automatically recognizing the completion of the at least one setup step.
An apparatus comprising: a system power device configured to convert an input voltage to an output voltage, the system power device comprising at least two series connected capacitors (C+, C-) and integrated circuitry; the integrated circuitry comprising: a sensor configured to determine a parameter related to a voltage value at a first terminal (Vcpn) located between an intersection of two capacitors of the at least two capacitors, the voltage value being relative to a reference potential; wherein the integrated circuitry is configured to adjust, relative to the reference potential, a voltage applied to a second terminal of the system power device based on the parameter and a reference value, wherein the second terminal is different from the first terminal; and the apparatus is characterised in that the integrated circuitry is further configured to: decrease, relative to the reference potential, the voltage applied to the second terminal of the system power device based on the parameter being greater than a value related to the reference value; and increase, relative to the reference potential, the voltage applied to the second terminal of the system power device based on the parameter being less than a value related to the reference value. a system power device configured to convert an input voltage to an output voltage, the system power device comprising at least two series connected capacitors (C+, C-) and integrated circuitry; the integrated circuitry comprising: a sensor configured to determine a parameter related to a voltage value at a first terminal (Vcpn) located between an intersection of two capacitors of the at least two capacitors, the voltage value being relative to a reference potential; wherein the integrated circuitry is configured to adjust, relative to the reference potential, a voltage applied to a second terminal of the system power device based on the parameter and a reference value, wherein the second terminal is different from the first terminal; and the apparatus is characterised in that the integrated circuitry is further configured to: decrease, relative to the reference potential, the voltage applied to the second terminal of the system power device based on the parameter being greater than a value related to the reference value; and increase, relative to the reference potential, the voltage applied to the second terminal of the system power device based on the parameter being less than a value related to the reference value. decrease, relative to the reference potential, the voltage applied to the second terminal of the system power device based on the parameter being greater than a value related to the reference value; and increase, relative to the reference potential, the voltage applied to the second terminal of the system power device based on the parameter being less than a value related to the reference value.
A method of producing porous complex oxides, the method including providing a mixture of: a) precursor elements suitable to produce the complex oxide; or b) one or more precursor elements suitable to produce particles of the complex oxide and one or more metal oxide particles; and c) a particulate carbon-containing pore-forming material selected to provide pore sizes in the range of 7 nm to 250 nm; wherein at least one of the precursor elements is present in the form of a solution, and treating the mixture to (i) form the porous complex oxide in which two or more of the precursor elements from (a) above or one or more of the precursor elements and one or more of the metals in the metal oxide particles from (b) above are incorporated into a phase of the complex metal oxide and the complex metal oxide has grain sizes in the range of 1 nm to 150 nm; and (ii) remove the pore-forming material under conditions such that the porous structure and composition of the complex oxide is substantially preserved. a) precursor elements suitable to produce the complex oxide; or b) one or more precursor elements suitable to produce particles of the complex oxide and one or more metal oxide particles; and c) a particulate carbon-containing pore-forming material selected to provide pore sizes in the range of 7 nm to 250 nm; (i) form the porous complex oxide in which two or more of the precursor elements from (a) above or one or more of the precursor elements and one or more of the metals in the metal oxide particles from (b) above are incorporated into a phase of the complex metal oxide and the complex metal oxide has grain sizes in the range of 1 nm to 150 nm; and (ii) remove the pore-forming material under conditions such that the porous structure and composition of the complex oxide is substantially preserved.
A vacuum device, in particular a vacuum pump, comprising a device component; and an electronic device for controlling and/or regulating the device component, wherein the device component has a digital component-specific data set, and wherein the electronic device is connected to the device component and is configured to read the component-specific data set of the device component, characterized in that the component-specific data set is encrypted by means of a private key; and the electronic device has a public key, which is associated with the private key, to decrypt the encrypted component-specific data set prior to the reading. a device component; and an electronic device for controlling and/or regulating the device component, wherein the device component has a digital component-specific data set, and wherein the electronic device is connected to the device component and is configured to read the component-specific data set of the device component, characterized in that the component-specific data set is encrypted by means of a private key; and the electronic device has a public key, which is associated with the private key, to decrypt the encrypted component-specific data set prior to the reading.
A method, in a user equipment device (700, 800), for accessing data services when roaming, the method comprising: Accessing, from a network node, an identification of services available to a user of the user equipment device when roaming; Selecting, from the identification of services, services for presentation to the user; Comparing applications associated with the selected services with applications installed on the user equipment device; presenting the selected services to the user; wherein for a selected service having an associated application installed on the user equipment device, presenting a link to the associated application on the user equipment device; and on request of a presented service by the user, initiating a connection to a provider of the requested service. Accessing, from a network node, an identification of services available to a user of the user equipment device when roaming; Selecting, from the identification of services, services for presentation to the user; Comparing applications associated with the selected services with applications installed on the user equipment device; presenting the selected services to the user; wherein for a selected service having an associated application installed on the user equipment device, presenting a link to the associated application on the user equipment device; and on request of a presented service by the user, initiating a connection to a provider of the requested service.