mhurhangee/patent-ind-claim-en huggingface dataset:
A radio device with an encryption unit , a first processing unit and a second processing unit , wherein the first processing unit is embodied to process unencrypted data, wherein the second processing unit is embodied to process encrypted data, wherein the encryption unit is embodied to encrypt and decrypt data, wherein the first processing unit contains a control-signal processing unit for processing only control signals , and/or the first processing unit contains a payload-data processing unit for processing only payload data and/or control signals linked with payload data, and wherein the radio device further contains a loading unit , wherein the loading unit is embodied to implement a reconfiguration of the radio device, wherein the loading unit is embodied, during the reconfiguration of the radio device, to hold ready the content of buffer partitions to be reconfigured, wherein the loading unit is embodied to replace the content of a buffer partition to be reconfigured with a held-ready content of the buffer partition, and wherein the loading unit is embodied completely to delete payload data buffered in the buffer partition to be reconfigured whenever a new waveform is to be processed, characterised in that the radio device contains an operating system which is embodied to administer several buffer partitions and at least one processor, that the operating system is embodied to administer sensitive data in an interception-proof and falsification-proof manner, that the radio device is embodied in such a manner that a communication between the payload-data processing unit and the control-signal processing unit takes place only via the operating system .
A computer-implemented method for identifying vulnerabilities for virtualized execution instances to escape their operating environment and threaten a host environment, the method comprising: identifying a virtualized execution instance configured for deployment on a host in a virtual computing environment; performing a privileged configuration inspection for the virtualized execution instance, the privileged configuration inspection determining a probability of privilege risk by analyzing whether the virtualized execution instance has been configured with one or more attributes that can permit operation of the virtualized execution instance to perform operations, beyond an environment of the virtualized execution instance, on an environment of the host, wherein the one or more attributes include one or more configuration parameters for the virtualized execution instance, wherein the probability of privilege risk is based on weights or scores of the one or more configuration parameters; and determining , based on the privileged configuration inspection and the probability of privilege risk, a control action in reaction to the probability of privilege risk, the control action being determined to control the virtualized execution instance's ability to perform operations on the environment of the host. identifying a virtualized execution instance configured for deployment on a host in a virtual computing environment; performing a privileged configuration inspection for the virtualized execution instance, the privileged configuration inspection determining a probability of privilege risk by analyzing whether the virtualized execution instance has been configured with one or more attributes that can permit operation of the virtualized execution instance to perform operations, beyond an environment of the virtualized execution instance, on an environment of the host, wherein the one or more attributes include one or more configuration parameters for the virtualized execution instance, wherein the probability of privilege risk is based on weights or scores of the one or more configuration parameters; and determining , based on the privileged configuration inspection and the probability of privilege risk, a control action in reaction to the probability of privilege risk, the control action being determined to control the virtualized execution instance's ability to perform operations on the environment of the host.
A display apparatus for a vehicle comprising: a substrate housing portion that contains a circuit substrate for outputting an image signal of an image to be displayed; an optical unit that generates an image based on the image signal outputted from the circuit substrate , the optical unit including a projection unit that projects the generated image by light emitted from a light source ; a combiner onto which the image is projected, the combiner being provided at one end of the optical unit ; a turning member that connects the optical unit to the substrate housing portion in a freely rotatable manner; and a plate-like attachment plate which is adapted to mount the substrate housing portion to a rear-view mirror such that the optical unit is freely rotatable by the turning member without coming into contact with the rear-view mirror inside a vehicle. a substrate housing portion that contains a circuit substrate for outputting an image signal of an image to be displayed; an optical unit that generates an image based on the image signal outputted from the circuit substrate , the optical unit including a projection unit that projects the generated image by light emitted from a light source ; a combiner onto which the image is projected, the combiner being provided at one end of the optical unit ; a turning member that connects the optical unit to the substrate housing portion in a freely rotatable manner; and a plate-like attachment plate which is adapted to mount the substrate housing portion to a rear-view mirror such that the optical unit is freely rotatable by the turning member without coming into contact with the rear-view mirror inside a vehicle.
A method in a first wireless device for floor control in an Off-Network mode of Mission Critical Push to Talk, MCPTT, wherein the first wireless device is communicating in a group call with one or more of wireless devices using push to talk communication, the method comprising: prior to transmitting a first message to the one or more wireless devices , determining , at a first wireless device , a priority of the first message; determining , at the first wireless device , whether a floor is available for transmitting the first message based on the determined priority of the first message; and upon the floor being available, transmitting the first message from the first wireless device to the one or more wireless devices , characterised in that the first message is transmitted from the first wireless device without the first wireless device first requesting the floor from a remote floor controller, determining , at the first wireless device , that the floor is held by a second wireless device of the one or more wireless devices ; determining , at the first wireless device , that the priority of the first message is greater than a priority of the current floor holder; and overriding the current floor holder and transmitting the first message from the first wireless device to the one or more wireless devices . prior to transmitting a first message to the one or more wireless devices , determining , at a first wireless device , a priority of the first message; determining , at the first wireless device , whether a floor is available for transmitting the first message based on the determined priority of the first message; and upon the floor being available, transmitting the first message from the first wireless device to the one or more wireless devices , characterised in that the first message is transmitted from the first wireless device without the first wireless device first requesting the floor from a remote floor controller, determining , at the first wireless device , that the floor is held by a second wireless device of the one or more wireless devices ; determining , at the first wireless device , that the priority of the first message is greater than a priority of the current floor holder; and overriding the current floor holder and transmitting the first message from the first wireless device to the one or more wireless devices .
A medical apparatus comprising: an endoscopic tool comprising first and second members longitudinally slideable relative to each other; and a control connected to a proximal end of the endoscopic tool, where the control comprises a housing and an actuation mechanism, where the actuation mechanism is connected to the housing, where the actuation mechanism has the first member and the second member connected thereto, and where the housing comprises a connector , characterized in that the connector is configured to removeably connect the housing to a deflection control lever of an endoscope , and the connector is sized and shaped to resiliently snap onto the deflection control lever of a control section of the endoscope. an endoscopic tool comprising first and second members longitudinally slideable relative to each other; and a control connected to a proximal end of the endoscopic tool, where the control comprises a housing and an actuation mechanism, where the actuation mechanism is connected to the housing, where the actuation mechanism has the first member and the second member connected thereto, and where the housing comprises a connector , characterized in that the connector is configured to removeably connect the housing to a deflection control lever of an endoscope , and the connector is sized and shaped to resiliently snap onto the deflection control lever of a control section of the endoscope.
Control valve for applying a spring-loaded brake pressure (p3b) to spring-loaded parts of a rear-axle wheel brake , wherein the control valve is activatable pneumatically via a second control input with a parking-brake control pressure (p5), wherein the parking-brake control pressure (p5) can act in such a manner on control means arranged in a valve housing of the control valve that a spring-loaded brake pressure (p3b) arises at a working output of the control valve as a function of the parking-brake control pressure (p5) for implementing a parking-brake braking specification (VP) with the spring-loaded parts of the rear-axle wheel brakes , characterized in that the control valve furthermore has a first control input for activating the control valve with a service-brake control pressure (pV; pR) which is dependent on a service-brake braking specification (VB), wherein, for this purpose, the first control input is connectable to an adjustable first control chamber , wherein the first control chamber is operatively connected via a first control piston in such a manner to the control means arranged in the control valve that, during an adjustment of the first control chamber as a result of pressurization with the service-brake control pressure (pV; pR), the spring-loaded brake pressure (p3b) at the working output can be set as a function of the service-brake control pressure (pV; pR) and/or of the parking-brake control pressure (p5), wherein the first control piston is furthermore operatively connected to a third control chamber , wherein, on the first control piston , - when the first control chamber is pressurized with the service-brake control pressure (pV; pR), a first compressive force (X1) acts in a first direction (R1), and - when the third control chamber is pressurized with the same service-brake control pressure (pV; pR), a second compressive force (X2) acts in a second direction (R2) opposed to the first direction (R1), wherein the first control chamber is connectable to the third control chamber depending on the switching position (B1, B2) of a switchable bypass valve for optionally charging the two control chambers with the same service-brake control pressure (pV; pR). - when the first control chamber is pressurized with the service-brake control pressure (pV; pR), a first compressive force (X1) acts in a first direction (R1), and - when the third control chamber is pressurized with the same service-brake control pressure (pV; pR), a second compressive force (X2) acts in a second direction (R2) opposed to the first direction (R1),
Connector system comprising a plug connector and a retainer adapted to be inserted into a corresponding socket , the plug connector comprising a connector housing and at least one latching arm assigned to the connector housing , the plug connector being adapted to be mountable with the retainer , the connector system comprises: • at least one deflection portion provided on the retainer causing a deflection of the latching arm upon mounting of the plug connector with the retainer , wherein the deflection provides increasing resistance against further movement of the plug connector in mounting direction by biasing the latching arm against the deflection portion ; • at least one release portion provided on the retainer which enables a release deflection of the latching arm , wherein the release deflection does not provide resistance against further insertion movement of the plug connector by decreasing the biasing when the latching arm is biased against the release portion ; and • at least one latching portion provided on the retainer which allows latching of the latching arm for locking of the plug connector with the retainer wherein the latching arm is provided with a latching projection which engages the deflection portion upon mounting of the plug connector with the retainer , wherein the latching arm is deflected outwardly in a direction essentially perpendicular to the insertion direction , characterised in that the deflection portion has a length (L d ) and the release portion has a length (L r ), whereby both lengths are measured parallel to the mounting direction of the plug connector and whereby the length (L d ) of the deflection portion is shorter than the length (L r ) of the release portion . • at least one deflection portion provided on the retainer causing a deflection of the latching arm upon mounting of the plug connector with the retainer , wherein the deflection provides increasing resistance against further movement of the plug connector in mounting direction by biasing the latching arm against the deflection portion ; • at least one release portion provided on the retainer which enables a release deflection of the latching arm , wherein the release deflection does not provide resistance against further insertion movement of the plug connector by decreasing the biasing when the latching arm is biased against the release portion ; and • at least one latching portion provided on the retainer which allows latching of the latching arm for locking of the plug connector with the retainer wherein the latching arm is provided with a latching projection which engages the deflection portion upon mounting of the plug connector with the retainer , wherein the latching arm is deflected outwardly in a direction essentially perpendicular to the insertion direction ,
A catheter securement dressing , comprising: a body comprising an upper portion and a lower portion , the lower portion comprising an access opening , wherein the access opening is enclosed within the lower portion on each lateral side, the upper portion having a close tab ; a first adhesive layer disposed on a bottom surface of the lower portion and configured to adhere the catheter securement dressing to the skin; a second adhesive layer configured to adhere the upper portion to the lower portion , wherein the second adhesive layer is disposed on a top surface of the upper portion and includes an antimicrobial agent, wherein the upper portion is configured to fold over onto a top surface of the lower portion about a fold line disposed at an end of the lower portion , wherein when the upper portion folds over the lower portion about the fold line, only a bottom surface of the upper portion is exposed and the second adhesive layer adheres to the top surface of the lower portion surrounding the access opening such that an entire portion of a catheter device inserted through the access opening is surrounded by the antimicrobial agent, wherein the bottom surface of the upper portion includes a bottom surface of the close tab , and wherein the close tab is free of the second adhesive layer . a body comprising an upper portion and a lower portion , the lower portion comprising an access opening , wherein the access opening is enclosed within the lower portion on each lateral side, the upper portion having a close tab ; a first adhesive layer disposed on a bottom surface of the lower portion and configured to adhere the catheter securement dressing to the skin; a second adhesive layer configured to adhere the upper portion to the lower portion , wherein the second adhesive layer is disposed on a top surface of the upper portion and includes an antimicrobial agent, wherein the upper portion is configured to fold over onto a top surface of the lower portion about a fold line disposed at an end of the lower portion , wherein when the upper portion folds over the lower portion about the fold line, only a bottom surface of the upper portion is exposed and the second adhesive layer adheres to the top surface of the lower portion surrounding the access opening such that an entire portion of a catheter device inserted through the access opening is surrounded by the antimicrobial agent, wherein the bottom surface of the upper portion includes a bottom surface of the close tab , and wherein the close tab is free of the second adhesive layer .
An in vitro method of producing platelets, the method comprising a step for bringing megakaryocyte cells and/or progenitor cells thereof into contact with one or more substances selected from the group consisting of Wnt inhibitors and FLT inhibitors.
A hydraulic binder containing 25 to 85 wt% of cement clinker, 0 to 7 wt%, in particular 1 to 7 wt%, of CaSO 4 , and mineral additives, in amounts of a total of 15 to 75 wt%, based on the hydraulic binder, characterized in that 1 to 10 wt% of a dual setting control system is contained, which comprises an activator and a retarder, wherein the weight ratio of activator to retarder, based on the dry substance, is selected to be greater than 85:15, in particular greater than 90:10, in particular greater than 95:5, in particular greater than 98:2, wherein the activator comprises at least one alkali metal sulfate, in particular Na-, K- or Li-sulfate, and the retarder comprises at least one compound selected from the group consisting of Zn and lead salts, phosphates, phosphonates, in particular phosphonobutane-tri-carboxylic acid, aminomethylene phosphonate, in particular amino-tris-methylene phosphonate, boric acids, silicofluorides, organic acids, in particular hydroxycarboxylic acids, in particular gluconic acid, tartaric acid, and salts thereof, sugars and derivatives thereof.
A method for transmitting a paging message by a base station in a wireless communication system, the method comprising: transmitting , to a terminal , first information indicating a first discontinuous reception, DRX, cycle, the first information comprising a value N2 related to the first DRX cycle; transmitting , to the terminal , second information indicating a second DRX cycle; determining , based on the first information, a time for which a paging message is to be transmitted for the terminal; and transmitting (471a-478a), to the terminal , the paging message, based on the second DRX cycle, during the determined time of a timer considering the value N2, wherein a length of the first DRX cycle is a multiple N2 of a length of the second DRX cycle. transmitting , to a terminal , first information indicating a first discontinuous reception, DRX, cycle, the first information comprising a value N2 related to the first DRX cycle; transmitting , to the terminal , second information indicating a second DRX cycle; determining , based on the first information, a time for which a paging message is to be transmitted for the terminal; and transmitting (471a-478a), to the terminal , the paging message, based on the second DRX cycle, during the determined time of a timer considering the value N2, wherein a length of the first DRX cycle is a multiple N2 of a length of the second DRX cycle.
Pump comprising: - pumping means for pumping a working fluid; - an electric motor for actuating the pumping means ; said motor comprising a stator and a rotor that interact for the actuation of the pumping means ; said rotor being rotatable about an axis of rotation ; - a shell that encloses a stator of the electric motor ; - an electronic unit for controlling the electric motor ; the electric motor being interposed between the pumping means and the electronic unit ; - a conduit for the delivery of the working fluid downstream of the pumping means ; - a cooling line for cooling the electric motor and the electronic unit , said cooling line drawing off the working fluid processed by the pumping means ; characterized in that the cooling line comprises: - a first conduit which is developed from a delivery area of the pumping means ; - at least a first cavity in which said working fluid circulates; said first cavity being partially defined by the stator and partially by the shell ; the first conduit and said first cavity conveying the working fluid away from the pumping means ; - a heat exchange manifold into which said at least a first cavity opens and which is configured to cool said electronic unit ; - a return manifold positioned downstream of the heat exchange manifold ; - fluid communication means for the communication of fluid from said heat exchange manifold to said return manifold ; said fluid communication means being at least partially defined by the stator . - pumping means for pumping a working fluid; - an electric motor for actuating the pumping means ; said motor comprising a stator and a rotor that interact for the actuation of the pumping means ; said rotor being rotatable about an axis of rotation ; - a shell that encloses a stator of the electric motor ; - an electronic unit for controlling the electric motor ; the electric motor being interposed between the pumping means and the electronic unit ; - a conduit for the delivery of the working fluid downstream of the pumping means ; - a cooling line for cooling the electric motor and the electronic unit , said cooling line drawing off the working fluid processed by the pumping means ; - a first conduit which is developed from a delivery area of the pumping means ; - at least a first cavity in which said working fluid circulates; said first cavity being partially defined by the stator and partially by the shell ; the first conduit and said first cavity conveying the working fluid away from the pumping means ; - a heat exchange manifold into which said at least a first cavity opens and which is configured to cool said electronic unit ; - a return manifold positioned downstream of the heat exchange manifold ; - fluid communication means for the communication of fluid from said heat exchange manifold to said return manifold ; said fluid communication means being at least partially defined by the stator .