mhurhangee/ep-ind-claims huggingface dataset:
A method for downloading an operating system onto a secure element, the secure element comprising an update agent, the method comprising the steps performed by the update agent: - receiving from an external device (200; 300) an installation package for installing an operating system onto the secure element; - requesting control of the secure element; - loading the operating system received with the installation package into the secure element; and - transferring control of the secure element to the operating system; wherein the installation package comprises a header part and a data-carrying part, wherein the header part comprises an initialize secure channel signature, and the data-carrying part comprises a plurality of image segments, wherein a sequence of consecutive image segments comprises a manifest, a manifest signature, and an image of the operating system to be loaded onto the secure element; wherein receiving the installation package comprises receiving a first part of the installation package comprising the header and a first sequence of the plurality of image segments, the first sequence comprising the manifest signature and the manifest; and wherein the method further comprises verifying the installation package by verifying the initialize secure channel signature and the manifest signature using a first key, in particular an Elliptical Curve Digital Signature, ECDSA, key, stored in the update agent. - receiving from an external device (200; 300) an installation package for installing an operating system onto the secure element; - requesting control of the secure element; - loading the operating system received with the installation package into the secure element; and - transferring control of the secure element to the operating system; wherein the installation package comprises a header part and a data-carrying part, wherein the header part comprises an initialize secure channel signature, and the data-carrying part comprises a plurality of image segments, wherein a sequence of consecutive image segments comprises a manifest, a manifest signature, and an image of the operating system to be loaded onto the secure element; wherein receiving the installation package comprises receiving a first part of the installation package comprising the header and a first sequence of the plurality of image segments, the first sequence comprising the manifest signature and the manifest; and wherein the method further comprises verifying the installation package by verifying the initialize secure channel signature and the manifest signature using a first key, in particular an Elliptical Curve Digital Signature, ECDSA, key, stored in the update agent.
Composite film, preferably intended for use in the construction industry and/or preferably for use as a construction film, having at least one functional layer, at least one outer protective layer, preferably facing the weather side in the laid state, and at least one inner protective layer, the functional layer being arranged between the outer protective layer and the inner protective layer, characterized in that the functional layer is designed as at least a single-layer membrane layer, in that the outer protective layer is designed as a nonwoven layer comprising polyolefin and the inner protective layer is designed as a nonwoven layer comprising polyester, in that the functional layer is designed as a monolithic membrane layer, in that the functional layer comprises as material thermoplastic polyurethane and/or consists thereof, and in that the outer protective layer and the inner protective layer are designed as a spunbonded layer and/or as a needled nonwoven layer.
A circuit closer comprising: - a vacuum interrupter in which one of a pair of electrodes (12A,12B) oppositely disposed in a vacuum vessel is provided so as to be capable of advancing and retracting relative to the other of the electrodes (12A,12B); and - an operation device for driving the one of the electrodes (12A,12B) toward the other of the electrodes (12A,12B) at a predetermined time, characterised in that a gap d between the pair of electrodes (12A,12B) always satisfies d > 0, and a gap d1 between the pair of electrodes (12A,12B) in a state in which closing of a circuit is completed, is shorter than a distance d2 at which insulation between the pair of electrodes (12A,12B) is broken down by a charge voltage V of the circuit that is to be closed, and is longer than a distance d3 at which the pair of electrodes (12A,12B) are bridged by a deposition of an electrode metal forming the pair of electrodes (12A,12B) after a closing operation, the deposition resulting from evaporation caused by heat of an arc generated when the circuit is closed. - a vacuum interrupter in which one of a pair of electrodes (12A,12B) oppositely disposed in a vacuum vessel is provided so as to be capable of advancing and retracting relative to the other of the electrodes (12A,12B); and - an operation device for driving the one of the electrodes (12A,12B) toward the other of the electrodes (12A,12B) at a predetermined time,
A method performed by a first monitoring camera in a camera network for handling startup of the first monitoring camera, the method comprising: detecting that a power supply state of the first monitoring camera has changed from off to on; initiating startup of a first part of the first monitoring camera when the power supply state has changed from off to on, wherein the first part comprises a processing unit, a memory unit and a network connection unit; when the power supply state has changed from off to on, transmitting information indicating a first startup priority and a first network address of the first monitoring camera to at least one second monitoring camera; receiving information indicating a second startup priority and a second network address from the at least one second monitoring camera; when startup of the first part is complete, determining if the first startup priority of the first monitoring camera is higher than, lower than or the same as the second startup priority of the at least one second monitoring camera in the camera network; initiating startup of a second part of the first monitoring camera if the first startup priority of the first monitoring camera is higher or the same as the second startup priority of the second monitoring camera; and if the first startup priority of the first monitoring camera is lower than the second startup priority of the second monitoring camera, delaying startup of the second part of the first monitoring camera until startup instructions have been received from the at least one second monitoring camera. detecting that a power supply state of the first monitoring camera has changed from off to on; initiating startup of a first part of the first monitoring camera when the power supply state has changed from off to on, wherein the first part comprises a processing unit, a memory unit and a network connection unit; when the power supply state has changed from off to on, transmitting information indicating a first startup priority and a first network address of the first monitoring camera to at least one second monitoring camera; receiving information indicating a second startup priority and a second network address from the at least one second monitoring camera; when startup of the first part is complete, determining if the first startup priority of the first monitoring camera is higher than, lower than or the same as the second startup priority of the at least one second monitoring camera in the camera network; initiating startup of a second part of the first monitoring camera if the first startup priority of the first monitoring camera is higher or the same as the second startup priority of the second monitoring camera; and if the first startup priority of the first monitoring camera is lower than the second startup priority of the second monitoring camera, delaying startup of the second part of the first monitoring camera until startup instructions have been received from the at least one second monitoring camera.
A heat dissipation structure configured for a reactor body, comprising: a housing and one or more heat dissipation pipes; wherein the one or more heat dissipation pipes are disposed in a cavity of the housing and are connected to the housing in a leak-tight manner, a closed cavity is formed by the one or more heat dissipation pipes and the housing, and the reactor body is disposable in the closed cavity; characterized in that at least one inner fan is disposed in the closed cavity. a housing and one or more heat dissipation pipes; wherein the one or more heat dissipation pipes are disposed in a cavity of the housing and are connected to the housing in a leak-tight manner, a closed cavity is formed by the one or more heat dissipation pipes and the housing, and the reactor body is disposable in the closed cavity; characterized in that at least one inner fan is disposed in the closed cavity.
A refrigerator, comprising: a cabinet provided with a refrigerating compartment and an evaporation chamber; a door rotatably connected to the cabinet to open and close the refrigerating compartment, the door including: a main door having an opening therein; and a sub door disposed on a front surface of the main door to selectively open and close the opening; a housing provided in the main door to communicate with the opening and having a storage space therein; a partition wall vertically partitioning an inside of the housing into an ice making room at an upper side and a chiller room at a lower side, the ice making room having a cool air inflow hole at one side thereof; a cool air supply duct (181,51) connecting the evaporation chamber and the cool air inflow hole of the ice making room such that cool air of the evaporation chamber is supplied to the ice making room; an ice maker provided inside the ice making room; a cool air guide duct mounted on a bottom surface of the ice maker to guide cool air supplied from the cool air inflow hole toward the bottom surface of the ice maker; and an ice bin provided below the ice maker to store ice made in the ice maker, characterized in that the refrigerator further comprises an ice making room door provided in a front opening of the ice making room for accessing an inside of the ice making room. a cabinet provided with a refrigerating compartment and an evaporation chamber; a door rotatably connected to the cabinet to open and close the refrigerating compartment, the door including: a main door having an opening therein; and a sub door disposed on a front surface of the main door to selectively open and close the opening; a housing provided in the main door to communicate with the opening and having a storage space therein; a partition wall vertically partitioning an inside of the housing into an ice making room at an upper side and a chiller room at a lower side, the ice making room having a cool air inflow hole at one side thereof; a main door having an opening therein; and a sub door disposed on a front surface of the main door to selectively open and close the opening; a housing provided in the main door to communicate with the opening and having a storage space therein; a partition wall vertically partitioning an inside of the housing into an ice making room at an upper side and a chiller room at a lower side, the ice making room having a cool air inflow hole at one side thereof; a cool air supply duct (181,51) connecting the evaporation chamber and the cool air inflow hole of the ice making room such that cool air of the evaporation chamber is supplied to the ice making room; an ice maker provided inside the ice making room; a cool air guide duct mounted on a bottom surface of the ice maker to guide cool air supplied from the cool air inflow hole toward the bottom surface of the ice maker; and an ice bin provided below the ice maker to store ice made in the ice maker, characterized in that the refrigerator further comprises an ice making room door provided in a front opening of the ice making room for accessing an inside of the ice making room.
A head piece adapted to be worn both with and without earmuffs, which head piece includes two opposed ear portions, which when the head piece is worn on a person's head is adapted to cover the ears of said person, characterised in that each ear portion includes at least one cover piece (12,12',12a,12b) that may be adjusted between an open mode in which it allows access of an earmuff through an opening in the ear portions of the head piece such that rims of the earmuffs may lie firmly against the head of the person wearing them, and a closed mode in which the cover piece (12,12',12a,12b) covers the ear portion so as to keep the ears of said person covered.
A driver circuit for driving data values on a differential output including a positive output node and a negative output node, the driver circuit comprising: a voltage-mode driver module configured to drive voltages on the positive output node and the negative output node based on values on an input of the voltage-mode driver module; and a first current-mode driver module including: a head current source operable to source a first current; a tail current source operable to sink a second current; and switches (320, 325, 330, 335) configured to selectively couple the head current source to the negative output node and the tail current source to the positive output node or couple the head current source to the positive output node and couple the tail current source to the negative output node based on values on an input of the first current-mode driver module, wherein the magnitudes of the first current and the second current are independently selectable, and wherein the first current-mode driver is configured to correct skew between the positive and negative signal components of the differential output by injecting a different amount of current to the output node, depending on whether the current is sourced or sunk. a voltage-mode driver module configured to drive voltages on the positive output node and the negative output node based on values on an input of the voltage-mode driver module; and a first current-mode driver module including: a head current source operable to source a first current; a tail current source operable to sink a second current; and switches (320, 325, 330, 335) configured to selectively couple the head current source to the negative output node and the tail current source to the positive output node or couple the head current source to the positive output node and couple the tail current source to the negative output node based on values on an input of the first current-mode driver module, a head current source operable to source a first current; a tail current source operable to sink a second current; and switches (320, 325, 330, 335) configured to selectively couple the head current source to the negative output node and the tail current source to the positive output node or couple the head current source to the positive output node and couple the tail current source to the negative output node based on values on an input of the first current-mode driver module, wherein the magnitudes of the first current and the second current are independently selectable, and wherein the first current-mode driver is configured to correct skew between the positive and negative signal components of the differential output by injecting a different amount of current to the output node, depending on whether the current is sourced or sunk.
An acoustic panel for attenuating sound, comprising: a porous first skin; and a core arranged adjacent and connected to the porous first skin, the core including a corrugated base and a corrugated stringer; the corrugated base including a plurality of base corrugations configured from at least a plurality of first base segments and a plurality of second base segments, a first of the plurality of base corrugations including a first of the plurality of first base segments and a first of the plurality of second base segments that is non-parallel to the first of the plurality of first base segments, and the first of the plurality of base corrugations forming a first channel that extends laterally between and longitudinally along the first of the plurality of first base segments and the first of the plurality of second base segments; and the corrugated stringer including a plurality of stringer corrugations arranged longitudinally along and within the first channel, the plurality of stringer corrugations configured from at least a plurality of first stringer segments and a plurality of second stringer segments, and a first of the plurality of stringer corrugations including a first of the plurality of first stringer segments and a first of the plurality of second stringer segments that is non-parallel to the first of the plurality of first stringer segments. a porous first skin; and a core arranged adjacent and connected to the porous first skin, the core including a corrugated base and a corrugated stringer; the corrugated base including a plurality of base corrugations configured from at least a plurality of first base segments and a plurality of second base segments, a first of the plurality of base corrugations including a first of the plurality of first base segments and a first of the plurality of second base segments that is non-parallel to the first of the plurality of first base segments, and the first of the plurality of base corrugations forming a first channel that extends laterally between and longitudinally along the first of the plurality of first base segments and the first of the plurality of second base segments; and the corrugated stringer including a plurality of stringer corrugations arranged longitudinally along and within the first channel, the plurality of stringer corrugations configured from at least a plurality of first stringer segments and a plurality of second stringer segments, and a first of the plurality of stringer corrugations including a first of the plurality of first stringer segments and a first of the plurality of second stringer segments that is non-parallel to the first of the plurality of first stringer segments.
A tool-changing device for a press brake, the tool-changing device comprising: a tool carrier comprising a receiving recess for receiving bending tools, wherein the bending tools are displaceable between the tool carrier and a tool holder formed in a press beam (4, 7) of the press brake; a manipulation apparatus for manipulating the tool carrier between a tool-changing position in which the tool carrier is arranged next to the tool holder to allow for displacement of the bending tools from the tool carrier into the tool holder, and a tooling position in which the tool carrier is arranged in the region of a tool storage for loading bending tools, characterized in that the manipulation apparatus comprises a first manipulation arm and a second manipulation arm, wherein a first coupling device for receiving a first tool carrier is formed on the first manipulation arm and a second coupling device for receiving a second tool carrier is formed on the second manipulation arm. a tool carrier comprising a receiving recess for receiving bending tools, wherein the bending tools are displaceable between the tool carrier and a tool holder formed in a press beam (4, 7) of the press brake; a manipulation apparatus for manipulating the tool carrier between a tool-changing position in which the tool carrier is arranged next to the tool holder to allow for displacement of the bending tools from the tool carrier into the tool holder, and a tooling position in which the tool carrier is arranged in the region of a tool storage for loading bending tools, characterized in that the manipulation apparatus comprises a first manipulation arm and a second manipulation arm, wherein a first coupling device for receiving a first tool carrier is formed on the first manipulation arm and a second coupling device for receiving a second tool carrier is formed on the second manipulation arm.
A method for random access by a terminal in mobile communication system, the method comprising: transmitting (S201; S301) a first random access preamble to a network; receiving (S203; S303) from the network a random access response message comprising wait time information through a downlink shared channel, DL-SCH, wherein transmission information of the random access response message is reported through a L1/L2 control channel associated with the specific DL-SCH; and retransmitting a second random access preamble to the network after certain amount of time that is based on the wait time information. transmitting (S201; S301) a first random access preamble to a network; receiving (S203; S303) from the network a random access response message comprising wait time information through a downlink shared channel, DL-SCH, wherein transmission information of the random access response message is reported through a L1/L2 control channel associated with the specific DL-SCH; and retransmitting a second random access preamble to the network after certain amount of time that is based on the wait time information.
A tamper-evident cover for a component, the component comprising: first and second portions (204a, 204b); and an actuator mechanism for moving the first and second portions or allowing the first and second portions to move relative to one another; wherein the cover comprises: a cover portion defining a cavity configured to receive the actuator mechanism of the component so as to prevent access to the actuator mechanism from the exterior of the cover portion; and a retention barb (258a, 258b) connected to the cover portion and configured to engage with the component so as to retain the cover portion over the actuator mechanism, the retention barb housed within the cavity formed by the cover portion such that the retention barb is inaccessible from the exterior of the cover portion when the cover portion is retained over the actuator mechanism; characterized in that: the cover portion is formed by a first element and the retention barb is formed by a second element, wherein the first and second elements are separable from one another such that the cover portion can be removed to provide access to the actuator mechanism; and the first and second elements are connected by a pull-tab which is removable to separate the first and second elements. a cover portion defining a cavity configured to receive the actuator mechanism of the component so as to prevent access to the actuator mechanism from the exterior of the cover portion; and a retention barb (258a, 258b) connected to the cover portion and configured to engage with the component so as to retain the cover portion over the actuator mechanism, the retention barb housed within the cavity formed by the cover portion such that the retention barb is inaccessible from the exterior of the cover portion when the cover portion is retained over the actuator mechanism; characterized in that: the cover portion is formed by a first element and the retention barb is formed by a second element, wherein the first and second elements are separable from one another such that the cover portion can be removed to provide access to the actuator mechanism; and the first and second elements are connected by a pull-tab which is removable to separate the first and second elements. the cover portion is formed by a first element and the retention barb is formed by a second element, wherein the first and second elements are separable from one another such that the cover portion can be removed to provide access to the actuator mechanism; and the first and second elements are connected by a pull-tab which is removable to separate the first and second elements.