mhurhangee/patent-ind-claim-en huggingface dataset:
An actuator for an aircraft thrust reverser, comprising: a first, substantially static member ; a second member movable relative to the first member ; a third member movable relative to the first member and the second member ; a stored energy device; and a lock system configured to selectively lock the second member to the third member in a first stage of actuation, and the first member to the second member in a second, separate stage of actuation; wherein in use, relative movement of the second member and the third member with respect to the first member in the first stage of actuation increases the energy within the stored energy device; characterised in that : the stored energy device is configured to exert a force on the second member and the third member , wherein the force exerted by the stored energy device is dependent on the position of the second member and/or the third member with respect to the first member during the first and second stages of actuation. a first, substantially static member ; a second member movable relative to the first member ; a third member movable relative to the first member and the second member ; a stored energy device; and a lock system configured to selectively lock the second member to the third member in a first stage of actuation, and the first member to the second member in a second, separate stage of actuation; wherein in use, relative movement of the second member and the third member with respect to the first member in the first stage of actuation increases the energy within the stored energy device; characterised in that : the stored energy device is configured to exert a force on the second member and the third member , wherein the force exerted by the stored energy device is dependent on the position of the second member and/or the third member with respect to the first member during the first and second stages of actuation.
A method for wireless local area network selection by an user equipment for wireless local area network access to a public land mobile network, said method comprising: said user equipment being provided with a list of public land mobile networks with which a wireless local area network has S2a connectivity for said wireless local area network access, said user equipment performing said wireless local area network selection, including, for said user equipment roaming in a visited public land mobile network, restricting a list of wireless local area networks candidate to said selection, to those candidate wireless local area networks which have, for said wireless local area network access, S2a connectivity to the user equipment's home public land mobile network. said user equipment being provided with a list of public land mobile networks with which a wireless local area network has S2a connectivity for said wireless local area network access, said user equipment performing said wireless local area network selection, including, for said user equipment roaming in a visited public land mobile network, restricting a list of wireless local area networks candidate to said selection, to those candidate wireless local area networks which have, for said wireless local area network access, S2a connectivity to the user equipment's home public land mobile network.
Traffic-resistant floor covering for people-transporting vehicles, comprising at least one main layer, the composition of which comprises polyvinyl chloride, a plasticizer composed at least partially of a polymeric plasticizer at least partially miscible with polyvinyl chloride, characterised in that the polymeric plasticizer is chosen from among ethylene/vinyl acetate/carbon monoxide and ethylene/acrylate/carbon monoxide, said composition comprising between 1 and 60 PCR of non-polymeric plasticizer, the composition further comprising between 5% and 65% by weight of flameproofing agents with respect to the weight of the main layer, and between 0.5% and 8% by weight of synergy agents and/or smoke suppressors with respect to the weight of the main layer.
A preassembled display, comprising: an outer blank including outside and inside surfaces, and comprising a front panel , a rear panel and two side panels ; and an insert blank including outside and inside surfaces and comprising a front panel , and two side panels , wherein the insert blank is adapted to form a plurality of supports , located at each corner of the outer blank when the outer blank is erected, and wherein the opposed side panels of the insert blank are not directly connected to the side panels of the outer blank such that the opposed side panels of the insert blank can move relative to the side panels of the outer blank while the outer blank is erected; characterised in that a single insert blank is present. an outer blank including outside and inside surfaces, and comprising a front panel , a rear panel and two side panels ; and an insert blank including outside and inside surfaces and comprising a front panel , and two side panels , wherein the insert blank is adapted to form a plurality of supports , located at each corner of the outer blank when the outer blank is erected, and wherein the opposed side panels of the insert blank are not directly connected to the side panels of the outer blank such that the opposed side panels of the insert blank can move relative to the side panels of the outer blank while the outer blank is erected; characterised in that a single insert blank is present.
Method for vehicle guidance of a mobile working machine , in particular an industrial truck, by means of an at least single-axis joystick which can be moved by way of the hand of the driver, target values for the driving direction (F, B) and driving speed of the mobile working machine being predetermined by way of a movement of the joystick in an actuating direction (y), characterized in that a mechanical brake function which is defined as a service brake is initiated by way of a predefined brake command movement of the joystick in the direction (B, F) opposite to the current driving direction (F, B) up to the maximum possible deflection of the joystick .
A process for preparing a packaged tuna product comprising the following steps: - thawing of frozen tuna in water; - de-heading and de-gutting to remove head and gut of the tuna; - fileting the de-headed and de-gutted tuna to separate a tuna filet from the backbone and flank bones of the de-headed and de-gutted tuna; - de-skinning the tuna filet; - cleaning the de-skinned tuna filet to yield raw tuna loin; - pre-cooking the raw tuna loin; - cooling the pre-cooked tuna loin; - packing the cooled tuna loin; and - sterilizing the packed tuna loin or freezing the packed tuna loin; wherein said tuna is fileted and said tuna filet is de-skinned before the pre-cooking step in order to reduce the pre-cooking time and energy, and wherein the pre-cooking step and the cooling step of pre-cooked tuna loin are jointly carried out in a steam tunneling process that helps to sustain a good moisture content and diminish the occurrence of curd in the tuna loin by means of - conveying a raw tuna loin into a steam tunnel; - heating the loin with a saturated steam until the loin its temperature reaches 80-100 °C; - conveying the loin into a cooling system with a chilled water spray tunnel to lower the loin temperature to 40-45 °C; and - cooling the loin with a cooling air until the loin temperature reaches down to 25-35 °C before packing the loin as a finished product. - thawing of frozen tuna in water; - de-heading and de-gutting to remove head and gut of the tuna; - fileting the de-headed and de-gutted tuna to separate a tuna filet from the backbone and flank bones of the de-headed and de-gutted tuna; - de-skinning the tuna filet; - cleaning the de-skinned tuna filet to yield raw tuna loin; - pre-cooking the raw tuna loin; - cooling the pre-cooked tuna loin; - packing the cooled tuna loin; and - sterilizing the packed tuna loin or freezing the packed tuna loin; - conveying a raw tuna loin into a steam tunnel; - heating the loin with a saturated steam until the loin its temperature reaches 80-100 °C; - conveying the loin into a cooling system with a chilled water spray tunnel to lower the loin temperature to 40-45 °C; and - cooling the loin with a cooling air until the loin temperature reaches down to 25-35 °C before packing the loin as a finished product.
A method, performed by a server, for determining token scope information so that a client can obtain a scoped token for a cloud service, the method comprising; requesting and receiving data of a cloud service from another server ; receiving a token scope information request for an operation of the cloud service from a client ; deriving token scope information based on the data for said operation ; and sending token scope information to the client so that the client can request a scoped token with capabilities enabling them to access the operation of the cloud service. requesting and receiving data of a cloud service from another server ; receiving a token scope information request for an operation of the cloud service from a client ; deriving token scope information based on the data for said operation ; and sending token scope information to the client so that the client can request a scoped token with capabilities enabling them to access the operation of the cloud service.
A method for adaptive near storage computation comprising: receiving , from a host of a system , a request at a storage apparatus; determining local performance information at the storage apparatus; and performing an operation at the storage apparatus based on the request and the local performance information; receiving system performance information at the storage apparatus, wherein performing the operation at the storage apparatus is further based on the system performance information, wherein the system performance information is information on one or more performance parameters of the system , such as host CPU load, host memory load or system priorities; and generating updated system performance information by changing the system performance information, wherein performing the operation at the storage apparatus is based on the updated system performance information, and wherein: the storage apparatus comprises a switch and a storage device of the system ; generating the updated system performance information comprises generating the updated system performance information at the switch ; performing the operation at the storage apparatus comprises performing the operation at the storage device ; and the switch is located between the host and the storage device to control the flow of data between the host and the storage devices over bus segments . receiving , from a host of a system , a request at a storage apparatus; determining local performance information at the storage apparatus; and performing an operation at the storage apparatus based on the request and the local performance information; receiving system performance information at the storage apparatus, wherein performing the operation at the storage apparatus is further based on the system performance information, wherein the system performance information is information on one or more performance parameters of the system , such as host CPU load, host memory load or system priorities; and generating updated system performance information by changing the system performance information, wherein performing the operation at the storage apparatus is based on the updated system performance information, and wherein: the storage apparatus comprises a switch and a storage device of the system ; generating the updated system performance information comprises generating the updated system performance information at the switch ; performing the operation at the storage apparatus comprises performing the operation at the storage device ; and the switch is located between the host and the storage device to control the flow of data between the host and the storage devices over bus segments . the storage apparatus comprises a switch and a storage device of the system ; generating the updated system performance information comprises generating the updated system performance information at the switch ; performing the operation at the storage apparatus comprises performing the operation at the storage device ; and the switch is located between the host and the storage device to control the flow of data between the host and the storage devices over bus segments .
A system comprising: (a) a transmitter unit and a receiver unit , the transmitter unit capable of transmitting wireless electrical power to the receiver unit ; (b) the receiver unit having a housing and a first wired connector extending from said housing and capable of connection to a power consuming device external to the housing of said receiver unit and remote from said transmitter unit such that said power consuming device may receive said wireless electrical power when connected, the receiver unit having a second wired connector capable of connection to a battery external to the housing of said receiver unit where said first wired connector is capable of delivering electrical power from said battery to said power consuming device when said receiver unit does not receive said wireless electrical power from said transmitter unit . (a) a transmitter unit and a receiver unit , the transmitter unit capable of transmitting wireless electrical power to the receiver unit ; (b) the receiver unit having a housing and a first wired connector extending from said housing and capable of connection to a power consuming device external to the housing of said receiver unit and remote from said transmitter unit such that said power consuming device may receive said wireless electrical power when connected, the receiver unit having a second wired connector capable of connection to a battery external to the housing of said receiver unit where said first wired connector is capable of delivering electrical power from said battery to said power consuming device when said receiver unit does not receive said wireless electrical power from said transmitter unit .
An adjustable desktop workspace comprising: a. an upper and base platform hingedly connected by a first and second arm assembly ; b. said first and second arm assembly each comprised of a front and rear pivoting bracket ; c. said front and rear pivoting brackets each having a first and second end, wherein said first end is connected to said base platform , and wherein said second end is connected to said upper platform ; d. said front pivoting bracket is operably engaged to said rear pivoting bracket by a biasing mechanism ; e. a locking mechanism comprising a series of holes in at least one of said front pivoting brackets , and pins associated with at least one of said front pivoting brackets , wherein the pins fit in the holes of the front pivoting bracket , and wherein the pins are inserted into and removed from the holes by levers , each lever being on either side of the upper platform and connected by a wire to the pins , and wherein the pins are secured to the underside of the upper platform by retaining brackets ; and wherein the levers are suitable for locking engagement of said first and second arm assembly in an upright position. a. an upper and base platform hingedly connected by a first and second arm assembly ; b. said first and second arm assembly each comprised of a front and rear pivoting bracket ; c. said front and rear pivoting brackets each having a first and second end, wherein said first end is connected to said base platform , and wherein said second end is connected to said upper platform ; d. said front pivoting bracket is operably engaged to said rear pivoting bracket by a biasing mechanism ; e. a locking mechanism comprising a series of holes in at least one of said front pivoting brackets , and pins associated with at least one of said front pivoting brackets , wherein the pins fit in the holes of the front pivoting bracket , and wherein the pins are inserted into and removed from the holes by levers , each lever being on either side of the upper platform and connected by a wire to the pins , and wherein the pins are secured to the underside of the upper platform by retaining brackets ; and
Method for producing and managing a large-volume long-term archive, comprising an archive data memory, comprising archive data, also a management file, comprising indices of the archive data and at least one external data carrier, comprising the following steps: - selection of archive data by means of specified features; - relocation of selected archive data from the archive data memory into a separate archive data memory; - deleting the relocated archive data from the archive data memory; - relocating the indices of the selected archive data from the management file into a separate database file; - deleting the relocated indices from the management file; - combining the separate archive data with the separate database file in a container file; and - deduplication of entries in the container file by means of bit pattern comparison of the entries and replacing of identical patterns by references to the according entries in the separate database file, whereby when relocating e-mails featuring MIME-coded attachments, multiple attachments are being deduplicated in such a way that the MIME-coding can be precisely restored for each attachment. This is achieved by that the coding verifies line by line if there are any deviations from the normal form, the length of the line is being memorised and the reconstruction information for each deduplicated attachment is being memorised. - selection of archive data by means of specified features; - relocation of selected archive data from the archive data memory into a separate archive data memory; - deleting the relocated archive data from the archive data memory; - relocating the indices of the selected archive data from the management file into a separate database file; - deleting the relocated indices from the management file; - combining the separate archive data with the separate database file in a container file; and - deduplication of entries in the container file by means of bit pattern comparison of the entries and replacing of identical patterns by references to the according entries in the separate database file, whereby when relocating e-mails featuring MIME-coded attachments, multiple attachments are being deduplicated in such a way that the MIME-coding can be precisely restored for each attachment. This is achieved by that the coding verifies line by line if there are any deviations from the normal form, the length of the line is being memorised and the reconstruction information for each deduplicated attachment is being memorised.
A network node for enabling failure recovery in a network system with a plurality of network nodes , wherein the network node is adapted to: - create a logic link to at least one neighbor node in at least one of an upstream and downstream direction of the neighbor node by storing network information including at least a network layer address, a link layer address and port identification of the neighbor node, wherein the neighbor node is connected to a switch device and wherein the port identification is the identification of a port of said switch device to which the neighbor node is connected; - send a beacon signal from the network node to the neighbor node; - check for a receipt of an acknowledgement signal from the neighbor node to the beacon signal; - check, based on the port identification, the status of the port of the switch device to which the neighbor node is connected, if no acknowledgement signal has been received in response to the beacon signal for a predetermined time period, wherein the status of the port of the switch device at least indicates if a node is connected to the port and indicates, when a node is connected to the port, the link layer address of the node connected to the port; - determine based on the checked status of the port whether the neighbor node has been replaced or not, wherein the neighbor node has been replaced if the link layer address of the node connected to the port is different from the link layer address of the neighbor node stored in the network node; and - automatically configure the neighbor node in response to a determination that it has been replaced. - create a logic link to at least one neighbor node in at least one of an upstream and downstream direction of the neighbor node by storing network information including at least a network layer address, a link layer address and port identification of the neighbor node, wherein the neighbor node is connected to a switch device and wherein the port identification is the identification of a port of said switch device to which the neighbor node is connected; - send a beacon signal from the network node to the neighbor node; - check for a receipt of an acknowledgement signal from the neighbor node to the beacon signal; - check, based on the port identification, the status of the port of the switch device to which the neighbor node is connected, if no acknowledgement signal has been received in response to the beacon signal for a predetermined time period, wherein the status of the port of the switch device at least indicates if a node is connected to the port and indicates, when a node is connected to the port, the link layer address of the node connected to the port; - determine based on the checked status of the port whether the neighbor node has been replaced or not, wherein the neighbor node has been replaced if the link layer address of the node connected to the port is different from the link layer address of the neighbor node stored in the network node; and - automatically configure the neighbor node in response to a determination that it has been replaced.
A method for wireless communications performed by a first helper equipment, UE, comprising: receiving a data transmission from a network node; receiving a downlink control information, DCI, message including a field indicating whether the data transmission is intended for the helper UE or a target UE; receiving a control message indicating whether the data transmission is to be at least partially decoded by the helper UE when the data transmission is intended for the target UE; decoding at least part of the data transmission intended for the target UE in response to the control message indicating the data transmission is to be at least partially decoded; retransmitting the data transmission to the target UE based at least in part on the field indicating the data transmission is intended for the target UE, and performing a hybrid automatic repeat request, HARQ, retransmission of the data transmission to the target UE in accordance with either a semi-persistently scheduled resource allocation of an intended sidelink for the retransmission or a resource allocation received in the control message. receiving a data transmission from a network node; receiving a downlink control information, DCI, message including a field indicating whether the data transmission is intended for the helper UE or a target UE; receiving a control message indicating whether the data transmission is to be at least partially decoded by the helper UE when the data transmission is intended for the target UE; decoding at least part of the data transmission intended for the target UE in response to the control message indicating the data transmission is to be at least partially decoded; receiving a control message indicating whether the data transmission is to be at least partially decoded by the helper UE when the data transmission is intended for the target UE; decoding at least part of the data transmission intended for the target UE in response to the control message indicating the data transmission is to be at least partially decoded; retransmitting the data transmission to the target UE based at least in part on the field indicating the data transmission is intended for the target UE, and