mhurhangee/patent-ind-claim-en huggingface dataset:
A method for the integrity protection of digitally coded copies of a digitally coded original document using a blockchain structure integrated into identifiers of the copies for logging the derived history of the copies, wherein the method comprises: • calling up a first digitally coded copy template , which comprises data of the digitally coded original document , with the use of an identifier of the first copy template , which comprises an address for calling up the first copy template and a blockchain structure as a parameter value in which the derived history of the first copy template is logged, • creating a first digitally coded copy of data of the first copy template , wherein the copied data of the first copy comprise the data of the digitally coded original document , • providing the first copy at an address for calling up the first copy , • creating an identifier of the first copy , wherein the identifier of the first copy comprises the address of the first copy and as a parameter value the blockchain structure of the first copy template , wherein an additional block is added to the blockchain structure , wherein the additional block is assigned to the first copy template , wherein the additional block comprises the address of the first copy template and a test feature (PM) of the copied data , which enables an integrity check of the copied data including the identifier of the first copy template , • providing the identifier of the first copy for calling up the first copy and for checking the identity of the copied data of the first copy . • calling up a first digitally coded copy template , which comprises data of the digitally coded original document , with the use of an identifier of the first copy template , which comprises an address for calling up the first copy template and a blockchain structure as a parameter value in which the derived history of the first copy template is logged, • creating a first digitally coded copy of data of the first copy template , wherein the copied data of the first copy comprise the data of the digitally coded original document , • providing the first copy at an address for calling up the first copy , • creating an identifier of the first copy , wherein the identifier of the first copy comprises the address of the first copy and as a parameter value the blockchain structure of the first copy template , wherein an additional block is added to the blockchain structure , wherein the additional block is assigned to the first copy template , wherein the additional block comprises the address of the first copy template and a test feature (PM) of the copied data , which enables an integrity check of the copied data including the identifier of the first copy template , • providing the identifier of the first copy for calling up the first copy and for checking the identity of the copied data of the first copy .
A system for an aircraft wing including a power drive unit , a first actuator for actuating a first aerodynamic device , a second actuator for actuating a second aerodynamic device , a first drive path operably connecting the power drive unit and the first actuator, a second drive path configured to operate between the first drive path and the second actuator, the second drive path including a lost motion device , the lost motion device being configured to selectively operably connect the first drive path to the second actuator and selectively operably disconnect the first drive path from the second actuator.
A front jaw for a touring ski binding, 1.1 comprising a base and a bearing arrangement which is configured to hold a ski boot such that it can be pivoted about a transverse axis (Q) of the ski which extends transversely to a longitudinal axis (L) of the ski binding, such that the ski boot can be moved between a first pivoting position, in which a heel portion of the ski boot is closer to the ski, and a second pivoting position in which the heel portion of the ski boot is further away from the ski, wherein 1.2 the front jaw comprises a tensing device using which the bearing arrangement can be latched, such that the ski boot can pivot but is prevented from detaching from the bearing arrangement even when a fall release force is exerted, 1.3 the tensing device comprises a tensing element and a tensing lever , 1.4 the tensing lever can be connected to the base in a rotary joint (D2), 1.5 the tensing lever comprises a free end in the longitudinal direction (HL) of the lever which comprises a tensing lever head featuring a tensing lever jaw , and 1.6 the tensing lever jaw is designed to couple to a mechanism of the front jaw , wherein the mechanism tenses and relaxes the bearing arrangement of the front jaw , characterised in that 1.7 the tensing lever or at least a part of the tensing lever is a punched part punched from a plate of material and aligned along a longitudinal axis (L) of the ski binding and which comprises the tensing lever head featuring the tensing lever jaw at an end facing the mechanism . 1.1 comprising a base and a bearing arrangement which is configured to hold a ski boot such that it can be pivoted about a transverse axis (Q) of the ski which extends transversely to a longitudinal axis (L) of the ski binding, such that the ski boot can be moved between a first pivoting position, in which a heel portion of the ski boot is closer to the ski, and a second pivoting position in which the heel portion of the ski boot is further away from the ski, wherein 1.2 the front jaw comprises a tensing device using which the bearing arrangement can be latched, such that the ski boot can pivot but is prevented from detaching from the bearing arrangement even when a fall release force is exerted, 1.3 the tensing device comprises a tensing element and a tensing lever , 1.4 the tensing lever can be connected to the base in a rotary joint (D2), 1.5 the tensing lever comprises a free end in the longitudinal direction (HL) of the lever which comprises a tensing lever head featuring a tensing lever jaw , and 1.6 the tensing lever jaw is designed to couple to a mechanism of the front jaw , wherein the mechanism tenses and relaxes the bearing arrangement of the front jaw , characterised in that 1.7 the tensing lever or at least a part of the tensing lever is a punched part punched from a plate of material and aligned along a longitudinal axis (L) of the ski binding and which comprises the tensing lever head featuring the tensing lever jaw at an end facing the mechanism .
A method of a first device performing sidelink transmission in a sidelink resource pool, comprising: the first device has a configuration of the sidelink resource pool, wherein the sidelink resource pool is enabled with resource reservation for different Transport Blocks, in the following also referred to as TBs, ; the first device has a configuration of a list of reserved periods ; the first device selects or determines a first reserved period from the list of reserved periods, wherein the first selected or determined reserved period is within a first set of reserved periods ; and the first device randomly selects a first integer in a first interval , characterized in that the first interval is starting at a first integer number times a scaling factor and ending at a second integer number times the scaling factor, and the scaling factor is derived based on a largest reserved period in the first set of reserved periods, and the first integer is used for a count for a number of transmission opportunities of different TBs with the first reserved period; and the method further comprises: the first device performs sidelink transmission of one TB on one transmission opportunity from the number of transmission opportunities . the first device has a configuration of the sidelink resource pool, wherein the sidelink resource pool is enabled with resource reservation for different Transport Blocks, in the following also referred to as TBs, ; the first device has a configuration of a list of reserved periods ; the first device selects or determines a first reserved period from the list of reserved periods, wherein the first selected or determined reserved period is within a first set of reserved periods ; and the first device randomly selects a first integer in a first interval , characterized in that the first interval is starting at a first integer number times a scaling factor and ending at a second integer number times the scaling factor, and the scaling factor is derived based on a largest reserved period in the first set of reserved periods, and the first integer is used for a count for a number of transmission opportunities of different TBs with the first reserved period; and the method further comprises: the first device performs sidelink transmission of one TB on one transmission opportunity from the number of transmission opportunities .
Video decoder for providing a decoded video information (VI de ) on the basis of an encoded video information (VI en ), wherein the video decoder is configured to obtain first sample information (I s1 ) on the basis of the encoded video information (VI en ); wherein the video decoder is configured to apply a first denoising operation , in order to obtain a first denoised sample information (I d51 ) on the basis of the first sample information (I s1 ); wherein the video decoder is configured to apply a second denoising operation on the basis of a result of the first denoising operation ; characterised in that the video decoder is configured to adjust the second denoising operation in dependence on differences between samples before the first denoising operation and after the first denoising operation , in order to obtain the decoded video information (VI de ). wherein the video decoder is configured to obtain first sample information (I s1 ) on the basis of the encoded video information (VI en ); wherein the video decoder is configured to apply a first denoising operation , in order to obtain a first denoised sample information (I d51 ) on the basis of the first sample information (I s1 ); wherein the video decoder is configured to apply a second denoising operation on the basis of a result of the first denoising operation ; characterised in that the video decoder is configured to adjust the second denoising operation in dependence on differences between samples before the first denoising operation and after the first denoising operation , in order to obtain the decoded video information (VI de ).
A climbing shoe comprising: a shoe-upper shaped so as to accommodate and cover substantially the entire user's foot; a sole made of polymeric material, which is fixed to the bottom of the shoe-upper so as to cover at least the front part of the bottom of said shoe-upper ; and at least a first tensioning band that is made of elastomeric material and extends obliquely on the outer lateral side of the shoe-upper , from the rear part of the shoe-upper , in the area above the calcaneus of the user's foot, to the bottom of the shoe-upper ; the climbing shoe being characterised in that said first tensioning band moreover extends obliquely on the bottom of the shoe-upper underneath said sole , so as to connect said rear part of the shoe-upper directly to the tip and the inner front side of the shoe-upper , and in that the front end of said first tensioning band forms an oblong pocket that covers and contains the tip and the inner front side of the shoe-upper and is moreover shaped so as to leave the outer front side of the shoe-upper uncovered.
A system for managing radio resources to mitigate interference between wireless access points , the system comprising an access point configured to: communicate with a plurality of user equipment devices , receive, from a first user equipment device , cooperation data , the cooperation data comprising channel conditions, receive, from a plurality of second user equipment devices , cooperation data , the cooperation data comprising channel conditions, assign radio resources to the first user equipment device and communicate transmission parameters of the assigned resources to avoid interference to individual ones of the plurality of second user equipment devices while serving the first user equipment device , wherein the transmission parameters assigned by the access point comprise a weighted average of the cooperation data received from the individual ones of the plurality of second user equipment devices and the channel conditions received from the first user equipment device , wherein a proportion of the weights are related to a number of "HARQ" retransmissions, and increasing the weight for the first user equipment device with the number of HARQ retransmissions completed for a current transmission to the first user equipment device . communicate with a plurality of user equipment devices , receive, from a first user equipment device , cooperation data , the cooperation data comprising channel conditions, receive, from a plurality of second user equipment devices , cooperation data , the cooperation data comprising channel conditions, assign radio resources to the first user equipment device and communicate transmission parameters of the assigned resources to avoid interference to individual ones of the plurality of second user equipment devices while serving the first user equipment device , wherein the transmission parameters assigned by the access point comprise a weighted average of the cooperation data received from the individual ones of the plurality of second user equipment devices and the channel conditions received from the first user equipment device , wherein a proportion of the weights are related to a number of "HARQ" retransmissions, and increasing the weight for the first user equipment device with the number of HARQ retransmissions completed for a current transmission to the first user equipment device .
A forwarding and processing device in non-volatile memory express over fabric, NVMe over Fabric, wherein the forwarding and processing device comprises a processor , a bus port , and at least two network ports , wherein the bus port is connected to a Peripheral Component Interconnect Express, PCIe, bus, the at least two network ports are separately connected to a network, and the processor is configured to: receive, by using the bus port, a first packet sent by a control device in the NVMe over Fabric, and obtain an input/output command or a management command, wherein the input/output command or the management command complies with the NVMe protocol, is comprised in the first packet, and comprises an identity of a target hard disk that needs to be accessed; generate a second packet according to the input/output command or the management command, wherein the input/output command or the management command complies with the NVMe protocol and is comprised in the first packet, and the second packet is a packet for executing the input/output command or the management command; obtain, according to the identity of the target hard disk, multiple network ports that are in the at least two network ports and that can reach the target hard disk, and select, from the multiple network ports, a network port for forwarding the second packet; and encapsulate the second packet into a packet that meets an NVMe over Fabric forwarding requirement, and send the encapsulated second packet by using the selected network port. receive, by using the bus port, a first packet sent by a control device in the NVMe over Fabric, and obtain an input/output command or a management command, wherein the input/output command or the management command complies with the NVMe protocol, is comprised in the first packet, and comprises an identity of a target hard disk that needs to be accessed; generate a second packet according to the input/output command or the management command, wherein the input/output command or the management command complies with the NVMe protocol and is comprised in the first packet, and the second packet is a packet for executing the input/output command or the management command; obtain, according to the identity of the target hard disk, multiple network ports that are in the at least two network ports and that can reach the target hard disk, and select, from the multiple network ports, a network port for forwarding the second packet; and encapsulate the second packet into a packet that meets an NVMe over Fabric forwarding requirement, and send the encapsulated second packet by using the selected network port.
A vehicle for the targeted intracellular delivery of a therapeutic agent, the vehicle comprising a cystine molecule coupled to a liposome, wherein the liposome encapsulates the therapeutic agent, wherein the liposome comprises at least one phospholipid, and wherein the cystine is coupled to the at least one phospholipid.
A docking and charging station for receiving, charging and filling a hand-held fluid droplet appliance for dental cleaning, the docking and charging station comprising: a base having a pump ; and a reservoir for holding liquid , the reservoir having a first male fill port for delivering liquid and a second male port forming a liquid and air exit interface, the male ports configured to engage two respective female ports in the hand-held fluid droplet appliance when the hand-held fluid droplet appliance is properly positioned in a cradle of the docking and charging station such that when the male and female ports are properly aligned, a docking refilling alignment mechanism allows the hand-held appliance positioned in the cradle to be fluidly connected to the reservoir such that liquid is pumped by means of the pump from the reservoir through conjoined fill ports into a chamber of the hand-held fluid droplet appliance, characterised in that air and excess liquid exits the chamber to the reservoir through conjoined exit ports . a base having a pump ; and a reservoir for holding liquid , the reservoir having a first male fill port for delivering liquid and a second male port forming a liquid and air exit interface, the male ports configured to engage two respective female ports in the hand-held fluid droplet appliance when the hand-held fluid droplet appliance is properly positioned in a cradle of the docking and charging station such that when the male and female ports are properly aligned, a docking refilling alignment mechanism allows the hand-held appliance positioned in the cradle to be fluidly connected to the reservoir such that liquid is pumped by means of the pump from the reservoir through conjoined fill ports into a chamber of the hand-held fluid droplet appliance, characterised in that air and excess liquid exits the chamber to the reservoir through conjoined exit ports .
A motor drive system for an electrically powered automotive vehicle, which system comprises: a plurality of angle sensors , each of the angle sensors being configured to detect a relative rotational angle between a stator and a rotor of a drive motor (B) for driving wheels of the automotive vehicle; and a controller for controlling the rotation of the drive motor (B) on the basis of the relative rotational angle detected by one of the plurality of angle sensors ; wherein the controller comprises an angle sensor switching unit operable to select and activate one of the plurality of the angle sensors and then to switch over to an activation of another one of the angle sensors in the event that the one of the angle sensors is determined abnormal, wherein the angle sensor switching unit is operable to switch over to a sensorless drive mode, in the event that all of the angle sensors are determined abnormal, wherein the controller further comprises: an inverter through which a voltage output is applied to a coil of the stator ; and a driver circuit in which by means of a voltage varying circuit a voltage of a battery is given to the inverter by variably controlling the voltage of the battery ; wherein the controller , in the sensorless drive mode, estimates the relative rotational angle between the stator and the rotor of the drive motor (B) from the inverter voltage output applied to the stator of the drive motor (B) and an electric current flowing across the coil of the stator and then controls the rotation of the drive motor (B) on the basis of the relative rotational angle so estimated. a plurality of angle sensors , each of the angle sensors being configured to detect a relative rotational angle between a stator and a rotor of a drive motor (B) for driving wheels of the automotive vehicle; and a controller for controlling the rotation of the drive motor (B) on the basis of the relative rotational angle detected by one of the plurality of angle sensors ; wherein the controller comprises an angle sensor switching unit operable to select and activate one of the plurality of the angle sensors and then to switch over to an activation of another one of the angle sensors in the event that the one of the angle sensors is determined abnormal, wherein the angle sensor switching unit is operable to switch over to a sensorless drive mode, in the event that all of the angle sensors are determined abnormal, an inverter through which a voltage output is applied to a coil of the stator ; and a driver circuit in which by means of a voltage varying circuit a voltage of a battery is given to the inverter by variably controlling the voltage of the battery ; wherein the controller , in the sensorless drive mode, estimates the relative rotational angle between the stator and the rotor of the drive motor (B) from the inverter voltage output applied to the stator of the drive motor (B) and an electric current flowing across the coil of the stator and then controls the rotation of the drive motor (B) on the basis of the relative rotational angle so estimated.
Device for a targeted illumination of an intraocular space of a human or animal eye comprising a) a base with a proximal end and a distal end, b) a shaft , with a proximal end and a distal end, c) a probe , with a proximal end and a distal end, d) a light source with at least one LED, and e) an energy source connected to the light source , wherein the shaft is connectable at its distal end to the proximal end of the base, the probe is connectable at its proximal end to the distal end of the base and wherein the light source is positioned at the distal end of the probe and forms the distal end of the probe and is not arranged within the probe or the shaft so that the light emitted by the light source is emitted directly into the eye without being guided via a light guide, characterised in that the beam angle of the at least one LED is limited by a reflector or is adjusted by an encapsulation the LED, in particular with a transparent material. a) a base with a proximal end and a distal end, b) a shaft , with a proximal end and a distal end, c) a probe , with a proximal end and a distal end, d) a light source with at least one LED, and e) an energy source connected to the light source , wherein the shaft is connectable at its distal end to the proximal end of the base, the probe is connectable at its proximal end to the distal end of the base and wherein the light source is positioned at the distal end of the probe and forms the distal end of the probe and is not arranged within the probe or the shaft so that the light emitted by the light source is emitted directly into the eye without being guided via a light guide, characterised in that the beam angle of the at least one LED is limited by a reflector or is adjusted by an encapsulation the LED, in particular with a transparent material.