mhurhangee/ep-ind-claims huggingface dataset:
A method for decryption of system boot data including an encrypted operating system kernel, performed by a computing device, comprising: as directed by a Basic Input Output System, BIOS, executing and transferring control to an entity which is either a bootloader or a bootloader driver module into the computing device, performing, by the entity, as part of a boot process of the computing device, a key exchange with a server, to obtain a key; decrypting by the entity, said encrypted operating system kernel with the key, to generate a decrypted operating system kernel; executing and transferring control to said decrypted operating system kernel, characterized in that said key exchange is a Diffie Hellman key exchange performed using Dynamic Host Configuration Protocol, DHCP, Pre-boot execution Environment, PXE, option negotiation. as directed by a Basic Input Output System, BIOS, executing and transferring control to an entity which is either a bootloader or a bootloader driver module into the computing device, performing, by the entity, as part of a boot process of the computing device, a key exchange with a server, to obtain a key; decrypting by the entity, said encrypted operating system kernel with the key, to generate a decrypted operating system kernel; executing and transferring control to said decrypted operating system kernel, characterized in that said key exchange is a Diffie Hellman key exchange performed using Dynamic Host Configuration Protocol, DHCP, Pre-boot execution Environment, PXE, option negotiation.
An implantable medical device comprising: a foldable film (300, 400, 500, 600) including a first area (301, 401, 501, 601) having a first thickness, a second area (302, 402, 502, 602) having a second thickness, and a third area (303, 403, 503, 603) having a third thickness, wherein the second area is positioned between the first and third areas of the film and the second thickness of the second area is less than the first thickness and the third thickness; and-a reinforcement member (306, 406, 506, 606) and characterised in that the reinforcement member is a mesh and the mesh further comprises at least one grip member. a foldable film (300, 400, 500, 600) including a first area (301, 401, 501, 601) having a first thickness, a second area (302, 402, 502, 602) having a second thickness, and a third area (303, 403, 503, 603) having a third thickness, wherein the second area is positioned between the first and third areas of the film and the second thickness of the second area is less than the first thickness and the third thickness; and-a reinforcement member (306, 406, 506, 606) and characterised in that the reinforcement member is a mesh and the mesh further comprises at least one grip member.
A fluid pressure reduction device for use in a fluid flow control device, the fluid pressure reduction device comprising: a unitary body having an inner wall and an outer wall spaced radially outward of the inner wall, the unitary body extending along a longitudinal axis, wherein the unitary body has a length defined between a top end of the unitary body and a bottom end of the unitary body opposite the top end; and a plurality of flow paths defined between the inner wall and the outer wall of the unitary body, each of the flow paths comprising a single inlet aperture formed in and through the inner wall and oriented along a first axis that is substantially perpendicular to the longitudinal axis, a single outlet aperture formed in and through the outer wall and oriented along a second axis that is substantially perpendicular to the longitudinal axis, and a single intermediate section extending between the single inlet aperture and the single corresponding outlet aperture, characterised in that at least a portion of the single intermediate section extends in a direction that is substantially parallel to the longitudinal axis and travels at least a majority of the length of the unitary body. a unitary body having an inner wall and an outer wall spaced radially outward of the inner wall, the unitary body extending along a longitudinal axis, wherein the unitary body has a length defined between a top end of the unitary body and a bottom end of the unitary body opposite the top end; and a plurality of flow paths defined between the inner wall and the outer wall of the unitary body, each of the flow paths comprising a single inlet aperture formed in and through the inner wall and oriented along a first axis that is substantially perpendicular to the longitudinal axis, a single outlet aperture formed in and through the outer wall and oriented along a second axis that is substantially perpendicular to the longitudinal axis, and a single intermediate section extending between the single inlet aperture and the single corresponding outlet aperture, characterised in that at least a portion of the single intermediate section extends in a direction that is substantially parallel to the longitudinal axis and travels at least a majority of the length of the unitary body.
Device (10 000) suitable for uniform division of a fluid into n fluid streams each containing gas and liquid, where n is a natural number greater than or equal to 2, where the device (10 000) comprises the following: • an upright cap which is bounded at the bottom by a plate; • an entry port for a fluid arranged in a lateral delimiting wall of the cap, which entry port is configured so that tangential inflow of the fluid is brought about; • an internal arranged upright in the interior of the cap, o which together with the interior wall of the cap forms an annular gap for downflowing liquid, o whose upper edge ends above the entry port and below the upper delimitation of the cap so that the upper edge of the internal and the upper delimitation of the cap form a passage for gas, o which at the top has at least one opening for inflowing gas, o whose lower edge ends above the plate so that the lower edge of the internal and the plate form a passage for liquid and o which at the bottom has at least one opening which is hydrodynamically connected to the at least one upper opening; • n guide devices for n fluid streams composed of liquid and gas, which guide devices protrude through the opening into the internal and have entry openings for liquid and entry openings for gas; characterized in that a swirl breaker for downward-flowing gas is arranged in the interior of the internal. • an upright cap which is bounded at the bottom by a plate; • an entry port for a fluid arranged in a lateral delimiting wall of the cap, which entry port is configured so that tangential inflow of the fluid is brought about; • an internal arranged upright in the interior of the cap, o which together with the interior wall of the cap forms an annular gap for downflowing liquid, o whose upper edge ends above the entry port and below the upper delimitation of the cap so that the upper edge of the internal and the upper delimitation of the cap form a passage for gas, o which at the top has at least one opening for inflowing gas, o whose lower edge ends above the plate so that the lower edge of the internal and the plate form a passage for liquid and o which at the bottom has at least one opening which is hydrodynamically connected to the at least one upper opening; o which together with the interior wall of the cap forms an annular gap for downflowing liquid, o whose upper edge ends above the entry port and below the upper delimitation of the cap so that the upper edge of the internal and the upper delimitation of the cap form a passage for gas, o which at the top has at least one opening for inflowing gas, o whose lower edge ends above the plate so that the lower edge of the internal and the plate form a passage for liquid and o which at the bottom has at least one opening which is hydrodynamically connected to the at least one upper opening; • n guide devices for n fluid streams composed of liquid and gas, which guide devices protrude through the opening into the internal and have entry openings for liquid and entry openings for gas;
Medical pump (10, 50) comprising a pumping mechanism located in an housing and a display (21, 61) placed on a support member (30, 70) which is articulated on the housing, the support member (30, 70) being pivotable with respect to the housing around a first axis between a folded-back position and an folded-out position, characterized in that the display (21, 61) is pivotable with respect to the support member (30, 70) around a second axis between a first position, called non pivoted position, and a second position, called pivoted position, wherein the first axis and the second axis are parallel to each other.
An information processing method that manages a directory to store recording information, comprising: an identification information acquisition step (S31, S32) of acquiring identification information for identifying the recording information from URL address information; characterized by an acquiring step (S33, S34) of acquiring a prime number corresponding to the acquired identification information among prime numbers having the same number of digits; a computing step (S38 to S40) of multiplying a value of each digit of the acquired identification information by a value obtained by subtracting a value corresponding to a position of said digit from the acquired prime number, repeating for each digit, and computing a sum of values obtained by the multiplication, and a determination step (S43 to S48) of determining the directory to store the recording information based on the computed sum. an identification information acquisition step (S31, S32) of acquiring identification information for identifying the recording information from URL address information; characterized by an acquiring step (S33, S34) of acquiring a prime number corresponding to the acquired identification information among prime numbers having the same number of digits; a computing step (S38 to S40) of multiplying a value of each digit of the acquired identification information by a value obtained by subtracting a value corresponding to a position of said digit from the acquired prime number, repeating for each digit, and computing a sum of values obtained by the multiplication, and a determination step (S43 to S48) of determining the directory to store the recording information based on the computed sum.
Conveyor device for determining the three-dimensional position of a centre of gravity of an item of piece goods (2, 52, 102) resting on a conveyor surface (10a-c, 60a, 60b) of a load-carrying device of the conveyor device (1, 51, 101), with at least two dynamometers (4a-h, 54a-d) which are spaced apart from one another and which are set up to measure weight force components (F1, F2, F3, F4) of the conveyor device or of the load-carrying device, wherein a first part of the conveyor surface (10a-c, 60a, 60b) of a first conveyor is arranged in a first weighing plane and a second part of the conveyor surface (10a-c, 60a, 60b) of a second conveyor is arranged in a second weighing plane, wherein the first weighing plane and the second weighing plane are arranged at angle (α) to one another that is different from zero, and wherein the first conveyor and the second conveyor in each case have at least two dynamometers (4a-h) spaced apart from one another for measuring weight force components (F1, F2, F3, F4) of the conveyors or of their load-carrying devices, wherein the conveyor device (1, 51, 101) furthermore has a position-detection device (8, 58) with which a position of the item of piece goods (2, 52, 102) can be detected respectively on the first part and on the second part of the conveyor surface (10a-c, 60a, 60b), and with an evaluation device that is set up to determine the three-dimensional position of the centre of gravity from the weight force components (F1, F2, F3, F4) measured in the first weighing plane and in the second weighing plane and from the recorded positions, wherein the conveyor device is set up for the simultaneous recording of the weight force components (F1, F2, F3, F4) and of the position of the item of piece goods respectively on the first part of the conveyor surface and the second part of the conveyor surface. and wherein the first conveyor and the second conveyor in each case have at least two dynamometers (4a-h) spaced apart from one another for measuring weight force components (F1, F2, F3, F4) of the conveyors or of their load-carrying devices, wherein the conveyor device (1, 51, 101) furthermore has a position-detection device (8, 58) with which a position of the item of piece goods (2, 52, 102) can be detected respectively on the first part and on the second part of the conveyor surface (10a-c, 60a, 60b), and with an evaluation device that is set up to determine the three-dimensional position of the centre of gravity from the weight force components (F1, F2, F3, F4) measured in the first weighing plane and in the second weighing plane and from the recorded positions, wherein the conveyor device is set up for the simultaneous recording of the weight force components (F1, F2, F3, F4) and of the position of the item of piece goods respectively on the first part of the conveyor surface and the second part of the conveyor surface.
A solenoid valve comprising: a valve portion having a pin, the pin having a groove; a solenoid portion having an aperture configured to receive the pin; and a resilient locking device configured to engage the groove when the pin has been inserted into the aperture to releasably hold the pin in the aperture; and a movable cap having a first and second position wherein, in the first position the movable cap does not abut the resilient locking device and wherein, in the second position, the movable cap abuts the resilient locking device so as to prevent movement of the resilient locking device out of the groove, characterised in that the resilient locking device is in the aperture of the solenoid portion. a valve portion having a pin, the pin having a groove; a solenoid portion having an aperture configured to receive the pin; and a resilient locking device configured to engage the groove when the pin has been inserted into the aperture to releasably hold the pin in the aperture; and a movable cap having a first and second position wherein, in the first position the movable cap does not abut the resilient locking device and wherein, in the second position, the movable cap abuts the resilient locking device so as to prevent movement of the resilient locking device out of the groove, characterised in that the resilient locking device is in the aperture of the solenoid portion.
An angle transducer comprising a first disk, the rotor, with circularly arranged and radially directed receiver electrodes and a second disk, the stator, equipped with circularly arranged and radially directed transmitter electrodes arranged at the same radius as the receiver electrodes and with a fixed separation between the receiver electrodes and the transmitter electrodes on the two disks (1,4), whereby the disks (1,4) are arranged coaxially and rotatable relative to each other, and the disks (1, 4) are further separated by a thin air-gap that makes possible a capacitive or an inductive coupling between the electrode systems (2, 3) on the rotor disk and the stator disk, whereby the transmitter electrodes are each supplied with an alternating voltage with different phases for neighbouring electrodes, whereby the number of supply phases, Φ, is greater than two, and the separation of transmitter electrodes = the separation of receiver electrodes/Φ, characterised in that the sequence of the transmitter electrodes of the stator are permuted so that any deviation from the correct position or shape of the transmitter electrodes, as well as deviation in the alignment to the receiver electrodes, results in equal but opposite errors in the signals picked up by the receiver electrodes of the rotor.
Timepiece mainspring including a barrel drum and a mainspring including, in the manufactured state, before any assembly inside said barrel drum, an eye intended to be connected to a strip and a portion formed of coils with an outer coil of radius R, the eye and the portion formed of coils being connected by a neck portion having substantially zero curvature, the timepiece mainspring being characterised in that the neck portion has a length Lc comprised between 1.5 and 10 times the radius R.
A stand-by circuit, adapted to be applied in a household appliance, comprising a first input for receiving a phase of a mains supply, a second input for receiving a stand-by command, a monostable switch, an AC-DC converter, wherein said monostable switch is adapted to connect said first input electrically to said AC-DC converter when said monostable switch is energized, said stand-by circuit further comprising an energizer module adapted to energize said monostable switch, holding it in an unstable position of connection to said AC-DC converter, when at the output of said converter there is a voltage other than the ground voltage, said energizer module being further adapted to interrupt its energizing action upon said monostable switch if there is an active stand-by signal at said second input, so as to cause said monostable switch to switch to a stable position of connection to a control branch, and to break the electric connection between said converter and said first input, so as under said stable position a stand-by condition state being obtained wherein power consumption of the household appliance is close to 0 W, said stand-by circuit further comprising a wake-up switch which allows, when closed, to energize said switch so as to allow the electric connection between said first input and said converter, characterized in that said monostable switch is a two-way monostable relay in which energization occurs by causing a current to flow in said control branch, said control branch being comprised between a first and a second control terminal, and wherein said two-way monostable relay operationally connects said first input to the first control terminal of said two-way monostable relay when the latter is not energized.
An outer body part assembly for a vehicle, comprising an outer skin and a support member fixed to the outer skin, the outer skin being configured to be attached on a structural module of the vehicle via the support member, characterized in that the support member comprises a main body and a flange edge arranged around the main body and connected with the outer skin, the main body is in the form of mesh structure and comprises a contact portion for supporting the outer skin and a reinforcement rib for reinforcing the contact portion, the reinforcement rib projecting from the contact portion, wherein the assembly further comprises a fog light, and the flange edge is provided with a mounting member, the fog light being fixed onto the support member through the mounting member, and wherein the flange edge is further provided with an adjusting member comprising a limiting rib, and the fog light being mounted with a 1-5mm gap from the limiting rib.
A transmitting apparatus comprising: a signaling information generation unit (2b2) configured to generate signaling information (2e2) including a transmission parameter for each of a plurality of physical layer pipes (PLPs); a PLP processing unit (2b5) configured to perform a process based on the transmission parameter for each of the PLPs; and a transmitting unit (2b4) configured to transmit data including (i) the generated signaling information and (ii) PLP data for each of the PLPs, wherein the generated signalling information for each of the PLPs includes a flag as the transmission parameter indicating a class of a receiving apparatus to receive the PLP data, the PLP data is received by a receiving apparatus of the class that is indicated by the flag of the PLP and is not received by another receiving apparatus of another class, the receiving apparatuses being included in a plurality of receiving apparatuses classified under a plurality of classes, wherein the class is defined by - types of service components to be received by a receiving apparatus - a maximum number of PLPs to be received by a receiving apparatus - a maximum interleaved total data amount - a maximum de-jitter buffer total capacity. a signaling information generation unit (2b2) configured to generate signaling information (2e2) including a transmission parameter for each of a plurality of physical layer pipes (PLPs); a PLP processing unit (2b5) configured to perform a process based on the transmission parameter for each of the PLPs; and a transmitting unit (2b4) configured to transmit data including (i) the generated signaling information and (ii) PLP data for each of the PLPs, wherein the generated signalling information for each of the PLPs includes a flag as the transmission parameter indicating a class of a receiving apparatus to receive the PLP data, the PLP data is received by a receiving apparatus of the class that is indicated by the flag of the PLP and is not received by another receiving apparatus of another class, the receiving apparatuses being included in a plurality of receiving apparatuses classified under a plurality of classes, wherein the class is defined by - types of service components to be received by a receiving apparatus - a maximum number of PLPs to be received by a receiving apparatus - a maximum interleaved total data amount - a maximum de-jitter buffer total capacity. - types of service components to be received by a receiving apparatus - a maximum number of PLPs to be received by a receiving apparatus - a maximum interleaved total data amount - a maximum de-jitter buffer total capacity.
One or more vectors comprising a first nucleic acid sequence that encodes a governing gRNA molecule that targets a nucleic acid encoding a Cas9 molecule, and a second nucleic acid sequence that encodes a Cas9 molecule, wherein the governing gRNA molecule targets the second nucleic acid sequence that encodes the Cas9 molecule.
A method for activating an optical network unit on an upstream channel (λu2) associated with a pre-defined wavelength (λu2) of a multi-wavelength passive optical network, said multi-wavelength passive optical network comprising an optical line termination and a number of further optical network units for transmitting upstream signals to said optical line termination on multiple upstream channels (λu1, λu2, λu3, λu4) including said upstream channel (λu2), said method comprising: a) during transmission of said upstream signals on said multiple upstream channels (λu1, λu2, λu3, λu4), transmitting an activation signal from said optical network unit to said optical line termination, said activation signal having an optical power (P C) lower than the optical power of each one of said upstream signals; b) during at least one time gap having a time gap duration T gap, suspending transmission of said upstream signals on said upstream channel (λu2) by omitting sending grants for upstream transmission on said upstream channel (λu2) from said optical line termination to said number of further optical network units; and c) during said at least one time gap, if said activation signal is transmitted on said upstream channel (λu2), detecting said activation signal at said optical line termination. a) during transmission of said upstream signals on said multiple upstream channels (λu1, λu2, λu3, λu4), transmitting an activation signal from said optical network unit to said optical line termination, said activation signal having an optical power (P C) lower than the optical power of each one of said upstream signals; b) during at least one time gap having a time gap duration T gap, suspending transmission of said upstream signals on said upstream channel (λu2) by omitting sending grants for upstream transmission on said upstream channel (λu2) from said optical line termination to said number of further optical network units; and c) during said at least one time gap, if said activation signal is transmitted on said upstream channel (λu2), detecting said activation signal at said optical line termination.