mhurhangee/ep-ind-claims huggingface dataset:
A graded braking control device for vehicle tire burst, comprising a tire pressure sensor for detecting a tire pressure state of a tire, wherein the device further comprises a controller, a radar sensor for detecting a travelling state of a follower vehicle relative to the present vehicle, a stability detection module for detecting a stability state of the present vehicle and an ESC for achieving a stable braking of the vehicle; the radar sensor and the stability detection module are individually connected to input ends of the controller; the tire pressure sensor is in wireless connection with the controller; the ESC is connected with an output end of the controller; the controller is preset with a first deceleration threshold set of multiple grades of deceleration values corresponding to the travelling state of the follower vehicle relative to the present vehicle; said device being characterized in that the controller is preset with a second deceleration threshold set of multiple grades of deceleration values corresponding to the stability state of the present vehicle itself; wherein when the tire pressure sensor sends a tire burst signal to the controller when a tire burst state of the tire of the vehicle is detected, then the controller is configured to start to receive a current travelling state signal of the follower vehicle relative to the present vehicle detected by the radar sensor, and to perform analysis and comparison with the first deceleration threshold set, thereby determining a first deceleration value of a corresponding grade, meanwhile, the controller is further configured to receive a state signal of the present vehicle detected by the stability detection module, and to set a stability state assessment value of the present vehicle in combination with a current speed of the present vehicle, and to perform analysis and comparison with the second deceleration threshold set, thereby determining a second deceleration value of a corresponding grade, the controller is further configured to compare the first deceleration value with the second deceleration value, and to use the smaller deceleration value as a tire burst graded braking control instruction, and to send the control instruction to the ESC to control the vehicle to brake at the smaller deceleration value.
A method for detecting malicious objects, the method comprising: determining whether an object received by a user is suspicious; opening a virtual machine, VM, session (202, 203, 204; 302, 303, 304) on a dedicated server, the server running multiple VMs with different operating systems; running an operating system within the VM session, wherein the operating system is the same operating system as the computer used by the user who requests the object to be tested; running one or more applications useful for opening the object in the operating system; taking a first snapshot of one or more system features of the VM session prior to opening the object in the VM session; opening the suspicious object using the operating system in the VM session and the one or more applications useful for opening the object; taking a second snapshot of the one or more system features of the VM session after the opening of the object in the VM session; and detecting indications of malicious behaviour when the suspicious object is opened within the VM session, wherein the detecting comprises comparing the first snapshot with the second snapshot to detect indications of a malicious program infection within the VM session. determining whether an object received by a user is suspicious; opening a virtual machine, VM, session (202, 203, 204; 302, 303, 304) on a dedicated server, the server running multiple VMs with different operating systems; running an operating system within the VM session, wherein the operating system is the same operating system as the computer used by the user who requests the object to be tested; running one or more applications useful for opening the object in the operating system; taking a first snapshot of one or more system features of the VM session prior to opening the object in the VM session; opening the suspicious object using the operating system in the VM session and the one or more applications useful for opening the object; taking a second snapshot of the one or more system features of the VM session after the opening of the object in the VM session; and detecting indications of malicious behaviour when the suspicious object is opened within the VM session, wherein the detecting comprises comparing the first snapshot with the second snapshot to detect indications of a malicious program infection within the VM session.
A die (302,304) for a printhead, comprising: a plurality of fluid feed holes disposed in a line parallel to a longitudinal axis of the die, wherein the fluid feed holes are formed through a substrate of the die; a plurality of fluidic actuators, proximate to the plurality of fluid feed holes, each of the plurality of fluidic actuators comprising a fluid chamber to receive fluid from the plurality of fluid feed holes, a nozzle, and a driver to eject fluid from the chamber through the nozzle; and circuitry (510,512) to operate the fluidic actuators, wherein traces are provided in layers between adjacent fluid feed holes of the plurality of fluid feed holes, connecting circuitry (510,512) on each side of the plurality of fluid feed holes. a plurality of fluid feed holes disposed in a line parallel to a longitudinal axis of the die, wherein the fluid feed holes are formed through a substrate of the die; a plurality of fluidic actuators, proximate to the plurality of fluid feed holes, each of the plurality of fluidic actuators comprising a fluid chamber to receive fluid from the plurality of fluid feed holes, a nozzle, and a driver to eject fluid from the chamber through the nozzle; and circuitry (510,512) to operate the fluidic actuators, wherein traces are provided in layers between adjacent fluid feed holes of the plurality of fluid feed holes, connecting circuitry (510,512) on each side of the plurality of fluid feed holes.
A scandium chloride production method comprising: a heating step of heating an alloy containing scandium and aluminum to 300°C to 700°C for 20 to 90 minutes under a chlorine gas atmosphere; and a scandium chloride recovery step of recovering scandium chloride from a solid phase, after the heating step. a heating step of heating an alloy containing scandium and aluminum to 300°C to 700°C for 20 to 90 minutes under a chlorine gas atmosphere; and a scandium chloride recovery step of recovering scandium chloride from a solid phase, after the heating step.
A system (1a, 1b, 1c) for converting and switching communication data comprising: - a plurality of probe modules, configured to intercept and acquire information about communication streams, - at least one converter module connected to the plurality of probe modules, configured to transform the protocol of the communication stream to an analysis communication protocol, - at least one output manager connected to the at least one converter module, - a plurality of delivery functions, and - a plurality of monitoring centers, wherein one specific monitoring center of said plurality of monitoring centers is configured to set up the analysis communication protocol, wherein the at least one output manager is connected to the plurality of delivery functions, wherein at least one delivery function of the plurality of delivery functions is connected to at least one monitoring center of the plurality of monitoring centers, and wherein the at least one output manager is configured to route the information in the analysis communication protocol by means of the plurality of delivery functions to the specific monitoring center that configures said analysis communication protocol. - a plurality of probe modules, configured to intercept and acquire information about communication streams, - at least one converter module connected to the plurality of probe modules, configured to transform the protocol of the communication stream to an analysis communication protocol, - at least one output manager connected to the at least one converter module, - a plurality of delivery functions, and - a plurality of monitoring centers, wherein one specific monitoring center of said plurality of monitoring centers is configured to set up the analysis communication protocol, wherein at least one delivery function of the plurality of delivery functions is connected to at least one monitoring center of the plurality of monitoring centers, and wherein the at least one output manager is configured to route the information in the analysis communication protocol by means of the plurality of delivery functions to the specific monitoring center that configures said analysis communication protocol.
An iterative method of allocating data transmission rates to multiple users from multiple antennas (12a - 12c) in a wireless communication network, wherein said data transmission rates are allocated by varying transmission precoding vectors assigned to the users, comprising: initially assigning a weight to each user, the weight indicating a metric regarding a user channel condition and said metric being weighted to indicate the user's relative priority; determining a transmission precoding vector for each user, corresponding to the assigned weight; determining the relative channel conditions associated with transmissions to each user using the determined transmission precoding vector; adjusting the weight assigned to each user based on the associated channel conditions; determining a transmission precoding vector for each user, corresponding to the adjusted weight; and transmitting data to the users, using the latest determined transmission precoding vectors. initially assigning a weight to each user, the weight indicating a metric regarding a user channel condition and said metric being weighted to indicate the user's relative priority; determining a transmission precoding vector for each user, corresponding to the assigned weight; determining the relative channel conditions associated with transmissions to each user using the determined transmission precoding vector; adjusting the weight assigned to each user based on the associated channel conditions; determining a transmission precoding vector for each user, corresponding to the adjusted weight; and transmitting data to the users, using the latest determined transmission precoding vectors.
A device for distributing oil from a rolling bearing for an aircraft turbine engine, comprising: - a rolling bearing comprising two rings, internal and external respectively, - an oil distribution ring configured to be mounted on a turbine engine shaft, this distribution ring comprising: i) an external cylindrical surface for mounting the internal ring of the bearing, ii) an annular shoulder for supporting a first axial end of the internal ring, and iii) an oil recovery scoop feeding a lubrication circuit of said bearing, - an annular track of a dynamic joint, characterised in that it further comprises a nut screwed onto a thread of the distribution ring and being supported axially on a second axial end of the internal ring in order to tighten it axially against said shoulder, and in that said annular track is configured so as to be in axial support on said distribution ring and comprises rotation-locking elements cooperating with complementary elements of the nut. - a rolling bearing comprising two rings, internal and external respectively, - an oil distribution ring configured to be mounted on a turbine engine shaft, this distribution ring comprising: i) an external cylindrical surface for mounting the internal ring of the bearing, ii) an annular shoulder for supporting a first axial end of the internal ring, and iii) an oil recovery scoop feeding a lubrication circuit of said bearing, i) an external cylindrical surface for mounting the internal ring of the bearing, ii) an annular shoulder for supporting a first axial end of the internal ring, and iii) an oil recovery scoop feeding a lubrication circuit of said bearing, - an annular track of a dynamic joint,
A production method of a mold comprising: a preparation process of preparing an original having an inclined portion which is formed in an enclosed shape on an outer peripheral portion of a protruding pattern formed at a center portion on a base and gradually increases in thickness from inside toward outside, and a thermoplastic resin sheet; and a forming process of forming a recessed pattern having an inverted shape of the protruding pattern on the thermoplastic resin sheet by pressing the original which is heated against the thermoplastic resin sheet at a position where the inclined portion of the original and a surface of the thermoplastic resin sheet are in close contact with each other, cooling the original in the state in which the original is pressed, and separating the original from the thermoplastic resin sheet. a preparation process of preparing an original having an inclined portion which is formed in an enclosed shape on an outer peripheral portion of a protruding pattern formed at a center portion on a base and gradually increases in thickness from inside toward outside, and a thermoplastic resin sheet; and a forming process of forming a recessed pattern having an inverted shape of the protruding pattern on the thermoplastic resin sheet by pressing the original which is heated against the thermoplastic resin sheet at a position where the inclined portion of the original and a surface of the thermoplastic resin sheet are in close contact with each other, cooling the original in the state in which the original is pressed, and separating the original from the thermoplastic resin sheet.
A tube expansion method of fixing a heat exchanger tube inserted to a tube hole of a tubesheet by tube expansion, the method being characterized in that it comprises: when there is a damage along a circumferential direction with respect to an inner circumferential surface in the middle of an axial direction of the tube hole, a first hydraulic tube expansion step of performing a hydraulic tube expansion in a range including the damage at a pressure of 15% to 70%; and a second hydraulic tube expansion step of performing the hydraulic tube expansion in each range divided except the damage at a pressure of 100%. when there is a damage along a circumferential direction with respect to an inner circumferential surface in the middle of an axial direction of the tube hole, a first hydraulic tube expansion step of performing a hydraulic tube expansion in a range including the damage at a pressure of 15% to 70%; and a second hydraulic tube expansion step of performing the hydraulic tube expansion in each range divided except the damage at a pressure of 100%.
Hob device having at least one hob plate and having at least one at least partially translucent layer element which, in at least one assembled state, is arranged on at least one partial area of an underside of the hob plate and which has at least one opaque filler material which in at least one block state in which the material is arranged in the form of a block, namely is present in the form of a cube with an edge length of at least 1 cm, is at least substantially opaque, wherein the layer element has at least one partially translucent carrier material which in at least one block state in which the material is arranged in the form of a block, namely is present in the form of a cube with an edge length of at least 1 cm, is at least substantially translucent, wherein the filler material is embodied as at least granular in shape, wherein grains of the filler material have a grain size in a range from 0.4 μm to 0.9 μm.
An assembly for retaining and securing an optical cable, said assembly comprising: - a retaining element comprising: - a seat configured to receive said optical cable, - an insertion port configured to allow side insertion of said optical cable in said seat, - at least one elastic portion configured to act on the optical cable received in said seat for retaining said optical cable, - two openings (21a,21b) for passage of said optical cable, said seat and said insertion port extending between said two openings (21a,21b); - a housing with a mounting surface for removably attaching said retaining element to said housing, characterized in that said mounting surface is configured to close said insertion port when the retaining element is attached to said mounting surface for securing said optical cable with respect to said housing. - a retaining element comprising: - a seat configured to receive said optical cable, - an insertion port configured to allow side insertion of said optical cable in said seat, - at least one elastic portion configured to act on the optical cable received in said seat for retaining said optical cable, - two openings (21a,21b) for passage of said optical cable, said seat and said insertion port extending between said two openings (21a,21b); - a seat configured to receive said optical cable, - an insertion port configured to allow side insertion of said optical cable in said seat, - at least one elastic portion configured to act on the optical cable received in said seat for retaining said optical cable, - two openings (21a,21b) for passage of said optical cable, said seat and said insertion port extending between said two openings (21a,21b); - a housing with a mounting surface for removably attaching said retaining element to said housing, characterized in that said mounting surface is configured to close said insertion port when the retaining element is attached to said mounting surface for securing said optical cable with respect to said housing.
A heat insulation door for a refrigeration appliance, comprising a door body having a multilayer structure, wherein the door body comprises: a heat insulation vacuum glass module, wherein the vacuum glass module comprises a superposed first glass and a second glass, there is a first interval between the first glass and the second glass, and the first glass is located in front of the second glass along a front-to-rear direction of the door, and a front decoration plate, located in front of the vacuum glass module to cover the first glass, wherein in a width and/or a length direction of the first glass, the front decoration plate has a protruding portion that extends out of an edge of the vacuum glass module, characterized in that the door body further comprises a rear protective layer located behind the second glass along the front-to-rear direction, to cover the second glass. a heat insulation vacuum glass module, wherein the vacuum glass module comprises a superposed first glass and a second glass, there is a first interval between the first glass and the second glass, and the first glass is located in front of the second glass along a front-to-rear direction of the door, and a front decoration plate, located in front of the vacuum glass module to cover the first glass, wherein in a width and/or a length direction of the first glass, the front decoration plate has a protruding portion that extends out of an edge of the vacuum glass module, characterized in that the door body further comprises a rear protective layer located behind the second glass along the front-to-rear direction, to cover the second glass.
Arrangement of a sealing collar on a body in which the body has a cylindrical wall in which emerges a hole, a fluid situated in the body being able to escape through the hole, and in which the sealing collar comprises a fixing band entirely surrounding the cylindrical wall, the band having a portion intended to obturate the hole in sealed manner, a means for closing and tightening of the fixing band, characterised by the fact that the fixing band is provided with at least one claw (32, 34, 36) extending in the direction of the cylindrical wall so that on closure and tightening of the fixing band around the cylindrical wall, the hole is obturated in sealed manner and the claw (32, 34, 36) is pressed against the cylindrical wall and contributes to immobilisation of the collar on the body.
A polyethylene composition comprising monomers of ethylene and butene, having: a long chain branching index of 0.5 ≤ g'avg ≤ 0.9 as described in paragraph of the description; a Melt Flow Rate of > (49.011 x MI (-0.4304)) as determined by ASTM D-1238-F, where MI is Melt Index as determined by ASTM-D-1238-E; and a weight average molecular weight to number average molecular weight Mw/Mn ≤ 4.6.
A computer-implemented method for enforcing a policy, comprising: under the control of one or more computer systems configured with executable instructions, receiving a request to decrypt a ciphertext, the ciphertext having been generated using an authenticated encryption mode of a cipher to generate an authenticated ciphertext based at least in part on a plaintext, a key, and associated data, the ciphertext including a message authentication code and a ciphertext, wherein the message authentication code is calculated using the plaintext and the associated data; obtaining in connection with the request the ciphertext, expected associated data, and another message authentication code; determining whether the obtained another message authentication code matches a generated reference message authentication code obtained using the ciphertext, the expected associated data and the key; determining, based at least in part on the expected associated data, which expected associated data is verifiable with the ciphertext and the key, whether the policy allows providing the plaintext in response to the request, the policy specifying a value for the associated data for providing the plaintext and the policy allows providing the plaintext when the expected associated data matches the value for the associated data specified by the policy; and providing at least the plaintext in response to the request as a result of determining that the obtained another message authentication code matches the reference message authentication code and that the policy allows providing the plaintext based at least in part on the associated data. receiving a request to decrypt a ciphertext, the ciphertext having been generated using an authenticated encryption mode of a cipher to generate an authenticated ciphertext based at least in part on a plaintext, a key, and associated data, the ciphertext including a message authentication code and a ciphertext, wherein the message authentication code is calculated using the plaintext and the associated data; obtaining in connection with the request the ciphertext, expected associated data, and another message authentication code; determining whether the obtained another message authentication code matches a generated reference message authentication code obtained using the ciphertext, the expected associated data and the key; determining, based at least in part on the expected associated data, which expected associated data is verifiable with the ciphertext and the key, whether the policy allows providing the plaintext in response to the request, the policy specifying a value for the associated data for providing the plaintext and the policy allows providing the plaintext when the expected associated data matches the value for the associated data specified by the policy; and providing at least the plaintext in response to the request as a result of determining that the obtained another message authentication code matches the reference message authentication code and that the policy allows providing the plaintext based at least in part on the associated data.