mhurhangee/patent-ind-claim-en huggingface dataset:
A steering system for a marine vessel comprising: a first propulsion unit and a hydraulic actuator for imparting steering motion to the first propulsion unit ; a second propulsion unit and a hydraulic actuator for imparting steering motion to the second propulsion unit ; a third propulsion unit ; characterized by a tie bar coupling a tiller of the third propulsion unit to the hydraulic actuator of the first propulsion unit , the tie bar imparting steering motion from the hydraulic actuator of the first propulsion unit to the tiller of the third propulsion unit ; and a joystick for inputting user steering commands to the steering system, wherein movement of the joystick actuates the said hydraulic actuators to impart steering motion to the first propulsion unit and the second propulsion unit , the joystick being movable along an X-axis for moving the marine vessel either starboard or port, along a Y-axis for moving the marine vessel forward or in reverse, along a θ-axis for rotating the marine vessel starboard or port, and along the X-axis, Y-axis, and θ-axis to allow for vector thrusting. a first propulsion unit and a hydraulic actuator for imparting steering motion to the first propulsion unit ; a second propulsion unit and a hydraulic actuator for imparting steering motion to the second propulsion unit ; a third propulsion unit ; characterized by a tie bar coupling a tiller of the third propulsion unit to the hydraulic actuator of the first propulsion unit , the tie bar imparting steering motion from the hydraulic actuator of the first propulsion unit to the tiller of the third propulsion unit ; and a joystick for inputting user steering commands to the steering system, wherein movement of the joystick actuates the said hydraulic actuators to impart steering motion to the first propulsion unit and the second propulsion unit , the joystick being movable along an X-axis for moving the marine vessel either starboard or port, along a Y-axis for moving the marine vessel forward or in reverse, along a θ-axis for rotating the marine vessel starboard or port, and along the X-axis, Y-axis, and θ-axis to allow for vector thrusting.
A bottom wear having at least a waist-encircling section , wherein the waist-encircling section at least has a first hole and a second hole , and the bottom wear further having a protection band for low back pain provided with a waist-protection part , wherein the waist protection part is disposed on a rear inner side of the waist-encircling section , one end portion of the protection band for low back pain is passed through the first hole and placed on an outer surface of the waist-encircling section , the other end portion of the protection band for low back pain is passed through the second hole and placed on an outer surface of the waist-encircling section , and the one end portion of the protection band for low back pain is detachably fixed to the other end portion of the protection band for low back pain , characterized in that the protection band for low back pain is not fixed directly to the bottom wear.
A measurement method, performed by a terminal, comprising: in a non-connected state, triggering an unsolicited measurement when a predetermined condition is met; characterized in that , the predetermined condition comprises a condition where a predetermined uplink service has arrived at the terminal; wherein the predetermined uplink service is an enhanced Mobile Broadband, eMBB, type service, or a service whose 5 th generation, 5G, Quality-of-Service Identifier, 5QI, satisfies a predetermined value. in a non-connected state, triggering an unsolicited measurement when a predetermined condition is met; characterized in that , the predetermined condition comprises a condition where a predetermined uplink service has arrived at the terminal; wherein the predetermined uplink service is an enhanced Mobile Broadband, eMBB, type service, or a service whose 5 th generation, 5G, Quality-of-Service Identifier, 5QI, satisfies a predetermined value.
Computing apparatus, comprising: a host processor , which is configured to run a virtual machine monitor, VMM , which supports a plurality of virtual machines running on the host processor, and which comprises a cryptographic security software module configured to apply a cryptographic security protocol to data packets transmitted and received by one or more of the virtual machines; and a network interface controller, NIC , which is configured to link the host processor to a network so as to transmit and receive the data packets from and to the virtual machines over the network, and which comprises a cryptographic security hardware logic module , which is configured, when invoked by the VMM, to apply the cryptographic security protocol to the data packets transmitted and received by the one or more of the virtual machines while maintaining a state context of the cryptographic security protocol with respect to each of the one or more of the virtual machines, wherein the NIC is configured, upon encountering an exception in applying the cryptographic security protocol to a data packet directed to a given virtual machine, to transfer the data packet, together with the state context of the cryptographic security protocol with respect to the given virtual machine, to the cryptographic security software module of the VMM, which processes the data packet using the state context and passes the data packet, after processing, to the given virtual machine. a host processor , which is configured to run a virtual machine monitor, VMM , which supports a plurality of virtual machines running on the host processor, and which comprises a cryptographic security software module configured to apply a cryptographic security protocol to data packets transmitted and received by one or more of the virtual machines; and a network interface controller, NIC , which is configured to link the host processor to a network so as to transmit and receive the data packets from and to the virtual machines over the network, and which comprises a cryptographic security hardware logic module , which is configured, when invoked by the VMM, to apply the cryptographic security protocol to the data packets transmitted and received by the one or more of the virtual machines while maintaining a state context of the cryptographic security protocol with respect to each of the one or more of the virtual machines, wherein the NIC is configured, upon encountering an exception in applying the cryptographic security protocol to a data packet directed to a given virtual machine, to transfer the data packet, together with the state context of the cryptographic security protocol with respect to the given virtual machine, to the cryptographic security software module of the VMM, which processes the data packet using the state context and passes the data packet, after processing, to the given virtual machine.
An ethylene glycol-based non-aqueous engine coolant for internal combustion engines comprising ethylene glycol (EG), 1,3 propanediol (PDO), and diethylene glycol (DEG), wherein the ratio of the mass of the PDO to the total mass of EG, PDO and DEG is 0.025 to 0.40, the ratio of the mass of the DEG to the total mass of EG, PDO and DEG is 0.025 to 0.40, the ratio of the total mass of PDO and DEG to the total mass of EG, PDO and DEG is 0.05 to 0.50 and the ratio of the mass of the EG to the total mass of EG, PDO and DEG is 0.50 to 0.95, and wherein the non-aqueous engine coolant contains less than 1.0% water by mass.
Method for monitoring a blind spot of a vehicle, wherein a parking assistance system senses (S31) surroundings of the vehicle by means of a surroundings-sensing device , and objects are determined (S32) in the sensed surroundings, wherein an object which is determined in the sensed surroundings is assigned to a virtual object, and wherein when an object is determined it is checked whether it is located (S33) in a blind spot, and an action is triggered if the determined object is located (S34) in the blind spot, wherein when the objects are determined, a threshold value curve is used which provides suppression of ground echo signals, wherein the parking assistance system is active below a determined speed and inactive above the determined speed, so that the monitoring for blind spots and the parking assistance take place below the determined speed, and wherein a complementary blind spot monitoring system is active when the parking assistance system is inactive, so that monitoring for blind spots takes place continuously, wherein in the complementary blind spot monitoring system a threshold value curve is used during the determination of the objects, which curve provides effective noise suppression.
A heavy duty pneumatic tire, comprising: an innerliner including a laminated first liner and second liner; a thickness of the first liner being from 1.2 to 1.9 mm; a thickness of the second liner being from 1.2 to 1.6 mm; a total thickness of the first and second liners being from 2.4 to 3.4 mm; the first liner being made of a rubber composition 1; the second liner being made of a rubber composition 2; the first rubber composition containing from 5 to 50 parts by weight of a plate-like inorganic filler having a particle size of from 4.9 to 7.5 μm and an aspect ratio Ar of from 3.0 to 7.0 per 100 parts by weight of a diene rubber containing from 50 to 100 wt.% of a butyl rubber; and the second rubber composition containing from 0.05 to 0.5 parts by weight of an organic metal salt as metal content per 100 parts by weight of a diene rubber containing not less than 50 wt.% of a natural rubber, wherein the aspect ratio Ar is measured using Formula : Ar = Ds − Dl / Ds in the formula, Ar is the aspect ratio, Ds is a 50% particle size determined from a cumulative distribution measured by centrifugal sedimentation, and DI is a 50% particle size determined from a cumulative distribution measured by laser diffraction of coherent light.
Filtering vision element forming a windshield or rearview mirror for a road vehicle on which the element is mounted, and adapted in at least a portion of a vision surface of the element, called filtering portion, to transmit or reflect towards a vehicle's driver a radiation which has, outside the vehicle and before reaching the vision surface, a linear polarization parallel to a filtering direction which is fixed relative to the vehicle, with a lower attenuation in comparison to another radiation which has, outside the vehicle, a linear polarization contained in a plane perpendicular to the filtering direction, the vision surface comprising a lower region and an upper region which is located higher than the lower region relative to the vehicle and to a mounting position of the filtering vision element in said vehicle, said filtering portion corresponding either to the lower region or to the upper region, and the other one among the lower region and upper region, which does not correspond to said filtering portion, being adapted to transmit or reflect towards the driver both radiations which have, outside the vehicle, the linear polarizations respectively parallel to the filtering direction and contained in the plane perpendicular to said filtering direction, so that a difference in attenuation between said linear polarizations has distinct values in the lower and upper regions, wherein the lower region of the vision surface is adapted to transmit or reflect towards the driver a radiation which has, outside the vehicle and before reaching the vision surface, a horizontal linear polarization with greater attenuation in comparison to a radiation which has, outside the vehicle, a linear polarization contained in a vertical plane relative to the vehicle and to the mounting position of the filtering vision element in said vehicle, the filtering vision element being characterized in that the upper region of the vision surface is adapted to transmit or reflect towards the driver the radiation which has, outside the vehicle and before reaching the vision surface, the horizontal linear polarization with less attenuation in comparison to the radiation which has, outside the vehicle, the linear polarization contained in the vertical plane.
An encryption device to generate searchable storage encrypted data, comprising: a random number generation unit for generating a random number; a data partition unit configured to partition data to be searched, which has a data structure that can be partitioned into N pieces of element data sequentially from first to Nth pieces; and an encryption unit configured, to generate, using the N pieces of element data obtained by partitioning, N sets from a first set in which first to Nth pieces of element data are sequentially arranged, a second set in which second to Nth pieces of element data are sequentially arranged, thereafter sequentially to an N-1th set in which N-1th to Nth pieces of element data are sequentially arranged, and an Nth set composed of an Nth piece of element data, and to encrypt each piece of element data included in each set with a first random number (R) generated by the random number generation unit by one of a cipher block chaining (CBC) mode which is a cryptographic mode capable of searchable encryption and a counter (CTR) mode which is a cryptographic mode capable of searchable encryption. a random number generation unit for generating a random number; a data partition unit configured to partition data to be searched, which has a data structure that can be partitioned into N pieces of element data sequentially from first to Nth pieces; and an encryption unit configured, to generate, using the N pieces of element data obtained by partitioning, N sets from a first set in which first to Nth pieces of element data are sequentially arranged, a second set in which second to Nth pieces of element data are sequentially arranged, thereafter sequentially to an N-1th set in which N-1th to Nth pieces of element data are sequentially arranged, and an Nth set composed of an Nth piece of element data, and to encrypt each piece of element data included in each set with a first random number (R) generated by the random number generation unit by one of a cipher block chaining (CBC) mode which is a cryptographic mode capable of searchable encryption and a counter (CTR) mode which is a cryptographic mode capable of searchable encryption. to generate, using the N pieces of element data obtained by partitioning, N sets from a first set in which first to Nth pieces of element data are sequentially arranged, a second set in which second to Nth pieces of element data are sequentially arranged, thereafter sequentially to an N-1th set in which N-1th to Nth pieces of element data are sequentially arranged, and an Nth set composed of an Nth piece of element data, and to encrypt each piece of element data included in each set with a first random number (R) generated by the random number generation unit by one of a cipher block chaining (CBC) mode which is a cryptographic mode capable of searchable encryption and a counter (CTR) mode which is a cryptographic mode capable of searchable encryption.
A mechanical two-way band brake for a caster comprises a vertical axis pivot , a control member , a fork and a lever characterized in that the lever bears on a yoke at least on one end of the lever, whereas the yoke comprises at least one arm and at least one anchoring point on the at least one arm and is coupled to the fork , whereas the anchoring point is located in a slot of a support of the fork , whereas the yoke is supported free on the support of the fork and in parallel is supported by a spring , whereas in addition the yoke comprises at least one anchoring point at each end of the yoke to fix a brake band to the yoke , where the brake band encircles a brake drum for the caster in spiral.
A gas turbine engine (100; 140) comprising: a heat exchanger system comprising a plurality of circumferentially spaced heat exchangers (102; 142) formed of elongated members having fins on an outer surface; a compressor section , a combustor section , a turbine section (28; 108); a core housing containing said compressor section , said combustor section and said turbine section (28; 108); and a first conduit (110; 148) for tapping hot compressed air to be cooled and passing said air to the heat exchanger system, said air being cooled in said heat exchanger system and returned to a return conduit (112; 150), said return conduit (112; 150) passing the cooled air to said turbine section (28; 108), characterised in that : said spaced heat exchangers (102; 142) are formed of a nickel alloy material including more than 50-percent by volume gamma-prime intermetallic phase material. a heat exchanger system comprising a plurality of circumferentially spaced heat exchangers (102; 142) formed of elongated members having fins on an outer surface; a compressor section , a combustor section , a turbine section (28; 108); a core housing containing said compressor section , said combustor section and said turbine section (28; 108); and a first conduit (110; 148) for tapping hot compressed air to be cooled and passing said air to the heat exchanger system, said air being cooled in said heat exchanger system and returned to a return conduit (112; 150), said return conduit (112; 150) passing the cooled air to said turbine section (28; 108), characterised in that : said spaced heat exchangers (102; 142) are formed of a nickel alloy material including more than 50-percent by volume gamma-prime intermetallic phase material.
A system for positioning a radiation source comprising: a gantry; a radiation source mounted on the gantry; positron emission detectors mounted on the gantry, wherein the positron emission detectors are configured to detect a positron emission path that intersects a region of interest within a coordinate system, the emission path being substantially perpendicular to a pre-determined direction of margin of extension from the region of interest; and a controller in communication with the radiation source and the positron emission detectors , the controller configured to position the radiation source along the emission path, wherein the radiation source is configured to generate a radiation beam with a width that corresponds to a width of the margin of extension.
Use of a spin transition compound with formula [Fe(Rtrz) 3 ]A 2 , in which R is a substituent of the triazole ligand and A is an anion, in order to increase the thermal inertia of a floor or wall covering in which the compound has been incorporated into at least one layer of the covering, said layer comprising: - at least 20% by weight of the compound; - polyvinyl chloride (PVC); - mineral fillers. - at least 20% by weight of the compound; - polyvinyl chloride (PVC); - mineral fillers.
A relaying device comprising: a network communication unit for communicating with a terminal device over a network ; a control unit for controlling the communication with the terminal device ; and a storage unit in which a group table is stored, wherein in the group table , a normal group in which the terminal device is registered in advance, and a user group in which the terminal device belonging to the normal group is registered as a belonging terminal device according to the request from the terminal device belonging to the normal group are set, for each of the normal group and the user group , a group ID and a terminal ID of the terminal device belonging to the group are registered, when the control unit receives a voice signal of a group communication from the terminal device , the control unit is configured to transfer the voice signal to another terminal device belonging to the group to which the terminal device belongs, characterized in that for each of the normal group and the user group , a group type (NORMAL, USER) is registered, and when the control unit receives registration request information for requesting registration to the user group from the terminal device belonging to the normal group , the control unit is configured to register the terminal device belonging to the normal group in a specified user group as the belonging terminal device and to temporarily delete the terminal device belonging to the normal group from the normal group to which the terminal device belongs a network communication unit for communicating with a terminal device over a network ; a control unit for controlling the communication with the terminal device ; and a storage unit in which a group table is stored, wherein in the group table , a normal group in which the terminal device is registered in advance, and a user group in which the terminal device belonging to the normal group is registered as a belonging terminal device according to the request from the terminal device belonging to the normal group are set, for each of the normal group and the user group , a group ID and a terminal ID of the terminal device belonging to the group are registered, when the control unit receives a voice signal of a group communication from the terminal device , the control unit is configured to transfer the voice signal to another terminal device belonging to the group to which the terminal device belongs, characterized in that for each of the normal group and the user group , a group type (NORMAL, USER) is registered, and when the control unit receives registration request information for requesting registration to the user group from the terminal device belonging to the normal group , the control unit is configured to register the terminal device belonging to the normal group in a specified user group as the belonging terminal device and to temporarily delete the terminal device belonging to the normal group from the normal group to which the terminal device belongs