mhurhangee/patent-ind-claim-en huggingface dataset:
Wiping device for a detection system of a vehicle, comprising an arm , a wiper , a drive motor for the arm , and a drive assembly comprising a carriage that moves rectilinearly and connects the drive motor and the arm , said arm being carried by said carriage , characterized in that the drive assembly comprises at least one pivot connection and at least one sliding connection , which are interposed between the drive motor and the arm , and in that the drive assembly comprises at least one lever , the pivot connection being disposed between the lever and the carriage .
ONCOS-102 oncolytic adenoviral vector of serotype 5 comprising a 24 base pair (bp) deletion in the E1A-gene constant region 2 (CR2), a deletion in the early 3 (E3) region coding for 6.7K and gp19K proteins, a transgene coding for the human granulocyte macrophage colony stimulating factor (GM-CSF) protein inserted to the E3 region, replacing said 6.7K and gp19K, and having a serotype 5 fiber knob replaced by serotype 3 fiber for use in the treatment of human PD-1 inhibitor refractory cancer, wherein the virus vector is administered in combination with pembrolizumab or nivolumab to a patient, wherein the administration comprises first priming with the virus vector followed by administering pembrolizumab or nivolumab, wherein the virus vector administration is conducted through an intratumoral, intrapleural or intraperitoneal injection.
Hybrid drivetrain for a motor vehicle, comprising - a double clutch arrangement which has an input member which can be connected to an internal combustion engine , and which double clutch arrangement has a first output member and a second output member ; - a transmission arrangement which has a first input shaft and a second input shaft , the first input shaft being connected to the first output member , and the second input shaft being connected to the second output member , and which transmission arrangement has an output shaft arrangement ; the transmission arrangement having a plurality of gear sets (58, 64, 70; 64', 70', 58') which serve to set up gear stages and in each case connect an input shaft to the output shaft arrangement , the first input shaft being connected via a first gear set (58; 64') to the output shaft arrangement , in order to set up a first direct gear stage (2; 3), a power flow flowing exclusively from an input shaft to an output shaft in the case of a direct gear stage, the second input shaft being connected via a second gear set (70; 58') to the output shaft arrangement , in order to set up a second direct gear stage (4; 2), it being possible for the first direct gear stage (2; 3) and the second direct gear stage (4; 2) to be selected alternately by means of a shifting clutch pack (B2, B1), the transmission arrangement having, furthermore, a bridging clutch arrangement with a bridging clutch shaft and with a bridging shifting clutch , by means of which the first input shaft and the second input shaft can be coupled to one another, characterized in that a bridging idler gear (54; 54') is mounted rotatably on the bridging clutch shaft , which bridging idler gear (54; 54') is in engagement with a gear set (58; 64) for setting up a direct gear stage (2; 3), and/or which bridging idler gear (54; 54') can be coupled rotationally to a drive pinion of an electric machine , it being possible for the bridging idler gear (54; 54') to be connected by means of the bridging shifting clutch to the bridging clutch shaft , the bridging idler gear (54; 54') preferably being arranged in one gear set plane with the drive pinion of the electric machine and/or being arranged in one gear set plane with the first gear set (58; 64'). - a double clutch arrangement which has an input member which can be connected to an internal combustion engine , and which double clutch arrangement has a first output member and a second output member ; - a transmission arrangement which has a first input shaft and a second input shaft , the first input shaft being connected to the first output member , and the second input shaft being connected to the second output member , and which transmission arrangement has an output shaft arrangement ;
A system for protecting server racks connected to a power supply, the system comprising: an Oring circuit including a first MOSFET (M3), a first diode (D2) connected in parallel with the first MOSFET, and first and second comparators (U1, U2) coupled to the first MOSFET (M3) and a second MOSFET (M2), each of the first and second comparators supporting a maximum voltage difference that is less than an operational voltage of the power supply; and a clamping circuit including the second MOSFET (M2) and a second diode (D1) coupled to the Oring circuit, and wherein each of the first and second comparators are configured to compare a source voltage at the first MOSFET with a source voltage at the second MOSFET, the first comparator (U2) being configured to switch the first MOSFET to an off condition according to the compared voltage and the second comparator (U1) being configured to switch the first MOSFET to an on condition according to the compared voltage, the second MOSFET being configured to clamp a node of the first comparator and a node of the second comparator to below the maximum voltage difference when there is a short at the power supply. an Oring circuit including a first MOSFET (M3), a first diode (D2) connected in parallel with the first MOSFET, and first and second comparators (U1, U2) coupled to the first MOSFET (M3) and a second MOSFET (M2), each of the first and second comparators supporting a maximum voltage difference that is less than an operational voltage of the power supply; and a clamping circuit including the second MOSFET (M2) and a second diode (D1) coupled to the Oring circuit, and wherein each of the first and second comparators are configured to compare a source voltage at the first MOSFET with a source voltage at the second MOSFET, the first comparator (U2) being configured to switch the first MOSFET to an off condition according to the compared voltage and the second comparator (U1) being configured to switch the first MOSFET to an on condition according to the compared voltage, the second MOSFET being configured to clamp a node of the first comparator and a node of the second comparator to below the maximum voltage difference when there is a short at the power supply.
A seal assembly comprising: an inner seal member on a rotatable shaft , the inner seal member comprising a plurality of knives spaced from each other and extending radially away from the rotatable shaft, an outer seal member comprising an axially-extending rub surface positioned such that a terminal edge of at least one of the plurality of knives of the inner seal member abuts the rub surface to form a seal, wherein the seal assembly is disposed between a first chamber at a first pressure and a second chamber at a second pressure; characterized in that an outer knife of the plurality of knives of the inner seal member forms a continuously curved surface with the inner seal member that is at the side of the seal member facing away from the knives and extends axially towards the first chamber at an angle adapted to direct lubricant flow from the first chamber away from the seal, and wherein a terminal edge of said outer knife extends without contacting the outer seal member; wherein the outer knife is one of an axially forward most knife or an axially aft most knife of the plurality of knives; wherein the knives of the plurality of knives excluding the outer knife extend to an annular surface defined by the rub surface and wherein the outer knife extends radially further than the other knives of the plurality of knives. an inner seal member on a rotatable shaft , the inner seal member comprising a plurality of knives spaced from each other and extending radially away from the rotatable shaft, an outer seal member comprising an axially-extending rub surface positioned such that a terminal edge of at least one of the plurality of knives of the inner seal member abuts the rub surface to form a seal, wherein the seal assembly is disposed between a first chamber at a first pressure and a second chamber at a second pressure; characterized in that an outer knife of the plurality of knives of the inner seal member forms a continuously curved surface with the inner seal member that is at the side of the seal member facing away from the knives and extends axially towards the first chamber at an angle adapted to direct lubricant flow from the first chamber away from the seal, and wherein a terminal edge of said outer knife extends without contacting the outer seal member; wherein the outer knife is one of an axially forward most knife or an axially aft most knife of the plurality of knives; wherein the knives of the plurality of knives excluding the outer knife extend to an annular surface defined by the rub surface and wherein the outer knife extends radially further than the other knives of the plurality of knives.
A controlling method for an electromechanical brake , the electromechanical brake comprising an electric motor and an electromagnetic brake , the electric motor having a shaft and outputting a torque based on a braking demand, and the electromagnetic brake being configured for locking and releasing the shaft, wherein the controlling method comprises: controlling the electric motor and the electromagnetic brake based on the braking demand; controlling a power supply of the electromagnetic brake when the electromagnetic brake needs to release or lock the shaft; the controlling method being characterized by obtaining a real-time temperature value and a real-time current value of the electromagnetic brake ; obtaining a target current value corresponding to the real-time temperature value based on preset temperature-current relationship data; and when a difference between the real-time current value and the target current value is greater than a preset range, adjusting a duty cycle of a driving voltage level of the electromagnetic brake to narrow the difference. controlling the electric motor and the electromagnetic brake based on the braking demand; controlling a power supply of the electromagnetic brake when the electromagnetic brake needs to release or lock the shaft; obtaining a real-time temperature value and a real-time current value of the electromagnetic brake ; obtaining a target current value corresponding to the real-time temperature value based on preset temperature-current relationship data; and when a difference between the real-time current value and the target current value is greater than a preset range, adjusting a duty cycle of a driving voltage level of the electromagnetic brake to narrow the difference.
A method for improving information security in a network, performed by a terminal device, wherein the method comprises: acquiring , by the terminal device, a key, an identity of the terminal device, and identification information of one or more applications on the terminal device, wherein identification information of different applications on the terminal device is different from each other, and the identity of the terminal device comprises: an international mobile equipment identity, IMEI, and/or an international mobile subscriber identity, IMSI; generating , by the terminal device, one or more encryption results corresponding to the one or more applications generated by a preset encryption algorithm with an input of the key, the identity of the terminal device, and the identification information corresponding to the one or more applications, wherein the one or more encryption results are used for identification and authentication of the terminal device for network access; and accessing , by the terminal device, the network by transmitting the one or more encryption results corresponding to the one or more applications to a network device when the one or more applications run on the terminal device. acquiring , by the terminal device, a key, an identity of the terminal device, and identification information of one or more applications on the terminal device, wherein identification information of different applications on the terminal device is different from each other, and the identity of the terminal device comprises: an international mobile equipment identity, IMEI, and/or an international mobile subscriber identity, IMSI; generating , by the terminal device, one or more encryption results corresponding to the one or more applications generated by a preset encryption algorithm with an input of the key, the identity of the terminal device, and the identification information corresponding to the one or more applications, wherein the one or more encryption results are used for identification and authentication of the terminal device for network access; and accessing , by the terminal device, the network by transmitting the one or more encryption results corresponding to the one or more applications to a network device when the one or more applications run on the terminal device.
Watch case for a wristwatch comprising a case middle having a central axis (A-A'), a case back , bracelet attachment means removably connected to the case middle , and an annular ring rotatably mounted about the central axis (A-A') of the case middle , the annular ring being provided with mechanical locking means capable, when the annular ring is in a locking position, of cooperating with complementary engagement means provided on the bracelet attachment means , in order to secure the attachment means to the case middle ; the annular ring being held between the case middle and the case back characterized in that the mechanical locking means comprise at least one resilient member , said member being elastically engaged with the complementary engagement means when the annular ring is in the locking position.
A blow molded receptacle, comprising: a double wall, blow molded body , said body having first and second sides at least partially enclosing a cavity therebetween; and a lid portion integrally formed with said body wherein said second side includes an unraised portion and a raised portion extending transversely from said unraised portion , said raised portion having an outer wall and a sidewall , such that said cavity is wider between said outer wall and said first side than between said unraised portion and said first side ; and wherein said sidewall has a hole therethrough; characterised in that said lid portion comprises first and second hinged segments for closing the top and side of the receptacle, respectively, wherein when the lid portion is in a closed position, the second hinged segment extends down at leastto the sidewall , thereby covering the unraised portion , the sidewall , and the hole of the second side . a double wall, blow molded body , said body having first and second sides at least partially enclosing a cavity therebetween; and a lid portion integrally formed with said body wherein said second side includes an unraised portion and a raised portion extending transversely from said unraised portion , said raised portion having an outer wall and a sidewall , such that said cavity is wider between said outer wall and said first side than between said unraised portion and said first side ; and wherein said sidewall has a hole therethrough; characterised in that said lid portion comprises first and second hinged segments for closing the top and side of the receptacle, respectively, wherein when the lid portion is in a closed position, the second hinged segment extends down at leastto the sidewall , thereby covering the unraised portion , the sidewall , and the hole of the second side .
Power injection apparatus for providing power to and communication data to or from a plurality of heater modules that are daisy-chain connected together, each of which heater modules comprises a heater element in a heater , a controller device connected to the heater by a primary heater cord , high voltage power conductors , neutral conductors , and communication conductors extending from the controller device , through the primary heater cord to the heater , and through a secondary heater cord extending from the heater for connection to the controller device of another one of the heater modules , comprising: means for injecting power into a first one of the heater modules while passing communication data into or out of said first one of the heater modules ; characterised by means for injecting auxiliary power into another one of the heater modules in the daisy-chain of heater modules by connecting a second power injection device into said another one of the heater modules and connecting the secondary heater cord of an intermediate heater module in the daisy chain of heater modules to the second power injection device to transmit communication data between the said another one of the heater modules and the said intermediate heater module through the power injection device.
A recovery system , comprising: a housing ; a parasail comprising a canopy coupled within the housing fastened by a releasable fastener, wherein the parasail is compressed into a compact mass and is configured to expand; a guidance system ; an inertial measurement unit ; primary ballistics attached to the parasail , wherein the primary ballistics are configured to launch and deploy the parasail from the housing such that the parasail is able to suspend an air vehicle before the vehicle has a chance to fall due to gravity; and a trigger mechanism that is configured to be activated, and to direct the primary ballistics to launch after receiving an indication from the guidance system and from the inertial measurement unit whether the vehicle is substantially upright and thereby in a state for safe deployment of the recovery system ; and wherein the guidance system is further configured to steer the vehicle to a landing site . a housing ; a parasail comprising a canopy coupled within the housing fastened by a releasable fastener, wherein the parasail is compressed into a compact mass and is configured to expand; a guidance system ; an inertial measurement unit ; primary ballistics attached to the parasail , wherein the primary ballistics are configured to launch and deploy the parasail from the housing such that the parasail is able to suspend an air vehicle before the vehicle has a chance to fall due to gravity; and a trigger mechanism that is configured to be activated, and to direct the primary ballistics to launch after receiving an indication from the guidance system and from the inertial measurement unit whether the vehicle is substantially upright and thereby in a state for safe deployment of the recovery system ; and wherein the guidance system is further configured to steer the vehicle to a landing site .
A composition comprising Chardonnay grape seed flour, Chardonnay grape pomace meal, or Chardonnay grape pomace flour for use in the treatment or prevention of joint inflammation in a human.
A downhole valve assembly having a housing with an axis and a sleeve concentric with the housing and that is movable relative to a flowpath through the housing to vary flow of fluid through the flowpath in different relative positions of the housing and the sleeve , wherein the valve assembly incorporates a sensor assembly providing an output signal indicating the position of the sleeve relative to the housing , wherein the sensor assembly comprises first and second primary sensors disposed on one of the housing and the sleeve adapted to detect markers on the other of the housing and the sleeve , wherein the first and second primary sensors are disposed in different circumferential positions around the axis, characterised in that the first and second primary sensors are adapted to sense the distance between the housing and the sleeve, and wherein the output signal is produced by processing the signal components of each of the first and second primary sensors to correct for misalignment of the sleeve with the axis of the housing .
A method for wireless communication, comprising: determining , by a user equipment, UE, , a failure associated with reception, by a base station , of an initial transmission of a random access message transmitted by the UE in a two-step random access procedure; further comprising receiving, from the base station and in response to the initial transmission, an indication of beam management information including beam management signaling for beam switching or beam refining; and transmitting , by the UE to the base station and based on determining the failure, a retransmission of at least a portion of the random access message. determining , by a user equipment, UE, , a failure associated with reception, by a base station , of an initial transmission of a random access message transmitted by the UE in a two-step random access procedure; further comprising receiving, from the base station and in response to the initial transmission, an indication of beam management information including beam management signaling for beam switching or beam refining; and transmitting , by the UE to the base station and based on determining the failure, a retransmission of at least a portion of the random access message.
A base station method comprising: determining first information about a first user equipment, UE, device based on a first pilot signal that is received from the first UE device using a wireless transceiver , the first information including a first requested frequency ; determining second information about a second UE device based on a second pilot signal that is received from the second UE device using the wireless transceiver, the second information including a second requested frequency ; if the first requested frequency and the second requested frequency are similar, customizing at least one transmission characteristic based on both the first information and the second information, the at least one transmission characteristic including a response frequency ; and causing the wireless transceiver to use the at least one transmission characteristic to transmit a system information message to both the first UE device and the second UE device . determining first information about a first user equipment, UE, device based on a first pilot signal that is received from the first UE device using a wireless transceiver , the first information including a first requested frequency ; determining second information about a second UE device based on a second pilot signal that is received from the second UE device using the wireless transceiver, the second information including a second requested frequency ; if the first requested frequency and the second requested frequency are similar, customizing at least one transmission characteristic based on both the first information and the second information, the at least one transmission characteristic including a response frequency ; and causing the wireless transceiver to use the at least one transmission characteristic to transmit a system information message to both the first UE device and the second UE device .