mhurhangee/patent-ind-claim-en huggingface dataset:
A system for controlling a clutch in a heavy vehicle comprising an internal combustion engine and an automated mechanical transmission , where the engine is running, the clutch is engaged and the transmission is in neutral, the system comprising an engine speed sensor , a transmission speed sensor , an electronic control unit adapted to receive a request to shut down the engine, to disengage the clutch of the transmission , and to shut down the engine , characterized in that the electronic control unit is adapted to reengage the clutch when the rotation of the engine and the rotation of the transmission input shaft has reached zero, and to actively slow down rotation of the transmission input shaft by the use of a brake device (5; 11) if the stop time for the transmission input shaft exceeds a predefined time interval.
A method for accelerating data transfer operations on a hypervisor using an accelerator device, the method comprising: prior to booting the hypervisor on a processor subsystem having a root complex, configuring a first Peripheral Component Interconnect Express (PCI-E) endpoint (252-1) and a second PCI-E endpoint (252-2) associated with the accelerator device , wherein the accelerator device is a physical PCI-E device exclusively accessible to the processor subsystem ; booting the hypervisor using the processor subsystem ; loading a storage virtual appliance (SVA) as a virtual machine on the hypervisor , wherein the hypervisor assigns the second PCI-E endpoint (252-2) for exclusive access by the SVA using a second root port of the root complex; activating the first PCI-E endpoint (252-1) by the SVA using a first root port of the root complex via the second PCI-E endpoint (252-2); responsive to activating the first PCI-E endpoint (252-1), loading a hypervisor device driver (214; 216) for the first PCI-E endpoint (252-1), wherein the first PCI-E endpoint (252-1) appears to the hypervisor as a logical hardware adapter accessible via the hypervisor device driver (214; 216); and initiating , by the SVA , a data transfer operation between the first PCI-E endpoint (252-1) and the second PCI-E endpoint (252-2). prior to booting the hypervisor on a processor subsystem having a root complex, configuring a first Peripheral Component Interconnect Express (PCI-E) endpoint (252-1) and a second PCI-E endpoint (252-2) associated with the accelerator device , wherein the accelerator device is a physical PCI-E device exclusively accessible to the processor subsystem ; booting the hypervisor using the processor subsystem ; loading a storage virtual appliance (SVA) as a virtual machine on the hypervisor , wherein the hypervisor assigns the second PCI-E endpoint (252-2) for exclusive access by the SVA using a second root port of the root complex; activating the first PCI-E endpoint (252-1) by the SVA using a first root port of the root complex via the second PCI-E endpoint (252-2); responsive to activating the first PCI-E endpoint (252-1), loading a hypervisor device driver (214; 216) for the first PCI-E endpoint (252-1), wherein the first PCI-E endpoint (252-1) appears to the hypervisor as a logical hardware adapter accessible via the hypervisor device driver (214; 216); and initiating , by the SVA , a data transfer operation between the first PCI-E endpoint (252-1) and the second PCI-E endpoint (252-2).
A mobile terminal comprising: a touch screen ; a communication unit configured to communicate with a head mounted display ; and a controller configured to: control the head mounted display to display a virtual reality screen including a first content on the head mounted display ; and when a preset gesture input corresponding to a user's head or pupil movement is detected via a sensor of the head mounted display : control the head mounted display to unlock a second, private, content, which has been hidden and to display the second content on the virtual reality screen while the head mounted display is worn on the user's head; and characterized in that the controller is further configured to if a touch input is applied to the touch screen of the mobile terminal and the head mounted display is detached from the user's head, convert the second content to a locked state and record a played degree of the second content. a touch screen ; a communication unit configured to communicate with a head mounted display ; and a controller configured to: control the head mounted display to display a virtual reality screen including a first content on the head mounted display ; and when a preset gesture input corresponding to a user's head or pupil movement is detected via a sensor of the head mounted display : control the head mounted display to unlock a second, private, content, which has been hidden and to display the second content on the virtual reality screen while the head mounted display is worn on the user's head; and characterized in that the controller is further configured to if a touch input is applied to the touch screen of the mobile terminal and the head mounted display is detached from the user's head, convert the second content to a locked state and record a played degree of the second content. control the head mounted display to display a virtual reality screen including a first content on the head mounted display ; and when a preset gesture input corresponding to a user's head or pupil movement is detected via a sensor of the head mounted display : control the head mounted display to unlock a second, private, content, which has been hidden and to display the second content on the virtual reality screen while the head mounted display is worn on the user's head; and characterized in that the controller is further configured to if a touch input is applied to the touch screen of the mobile terminal and the head mounted display is detached from the user's head, convert the second content to a locked state and record a played degree of the second content. control the head mounted display to unlock a second, private, content, which has been hidden and to display the second content on the virtual reality screen while the head mounted display is worn on the user's head; and characterized in that the controller is further configured to if a touch input is applied to the touch screen of the mobile terminal and the head mounted display is detached from the user's head, convert the second content to a locked state and record a played degree of the second content.
A method for detecting presence of a fluid, comprising: mounting a sensor array proximate a conduit for said fluid, said sensor array comprising a plurality of Bragg grating sensing elements within an optical fiber having a hard protective polymer coating , each Bragg grating sensing element being encapsulated in a package (105, 112-115) having anchors that are bonded or crimped to the hard protective polymer coating beyond the location of each Bragg grating sensing element for subjecting the Bragg grating sensing element to a change in strain when contacted by said fluid; and interrogating said sensor array with laser light to detect any change in the optical properties of the Bragg grating sensing elements due to the change in strain, wherein the Bragg grating sensing elements are inscribed through the protective polymer coating of the optical fiber with a laser having a pulse duration less than 5 ps. mounting a sensor array proximate a conduit for said fluid, said sensor array comprising a plurality of Bragg grating sensing elements within an optical fiber having a hard protective polymer coating , each Bragg grating sensing element being encapsulated in a package (105, 112-115) having anchors that are bonded or crimped to the hard protective polymer coating beyond the location of each Bragg grating sensing element for subjecting the Bragg grating sensing element to a change in strain when contacted by said fluid; and interrogating said sensor array with laser light to detect any change in the optical properties of the Bragg grating sensing elements due to the change in strain, wherein the Bragg grating sensing elements are inscribed through the protective polymer coating of the optical fiber with a laser having a pulse duration less than 5 ps.
A reverse flow combustion liner comprising: a straight portion having first and second ends defining an axial length (S), the first end defining a dome inlet having a predetermined height (H); a turn portion having third and fourth ends, the fourth end defining a turbine inlet; a dilution portion coupling the second end to the third end and defining a tangency curve where the dilution portion meets the turn portion ; a set of dilution holes located in the dilution portion upstream of the tangency curve wherein the tangency curve is an axial distance (S+T) less than or equal to 150% of the predetermined height from the dome inlet , wherein the dilution portion has an axial length (T) of less than or equal to 20% of the predetermined height (H). a straight portion having first and second ends defining an axial length (S), the first end defining a dome inlet having a predetermined height (H); a turn portion having third and fourth ends, the fourth end defining a turbine inlet; a dilution portion coupling the second end to the third end and defining a tangency curve where the dilution portion meets the turn portion ; a set of dilution holes located in the dilution portion upstream of the tangency curve wherein the tangency curve is an axial distance (S+T) less than or equal to 150% of the predetermined height from the dome inlet , wherein the dilution portion has an axial length (T) of less than or equal to 20% of the predetermined height (H).
A method for wireless communication, the method comprising: transmitting wireless signal transmissions in an unlicensed spectrum; identifying characteristics of the wireless signal transmissions in the unlicensed spectrum, the characteristics of the wireless signal transmissions comprising at least one of the location of interfering signals in a broadcast spectrum, the presence of interfering signals adjacent to LTE frequency bands, the presence of interfering signals in adjacent frequency bands to LTE frequency bands, the location of null tones and/or reserved resource blocks and/or second order periodicity for an LTE/LTE-A signal in an unlicensed or shared spectrum; identifying , based at least in part on the characteristics, at least one interference detection opportunity in which interfering signals may be detected, the interference detection opportunity comprising one or more reserved null tones during an LTE signal transmission in the unlicensed spectrum, wherein the reserved null tones comprises at least one of the reserved empty resource blocks, RBs, within an LTE signal transmission in the unlicensed spectrum or RBs at an edge of a frequency band of the LTE signal transmission in the unlicensed spectrum; monitoring the transmissions in the unlicensed spectrum during the interference detection opportunity; determining a presence of interfering signals responsive to the monitoring; and mitigating interference based on the determination. transmitting wireless signal transmissions in an unlicensed spectrum; identifying characteristics of the wireless signal transmissions in the unlicensed spectrum, the characteristics of the wireless signal transmissions comprising at least one of the location of interfering signals in a broadcast spectrum, the presence of interfering signals adjacent to LTE frequency bands, the presence of interfering signals in adjacent frequency bands to LTE frequency bands, the location of null tones and/or reserved resource blocks and/or second order periodicity for an LTE/LTE-A signal in an unlicensed or shared spectrum; identifying , based at least in part on the characteristics, at least one interference detection opportunity in which interfering signals may be detected, the interference detection opportunity comprising one or more reserved null tones during an LTE signal transmission in the unlicensed spectrum, wherein the reserved null tones comprises at least one of the reserved empty resource blocks, RBs, within an LTE signal transmission in the unlicensed spectrum or RBs at an edge of a frequency band of the LTE signal transmission in the unlicensed spectrum; monitoring the transmissions in the unlicensed spectrum during the interference detection opportunity; determining a presence of interfering signals responsive to the monitoring; and mitigating interference based on the determination.
A low complexity method for converting image interference caused in multi-carrier wireless systems into diversity gain, said multi-carrier wireless system comprising : - a multi-carrier single-antenna transmitter; - a multi-carrier single-antenna receiver; - wherein the transmitter comprises an encoder; and - wherein the receiver comprises a combiner configured to process the symbols received in image subcarriers in two consecutive time slots wherein said transmitter and receiver cause said image interference, the method being characterized in that it comprises the steps of - encoding the modulated symbols at the transmitter, and - combining signals received at image subcarriers at the receiver, wherein said steps are carried out in that order, further wherein i) transmission information encoding is performed during both channel estimation and data transmission phases; ii) the combiner which is incorporated at the receiver is used during the data transmission phase; iii) a conventional maximum likelihood detector MLD is used for symbol estimation, whereas the combiners output is an in-phase and quadrature imbalance IQI-free signal, thereby providing gain diversity order of 2. - a multi-carrier single-antenna transmitter; - a multi-carrier single-antenna receiver; - wherein the transmitter comprises an encoder; and - wherein the receiver comprises a combiner configured to process the symbols received in image subcarriers in two consecutive time slots wherein said transmitter and receiver cause said image interference, - encoding the modulated symbols at the transmitter, and - combining signals received at image subcarriers at the receiver, wherein said steps are carried out in that order, i) transmission information encoding is performed during both channel estimation and data transmission phases; ii) the combiner which is incorporated at the receiver is used during the data transmission phase; iii) a conventional maximum likelihood detector MLD is used for symbol estimation, whereas the combiners output is an in-phase and quadrature imbalance IQI-free signal, thereby providing gain diversity order of 2.
A method , performed by a user equipment , UE, for selecting a wireless local area network, WLAN, access network comprising: communicating over a 3rd Generation Partnership Project, 3GPP, network and a non-cellular network; the method characterized by storing an access network discovery and selection function, ANDSF, management object , MO, comprising WLAN selection policies for network selection on the UE, the WLAN selection policies comprising interworking WLAN, I-WLAN, policies and Wi-Fi Alliance Hotspot 2.0, HS2.0, parameters; and selecting an available WLAN access network based on the WLAN selection polices of the ANDSF MO. communicating over a 3rd Generation Partnership Project, 3GPP, network and a non-cellular network; the method characterized by storing an access network discovery and selection function, ANDSF, management object , MO, comprising WLAN selection policies for network selection on the UE, the WLAN selection policies comprising interworking WLAN, I-WLAN, policies and Wi-Fi Alliance Hotspot 2.0, HS2.0, parameters; and selecting an available WLAN access network based on the WLAN selection polices of the ANDSF MO.
A mount for an image capturing device comprising a fixed frame , and a support frame arranged to support an image capturing device , wherein the support frame is attached to the fixed frame by a pivot joint defining a pivot axis for rotating the support frame relative to the fixed frame, and an adjustment joint for adjusting a pivot position for the support frame comprising a first element arranged in one of the support frame and the fixed frame so as to be retrofittable thereto, and forming a first contact surface , and a second element arranged in the other of the support frame and the fixed frame and forming a second contact surface , wherein the first element and the second element are arranged to abut at the first and second contact surfaces, wherein the first element is further arranged to be moved along a linear axis that traverses the pivot axis and that extends trough a plane of the contact surfaces, wherein at least one of the contact surfaces is curved, and wherein the first and second elements are arranged to be magnetically connected during abutment, thereby allowing a pivot position of the support frame relative to the fixed frame to be adjusted by a linear movement of the first element. a pivot joint defining a pivot axis for rotating the support frame relative to the fixed frame, and an adjustment joint for adjusting a pivot position for the support frame comprising a first element arranged in one of the support frame and the fixed frame so as to be retrofittable thereto, and forming a first contact surface , and a second element arranged in the other of the support frame and the fixed frame and forming a second contact surface , a first element arranged in one of the support frame and the fixed frame so as to be retrofittable thereto, and forming a first contact surface , and a second element arranged in the other of the support frame and the fixed frame and forming a second contact surface ,
An RFID plug adapted to be affixed to a tire pre-vulcanization that maintains operability for scanning, identifying, and/or sensing conditions of the tire before, during, and post-vulcanization of the tire, the RFID plug comprising: an elongate stem ; a head disposed at a first end of the stem , the head containing an RFID device that is configured for scanning, identifying, and/or sensing conditions of the tire and to further communicate the same to an RFID reader; and a retention feature disposed at a second end of the stem opposite the first end, the retention feature configured to resist pulling forces on the head and the stem, characterized in that the head is enlarged relative to the elongate stem and the retention feature and includes an upper planar surface and a lower planar surface with the RFID device sandwiched therebetween such that the RFID device is completely encased within the head. an elongate stem ; a head disposed at a first end of the stem , the head containing an RFID device that is configured for scanning, identifying, and/or sensing conditions of the tire and to further communicate the same to an RFID reader; and a retention feature disposed at a second end of the stem opposite the first end, the retention feature configured to resist pulling forces on the head and the stem, characterized in that the head is enlarged relative to the elongate stem and the retention feature and includes an upper planar surface and a lower planar surface with the RFID device sandwiched therebetween such that the RFID device is completely encased within the head.
A heating device comprising: a heat-generating member ; and a support member that supports the heat-generating member and comprises bio-soluble inorganic fibers having a physiological saline dissolution ratio at 40°C of 1% or more, wherein at least surfaces of the support member that contact the heat-generating member are coated with a silica-containing treatment agent having a silica content of 60 wt% or more, wherein the bio-soluble inorganic fibers do not contact directly the heat-generating member or contact of the bio-soluble inorganic fibers with the heat-generating member is reduced. a heat-generating member ; and a support member that supports the heat-generating member and comprises bio-soluble inorganic fibers having a physiological saline dissolution ratio at 40°C of 1% or more, wherein at least surfaces of the support member that contact the heat-generating member are coated with a silica-containing treatment agent having a silica content of 60 wt% or more,
A spraying agent containing a pesticide, comprising boric acid that acts as a food poison for pests and an alkali metal silicate that acts as a spiracle barrier and a migration suppressor for the pests to act as the pesticide, and being an aqueous solution characterized by containing an emulsifier or a surfactant and an oil or fat to act as a removing agent for removing a fat and oil on epidermis of the pests.
An aqueous dispersion of a silicone pressure sensitive adhesive base, where said dispersion comprises starting materials (A) to (E), where starting material (A) is a bis-hydroxyl-terminated polydiorganosiloxane; starting material (B) is a polyorganosilicate resin; starting material (C) is cumene, in an amount of 1 weight part to 25 weight parts, per 100 weight parts of starting materials (A), (B), (C), and (D) combined; starting material (D) is a surfactant in an amount of 0.1 weight part to 20 weight parts, per 100 weight parts of starting materials (A), (B), (C), and (D) combined, where the surfactant comprises (D1) an alkyl polyglycoside surfactant and optionally (D2) a cosurfactant; and starting material (E) is water. starting material (A) is a bis-hydroxyl-terminated polydiorganosiloxane; starting material (B) is a polyorganosilicate resin; starting material (C) is cumene, in an amount of 1 weight part to 25 weight parts, per 100 weight parts of starting materials (A), (B), (C), and (D) combined; starting material (D) is a surfactant in an amount of 0.1 weight part to 20 weight parts, per 100 weight parts of starting materials (A), (B), (C), and (D) combined, where the surfactant comprises (D1) an alkyl polyglycoside surfactant and optionally (D2) a cosurfactant; and (D1) an alkyl polyglycoside surfactant and optionally (D2) a cosurfactant; and starting material (E) is water.
A method of making a material, comprising the steps of: (a) heating a bismaleimide system to generate a bismaleimide liquid; (b) degassing the bismaleimide liquid to generate a degassed bismaleimide liquid; (c) performing at least one of high speed shear mixing and probe sonication to the degassed bismaleimide liquid to generate a highly mixed bismaleimide liquid phase; and (d) curing the highly mixed bismaleimide liquid phase. (a) heating a bismaleimide system to generate a bismaleimide liquid; (b) degassing the bismaleimide liquid to generate a degassed bismaleimide liquid; (c) performing at least one of high speed shear mixing and probe sonication to the degassed bismaleimide liquid to generate a highly mixed bismaleimide liquid phase; and (d) curing the highly mixed bismaleimide liquid phase.
An energy conversion assembly for use in an oven for heating a food product, the energy conversion assembly comprising: - a base matrix formed substantially to have a plate shape; and - ferromagnetic particulate material dispersed in the base matrix, the ferromagnetic particulate material absorbing energy applied to the base matrix to transform the energy into thermal energy, wherein a concentration of the ferromagnetic particulate material is changed in different locations to define at least a first heat zone having a first concentration of the ferromagnetic particulate material therein, and a second heat zone having a second concentration of the ferromagnetic particulate material therein, the first and second concentrations being different from each other, characterized in that the energy conversion assembly is configured to use multiple frequencies, and to absorb RF energy corresponding to a first frequency, wherein the energy conversion assembly is configured so that RF energy corresponding to a second frequency is not absorbed but is directly applied to the food product to heat the food product, and wherein the second frequency is different than the first frequency. - a base matrix formed substantially to have a plate shape; and - ferromagnetic particulate material dispersed in the base matrix, the ferromagnetic particulate material absorbing energy applied to the base matrix to transform the energy into thermal energy,