mhurhangee/patent-ind-claim-en huggingface dataset:
Apparatus comprising: a short-range communication transceiver ; an acceleration sensor in communication with the transceiver and configured to detect acceleration of the apparatus; and a processor in communication with the sensor and the transceiver and configured to respond to determining that the acceleration of the apparatus exceeds a predefined threshold and corresponds with a predefined gesture by changing an operational mode of the apparatus into an active mode and providing a transceiver-controlling input to the short-range communication transceiver . a short-range communication transceiver ; an acceleration sensor in communication with the transceiver and configured to detect acceleration of the apparatus; and a processor in communication with the sensor and the transceiver and configured to respond to determining that the acceleration of the apparatus exceeds a predefined threshold and corresponds with a predefined gesture by changing an operational mode of the apparatus into an active mode and providing a transceiver-controlling input to the short-range communication transceiver .
A method of preparing a lobaric acid analogue of Formula 3 or 5, comprising subjecting a compound of Formula 10 to a coupling reaction with a compound of Formula 16 or 21, followed by a deprotection reaction:
A seed firmer (370;470) comprising: a base support to be positioned in operation in proximity to a trench (38;438) for planting seed (42;442) in the trench; a first vision system (372;472) coupled to the base support in operation to determine pre-orientation data for a first seed in a pre-orientation position in the trench; characterized in that an actuator (374;474) is coupled to the base support , the actuator to adjust an orientation of a second seed to a desired seed orientation within the trench if desired based on the pre-orientation data for the first seed in the pre-orientation position. a base support to be positioned in operation in proximity to a trench (38;438) for planting seed (42;442) in the trench; a first vision system (372;472) coupled to the base support in operation to determine pre-orientation data for a first seed in a pre-orientation position in the trench; characterized in that an actuator (374;474) is coupled to the base support , the actuator to adjust an orientation of a second seed to a desired seed orientation within the trench if desired based on the pre-orientation data for the first seed in the pre-orientation position.
A method performed by a wireless device, the method comprising: receiving , from a network node , downlink control information, DCI; determining , based on the DCI, a first group of downlink channel sub-slots for downlink channel transmissions, the first group of downlink channel sub-slots corresponding to a group of uplink channel sub-slots and associated with one or more uplink resources in the corresponding group of uplink channel sub-slots, wherein uplink channel slots are divided into multiple groups of uplink channel sub-slots, and wherein downlink channel slots are divided into multiple groups of downlink channel sub-slots; constructing a first HARQ codebook comprising at least one of acknowledgment, ACK, and negative acknowledgement, NACK, feedback for the downlink channel transmissions scheduled in the first group of downlink channel sub-slots; and transmitting the at least one of the ACK and NACK feedback, using the one or more uplink resources, according to the first HARQ codebook wherein: the DCI schedules downlink transmissions in the first group of downlink channel sub-slots; and each sub-slot of the first group is associated with its own DCI, the method further comprising determining the one or more uplink resources based at least in part on a DCI associated with the last scheduled sub-slot of the first group of downlink channel sub-slots. receiving , from a network node , downlink control information, DCI; determining , based on the DCI, a first group of downlink channel sub-slots for downlink channel transmissions, the first group of downlink channel sub-slots corresponding to a group of uplink channel sub-slots and associated with one or more uplink resources in the corresponding group of uplink channel sub-slots, wherein uplink channel slots are divided into multiple groups of uplink channel sub-slots, and wherein downlink channel slots are divided into multiple groups of downlink channel sub-slots; constructing a first HARQ codebook comprising at least one of acknowledgment, ACK, and negative acknowledgement, NACK, feedback for the downlink channel transmissions scheduled in the first group of downlink channel sub-slots; and transmitting the at least one of the ACK and NACK feedback, using the one or more uplink resources, according to the first HARQ codebook wherein: the DCI schedules downlink transmissions in the first group of downlink channel sub-slots; and each sub-slot of the first group is associated with its own DCI, the method further comprising determining the one or more uplink resources based at least in part on a DCI associated with the last scheduled sub-slot of the first group of downlink channel sub-slots. the DCI schedules downlink transmissions in the first group of downlink channel sub-slots; and each sub-slot of the first group is associated with its own DCI, the method further comprising determining the one or more uplink resources based at least in part on a DCI associated with the last scheduled sub-slot of the first group of downlink channel sub-slots.
A buoy for use in reducing the amplitude of waves in water, said buoy being arranged to be constrained by an anchor coupled to a buoyant staff of the buoy by a ball joint, a swivel joint, a spring or other flexible joint, a flexible anchor cable or a chain and comprising a body , the body being configured as point absorber to produce radial waves by heaving, surging and/or pitching motion, the radial waves destructively interacting with incident waves causing a transfer of energy along a crest to the body , wherein the body is configured to be resonant matched with the incident waves and the radiation and absorption impedance are matched so that the wave energy captured and lost to damping due to action of viscosity at one or more of sharp and round edges of the buoy and its submerged appendages equals the energy lost to radiation due to the buoy motion by: - the buoy comprising bearings located between the body and the buoyant staff to enable the body to freely slide along the buoyant staff , and - the body comprising at least one horizontally oriented fin and/ or at least one vertically oriented fin , or comprising at least one angularly oriented fin. - the buoy comprising bearings located between the body and the buoyant staff to enable the body to freely slide along the buoyant staff , and - the body comprising at least one horizontally oriented fin and/ or at least one vertically oriented fin , or comprising at least one angularly oriented fin.
A door lock fixture comprising a faceplate and a fixture body , the door lock fixture being configured to be mounted with its fixture body through an elongated slot in a wall of a tubular member with the faceplate engaging an outer surface of said wall, the elongated slot extending in a longitudinal direction , the faceplate comprising at least one opening arranged to receive a bolt for fixing the door lock fixture to said wall, the fixture body comprising, for said at least one opening, a support arm which is slideably mounted onto the fixture body along the longitudinal direction between a retracted position in which the fixture body can be inserted through said elongated slot into the tubular member, and an extended position, characterized in that the door lock fixture further comprises a nut which is irrotatably and slideably mounted on the support arm along a transverse direction which is substantially perpendicular to the longitudinal direction between a rest position and an engaging position in which the nut, when the support arm is in its extended position, is arranged to engage an inner surface of said wall of the tubular member to clamp said wall between the faceplate and the nut, the nut being provided with a screw threaded hole which is axially aligned with said opening in the faceplate in the extended position of the support arm and which is configured to receive said bolt. the fixture body comprising, for said at least one opening, a support arm which is slideably mounted onto the fixture body along the longitudinal direction between a retracted position in which the fixture body can be inserted through said elongated slot into the tubular member, and an extended position, characterized in that the door lock fixture further comprises a nut which is irrotatably and slideably mounted on the support arm along a transverse direction which is substantially perpendicular to the longitudinal direction between a rest position and an engaging position in which the nut, when the support arm is in its extended position, is arranged to engage an inner surface of said wall of the tubular member to clamp said wall between the faceplate and the nut, the nut being provided with a screw threaded hole which is axially aligned with said opening in the faceplate in the extended position of the support arm and which is configured to receive said bolt.
Dehydroepiandrosterone (DHEA) for use in a method of treating and/or reducing the likelihood of acquiring diseases due to the menopause selected from the group of diseases consisting of hypogonadism, skin atrophy, urinary incontinence, hot flashes, and fatigue, in postmenopausal women, said method comprising administering the DHEA to a patient in need of said treatment at a therapeutic amount which increases the level of circulating androgen metabolites androsterone glucuronide (ADT-G), androstane-3α,17β-diol-3-glucuronide (3α-diol-3G) and androstane-3α, 17β-diol-17-glucuronide (3α-diol-17G), as part of a combination therapy with a therapeutically effective amount of a Selective Estrogen Receptor Modulator in order to decrease the risk of breast and uterine cancer normally present in postmenopausal women and to prevent bone loss, fat accumulation and diabetes type 2.
Camera for a motor vehicle including a housing configured to shield electromagnetic radiation at least in certain areas, including a circuit board disposed in the housing , and including an interface device for connecting the camera to the motor vehicle , wherein the interface device is electrically connected to the circuit board , wherein the interface device includes a coaxial plug with an inner conductor and an outer conductor and the camera has a connecting device for electrically connecting the outer conductor to the housing , characterized in that said connecting device comprises a plurality of spring elements , which exert a spring force on said housing and/or said outer conductor in the assembled state of the camera and said plurality of spring elements are disposed distributed along a circumferential direction of said connecting device .
A process of preparing a shaped savoury concentrate having a water activity of less than 0.8 and a total fat content of 10-35 wt.%, said process comprising: a) combining the following ingredients to prepare a powder mixture: • 100 parts by weight of edible salt selected from sodium chloride, potassium chloride and combinations thereof, • 2-150 parts by weight of one or more particulate ingredients selected from sugars, glutamate, plant pieces and combinations thereof; b) admixing 5-150 parts by weight of a fat component to the powder mixture to form a paste, wherein the fat component has a solid fat content of fat at 20°C (N 20 ) of at least 20% and an solid fat content of fat at 35°C (N 35 ) of less than 30%, wherein on admixing with the powder mixture the fat component has a solid fat content (N 20 ) of least 10%, whereby step b) is carried out at a temperature in the range of 10 to 45°C, preferably 12 to 40°C, more preferably 15 to 35°C and said temperature on admixing is maintained such that the fat component has a solid fat content of at least 10%, preferably at least 20%. c) extruding the paste into shaped savoury concentrate. a) combining the following ingredients to prepare a powder mixture: • 100 parts by weight of edible salt selected from sodium chloride, potassium chloride and combinations thereof, • 2-150 parts by weight of one or more particulate ingredients selected from sugars, glutamate, plant pieces and combinations thereof; • 100 parts by weight of edible salt selected from sodium chloride, potassium chloride and combinations thereof, • 2-150 parts by weight of one or more particulate ingredients selected from sugars, glutamate, plant pieces and combinations thereof; b) admixing 5-150 parts by weight of a fat component to the powder mixture to form a paste, wherein the fat component has a solid fat content of fat at 20°C (N 20 ) of at least 20% and an solid fat content of fat at 35°C (N 35 ) of less than 30%, wherein on admixing with the powder mixture the fat component has a solid fat content (N 20 ) of least 10%, whereby step b) is carried out at a temperature in the range of 10 to 45°C, preferably 12 to 40°C, more preferably 15 to 35°C and said temperature on admixing is maintained such that the fat component has a solid fat content of at least 10%, preferably at least 20%. c) extruding the paste into shaped savoury concentrate.
An integrated process for production of urea and UAS, comprising: a urea synthesis step carried out in a urea synthesis reactor ; a recovery and concentration step, in which a urea solution produced in the urea synthesis step is progressively concentrated, in at least one recovery section , in particular in at least a medium pressure recovery section and a low pressure recovery section , and in a concentration section located downstream of said at least one recovery section , recovering unreacted ammonia and carbon dioxide and water from said urea solution; a step of producing ammonium sulphate by reaction of sulphuric acid and ammonia in an ammonium sulphate production apparatus ; a step of mixing said ammonium sulphate with concentrated urea coming from the concentration section to produce a UAS mixture; a urea finishing/solidification step, in which the mixture of ammonium sulphate and urea is granulated or prilled; the process being characterized in that in the step of producing ammonium sulphate, at least a part of the ammonia is provided by at least one off-gas containing ammonia and recovered from the recovery and concentration step.
A power supply apparatus, comprising: a power supply ; and a DC/DC converter that includes a switching element of an upper arm (Q22), a switching element of a lower arm (Q24) and a reactor (L1), the switching element of the upper arm (Q22) and the switching element of the lower arm (Q24) being connected in series between a positive output electrode and a negative output electrode of the power supply apparatus , one end of the reactor (L1) being connected between the switching element of the upper arm (Q22) and the switching element of the lower arm (Q24), the other end of the reactor (L1) being connected to the power supply ; a first switch that is provided between the switching element of the lower arm (Q24) and a negative electrode of the power supply , the first switch being normally closed; a power supply fuse that is provided between a positive electrode of the power supply and the other end of the reactor (L1) ; a second power supply fuse that is connected to the power supply fuse in parallel between the positive electrode of the power supply and the other end of the reactor (L1); a second switch that is connected to the second power supply fuse in series and connected to the power supply fuse in parallel between the positive electrode of the power supply and the other end of the reactor (L1), the second switch being normally opened; and a controller that is configured to open the first switch and to close the second switch upon a short circuit failure of the switching element of the lower arm (Q24) being detected. a power supply ; and a DC/DC converter that includes a switching element of an upper arm (Q22), a switching element of a lower arm (Q24) and a reactor (L1), the switching element of the upper arm (Q22) and the switching element of the lower arm (Q24) being connected in series between a positive output electrode and a negative output electrode of the power supply apparatus , one end of the reactor (L1) being connected between the switching element of the upper arm (Q22) and the switching element of the lower arm (Q24), the other end of the reactor (L1) being connected to the power supply ; a first switch that is provided between the switching element of the lower arm (Q24) and a negative electrode of the power supply , the first switch being normally closed; a power supply fuse that is provided between a positive electrode of the power supply and the other end of the reactor (L1) ; a second power supply fuse that is connected to the power supply fuse in parallel between the positive electrode of the power supply and the other end of the reactor (L1); a second switch that is connected to the second power supply fuse in series and connected to the power supply fuse in parallel between the positive electrode of the power supply and the other end of the reactor (L1), the second switch being normally opened; and a controller that is configured to open the first switch and to close the second switch upon a short circuit failure of the switching element of the lower arm (Q24) being detected.
A method of installing a fibre optic cable upon an overhead power line structure, the overhead power line structure including an overhead power line support and an overhead power line carried by the overhead power line support , the method comprising the steps of: passing an end of the fibre optic cable through a bore formed in an insulator ; positioning the insulator at an installation location adjacent to the overhead power line support with the fibre optic cable located within the bore in the insulator ; bonding the insulator in place once positioned in the said installation location; connecting one end of the insulator to a first end of a first conductive carrier and connecting a second end of the first conductive carrier to the overhead power line ; and connecting the other end of the insulator to a first end of a second conductive carrier and connecting a second end of the second conductive carrier to the overhead power line , such that the fibre optic cable is supported by the first and second conductive carriers and the insulator as it passes from a first side of the overhead power line support to a second side thereof. passing an end of the fibre optic cable through a bore formed in an insulator ; positioning the insulator at an installation location adjacent to the overhead power line support with the fibre optic cable located within the bore in the insulator ; bonding the insulator in place once positioned in the said installation location; connecting one end of the insulator to a first end of a first conductive carrier and connecting a second end of the first conductive carrier to the overhead power line ; and connecting the other end of the insulator to a first end of a second conductive carrier and connecting a second end of the second conductive carrier to the overhead power line , such that the fibre optic cable is supported by the first and second conductive carriers and the insulator as it passes from a first side of the overhead power line support to a second side thereof.
A printer comprising: a conveyor configured to convey a tape (3 A) in a conveyance direction, the tape having a plurality of marks formed thereon, the plurality of marks including a first mark (M1), and a second mark (M2) formed downstream of the first mark in the conveyance direction and spaced a particular distance apart from the first mark in the conveyance direction; a print head configured to print an image on the tape being conveyed by the conveyor; a reflection sensor configured to detect the plurality of marks on the tape by emitting light toward the tape and receiving reflected light from the tape, and output a detection signal according to the received reflected light when detecting the plurality of marks; and a controller , characterized in that the controller is configured to: set a threshold to be variable based on a level of the detection signal when the reflection sensor detects the second mark; and identify a position of the first mark based on a result of comparison between the set threshold and a level of the detection signal when the reflection sensor detects the first mark. a conveyor configured to convey a tape (3 A) in a conveyance direction, the tape having a plurality of marks formed thereon, the plurality of marks including a first mark (M1), and a second mark (M2) formed downstream of the first mark in the conveyance direction and spaced a particular distance apart from the first mark in the conveyance direction; a print head configured to print an image on the tape being conveyed by the conveyor; a reflection sensor configured to detect the plurality of marks on the tape by emitting light toward the tape and receiving reflected light from the tape, and output a detection signal according to the received reflected light when detecting the plurality of marks; and a controller , characterized in that the controller is configured to: set a threshold to be variable based on a level of the detection signal when the reflection sensor detects the second mark; and identify a position of the first mark based on a result of comparison between the set threshold and a level of the detection signal when the reflection sensor detects the first mark. set a threshold to be variable based on a level of the detection signal when the reflection sensor detects the second mark; and identify a position of the first mark based on a result of comparison between the set threshold and a level of the detection signal when the reflection sensor detects the first mark.