mhurhangee/patent-ind-claim-en huggingface dataset:
A roof window comprising a frame and a sash , the frame having a top member , a bottom member and two side members extending between the top and bottom member defining a quadrangular frame having an opening for receiving the sash , the sash having a top member , a bottom member and two side members extending between the top and bottom member defining a quadrangular sash frame having an opening for receiving a pane of glass, the roof window further comprising an elongate frame cover member having two longitudinal edge portions and two lateral edge portions , the elongate frame cover member being adaptable to cover at least part of the exterior surface of a side member of the frame , the sash being pivotally engaged with the frame by a hinge , the hinge comprising a sash hinge component attachable to the sash , and a frame hinge component attachable to the frame , the sash hinge component being adaptable to hingedly engage with the frame hinge component , the roof window further comprising an elongate frame cover member retaining means having means for slidably and releasably locating and retaining at least part of the elongate frame cover member to the frame and wherein the elongate frame cover member retaining means is mounted on the frame hinge component and the elongate frame cover member , characterized in that the means for slidably and releasably locating and retaining at least part of the elongate frame cover member to the frame comprises a first component disposed on or attached to the frame and a second co-operating component on the elongate frame cover member , or a first component on the elongate frame cover member and a second co-operating component disposed on or attached to the frame , the first component being slidably engageable with the second co-operating component .
An unloading system for a combine harvester comprising: - an elongate auger tube having a discharge end and containing a helical unloading auger rotatably operable for conveying grain toward the discharge end; - a belt drive system adapted to selectively drive the unloading auger and comprising a tensioning pulley coupled to a first hydraulic cylinder , wherein movement of the tensioning pulley between an engaged and a disengaged position is controlled by the first hydraulic cylinder; characterised in that the unloading system further comprises a spill saver door mounted to the auger tube proximate to the discharge end , the spill saver door being moveable from an open position to a closed position by a second hydraulic cylinder ; - a hydraulic control circuit in which the first and second hydraulic cylinders are hydraulically connected in parallel; and wherein the hydraulic control circuit comprises a sequence valve configured so that the spill saver door is opened by the second hydraulic cylinder before the tensioning pulley is moved to the engaged position by the first hydraulic cylinder. - an elongate auger tube having a discharge end and containing a helical unloading auger rotatably operable for conveying grain toward the discharge end; - a belt drive system adapted to selectively drive the unloading auger and comprising a tensioning pulley coupled to a first hydraulic cylinder , wherein movement of the tensioning pulley between an engaged and a disengaged position is controlled by the first hydraulic cylinder; characterised in that the unloading system further comprises a spill saver door mounted to the auger tube proximate to the discharge end , the spill saver door being moveable from an open position to a closed position by a second hydraulic cylinder ; - a hydraulic control circuit in which the first and second hydraulic cylinders are hydraulically connected in parallel; and
An enzyme mutant with cyclase activity, selected from mutants of a wild-type enzyme which comprises an amino acid sequence according to SEQ ID NO: 2 or an amino acid sequence derived therefrom with a degree of identity of at least 75% in relation to SEQ ID NO: 2; wherein the mutant catalyzes at least the cyclization of a citronellal isomer to at least one isopulegol isomer, and comprises a mutation in a position according to F486 of SEQ ID NO: 2.
An apparatus for moulding battery components comprising: a mould block having a plurality of mould cavities ; a molten metal feed trough adjacent to the mould block and extending in a generally longitudinal direction along the mould block ; a plurality of weirs between the feed trough and each of the cavities ; a supply for providing molten metal to the trough ; characterised in that the feed trough is provided with at least one volume adjustment mechanism , the volume adjustment mechanism comprising an element which is arranged to be received and longitudinally moveable within the feed trough to alter the volume of the feed trough . a mould block having a plurality of mould cavities ; a molten metal feed trough adjacent to the mould block and extending in a generally longitudinal direction along the mould block ; a plurality of weirs between the feed trough and each of the cavities ; a supply for providing molten metal to the trough ; characterised in that the feed trough is provided with at least one volume adjustment mechanism , the volume adjustment mechanism comprising an element which is arranged to be received and longitudinally moveable within the feed trough to alter the volume of the feed trough .
A virtual private drone (VPD) system comprising a device manager , one or more stations , one or more drones , and one more computing engines , wherein the drones include a flight controller module which is programmable with a flight plan using a number of navigating points, and/or responding to runtime commands, including take off, land and move; and wherein the computing engines include hardware and software that perform specialized compute-intensive data processing such as computer vision and artificial intelligence (AI) using various algorithms characterised in that the device manager is configured to keep a repository of device metadata of all drones and computing engines in each deployment of the drones , and runs as an always-on point of contact on the network, globally reachable by all other drones and computing engines in the system; wherein the stations are control centers of the VPD system, and each station of the VPD system obtains its network address during registration with the device manager , and starts to synchronize copies of the device metadata using local communication.
A rotatable stage for an analytical apparatus, the rotatable stage comprising: a stator ; a heat exchanger in thermal connection with the stator; a rotor ; and a thermally conductive bearing comprising a coiled spring; wherein the bearing is located between the stator and the rotor, and wherein the bearing is configured to provide multiple points of contact between the bearing and the stator and multiple points of contact between the bearing and the rotor, so that the bearing provides a thermal connection between the stator and rotor. a stator ; a heat exchanger in thermal connection with the stator; a rotor ; and a thermally conductive bearing comprising a coiled spring; wherein the bearing is located between the stator and the rotor, and wherein the bearing is configured to provide multiple points of contact between the bearing and the stator and multiple points of contact between the bearing and the rotor, so that the bearing provides a thermal connection between the stator and rotor.
An electromobility system for a vehicle comprising: - a primary sub-system including at least a first battery pack arrangement configured to power an electric machine for propelling the vehicle, - a secondary sub-system being a high voltage sub-system and including at least a second battery pack arrangement being a high voltage battery pack arrangement of between 60 V and 850 V and configured to power an auxiliary equipment , - a DC/DC-converter arranged and configured to galvanically separate the primary sub-system from the secondary sub-system , wherein the system is configured to, in a first state, power the electric machine by the first battery pack arrangement of the primary sub-system independently of the secondary sub-system , and power the auxiliary equipment by the second battery pack arrangement in the secondary sub-system independently of the primary sub-system ; and in a second state, power the auxiliary equipment by the second battery pack arrangement of the secondary sub-system and the first battery pack arrangement of the primary sub-system wherein power from the first battery pack arrangement is transferred via the DC/DC-converter. - a primary sub-system including at least a first battery pack arrangement configured to power an electric machine for propelling the vehicle, - a secondary sub-system being a high voltage sub-system and including at least a second battery pack arrangement being a high voltage battery pack arrangement of between 60 V and 850 V and configured to power an auxiliary equipment , - a DC/DC-converter arranged and configured to galvanically separate the primary sub-system from the secondary sub-system , wherein the system is configured to, in a first state, power the electric machine by the first battery pack arrangement of the primary sub-system independently of the secondary sub-system , and power the auxiliary equipment by the second battery pack arrangement in the secondary sub-system independently of the primary sub-system ; and in a second state, power the auxiliary equipment by the second battery pack arrangement of the secondary sub-system and the first battery pack arrangement of the primary sub-system wherein power from the first battery pack arrangement is transferred via the DC/DC-converter.
A wireless flat panel detector comprising: a plurality of charge storage devices configured to absorb radiation from a radiation source; a plurality of imaging components configured to generate image data from the radiation absorbed in the plurality of charge storage devices ; a wireless radio module for wirelessly transmitting data with the radiation source; a battery configured to supply power to the wireless flat panel detector ,wherein the battery is configured to supply power to the wireless radio module and to the plurality of charge storage devices ; means configured to change the power state of the wireless flat panel detector from a normal active operating level to a low power idle state and vice versa, characterised in that the battery is configured to supply a bias voltage to the plurality of charge storage devices to keep the plurality of charge storage devices at a stable voltage when the wireless flat panel detector is in the idle power state and to maintain the stable voltage through the change between the normal active operating level and the idle state and between the idle state and the normal active operating level, and to not supply power to the plurality of imaging components when the wireless flat panel detector is in the idle power state; and in that the wireless flat panel detector further comprises a processing unit operable at periodic intervals to query the wireless radio module to determine whether a trigger has been received which may signal a resumption of active operation. a plurality of charge storage devices configured to absorb radiation from a radiation source; a plurality of imaging components configured to generate image data from the radiation absorbed in the plurality of charge storage devices ; a wireless radio module for wirelessly transmitting data with the radiation source; a battery configured to supply power to the wireless flat panel detector ,wherein the battery is configured to supply power to the wireless radio module and to the plurality of charge storage devices ; means configured to change the power state of the wireless flat panel detector from a normal active operating level to a low power idle state and vice versa, characterised in that the battery is configured to supply a bias voltage to the plurality of charge storage devices to keep the plurality of charge storage devices at a stable voltage when the wireless flat panel detector is in the idle power state and to maintain the stable voltage through the change between the normal active operating level and the idle state and between the idle state and the normal active operating level, and to not supply power to the plurality of imaging components when the wireless flat panel detector is in the idle power state; and in that the wireless flat panel detector further comprises a processing unit operable at periodic intervals to query the wireless radio module to determine whether a trigger has been received which may signal a resumption of active operation.
A plasma surgery apparatus , comprising an HF-generator for generating an HF-control signal, a gas source for providing a plasma gas, and a plasma applicator having a channel which opens out at a distal end of the applicator and through which the plasma gas flows or can flow, and having an HF-electrode that is preferably arranged in the channel and is electrically connected to the HF-generator , wherein the HF-electrode is or can be supplied with the HF-control signal in that, originating from the distal end of the applicator , a plasma of the plasma gas that flows or can flow from the channel is or can be provided, wherein it comprises a control unit and a flow controller for controlling a flow rate of plasma gas provided by the gas source in the channel , characterized in that the control unit is configured to receive or request an operating variable of the HF-generator and, according to a stored functional relationship, to control the flow controller in that the flow rate of the plasma gas is correlated with a detected value of the operating variable, wherein the operating variable is a DC-offset-voltage of the HF-generator , an amplitude or an effective value of an HF-current, and/or an HF-voltage of the HF-control signal.
Use of 1-(4-Chlorophenyl)-4-(4-morpholinyl)-2,5-dihydro-1 H-imidazol-2-one or a physiologically acceptable salt thereof as an active ingredient for the manufacture of a medicament for the treatment of behavioral abnormalities, which is anxiety, in dogs.
An actinic radiation-curable inkjet ink comprising an actinic radiation curable compound and a gelling agent, wherein the gelling agent comprises at least one C 15 -C 26 alkyl group, the actinic radiation-curable inkjet ink comprises a crystal nucleating agent, the crystal nucleating agent comprises (poly)glycerin fatty acid ester compound A having a (poly)glycerin main chain and an alkyl group having 15 or more carbon atoms bound to the (poly)glycerin main chain, and a content of (poly)glycerin fatty acid ester compound A relative to a total mass of the gelling agent is 1.0mass% or more and 80mass% or less.
A rocket motor , the rocket motor comprising: an internally insulated cylindrical casing with end domes having centrally located apertures at fore-end and aft-end ; a solid propellant grain filled within the casing , comprising: an axial through-bore running from fore-end to aft-end along the axis of the rocket motor ; and a plurality of longitudinal fin cavities circular patterned about the axial through-bore , wherein the plurality of longitudinal fin cavities extend radially outward with forward-swept leading edge and trailing edge and wherein, the plurality of longitudinal fin cavities is disposed such that an acute angular dimension made by the leading edge with forward motor axis is greater than an angular dimension made by the trailing edge with the forward motor axis . an internally insulated cylindrical casing with end domes having centrally located apertures at fore-end and aft-end ; a solid propellant grain filled within the casing , comprising: an axial through-bore running from fore-end to aft-end along the axis of the rocket motor ; and a plurality of longitudinal fin cavities circular patterned about the axial through-bore , an axial through-bore running from fore-end to aft-end along the axis of the rocket motor ; and a plurality of longitudinal fin cavities circular patterned about the axial through-bore , wherein the plurality of longitudinal fin cavities extend radially outward with forward-swept leading edge and trailing edge and wherein, the plurality of longitudinal fin cavities is disposed such that an acute angular dimension made by the leading edge with forward motor axis is greater than an angular dimension made by the trailing edge with the forward motor axis .
A fastening device , which is for fastening and loosening a lace , characterized in that the fastening device consists of a case , a spool , a knob and a locking unit , wherein: the case comprises a mounted portion ; the spool is disposed at the case , and the lace is wound around the spool ; the knob comprises an engaged portion configured for engaging with the mounted portion of the case , such that the knob is coupled to the case , the engaged portion having one groove structure; and the locking unit is coupled to the knob and is driven by the knob ; rotating the knob relative to the case allows the locking unit to be driven to switch from a first position to a second position, while the mounted portion is received in the same groove structure defining the engaged portion in both the first and second position, the locking unit is coupled to the spool to prohibit the spool from rotating toward a loosening direction (A1) when the locking unit is at the first position, and the spool is allowed to be rotated toward the loosening direction (A1) when the locking unit is at the second position. the case comprises a mounted portion ; the spool is disposed at the case , and the lace is wound around the spool ; the knob comprises an engaged portion configured for engaging with the mounted portion of the case , such that the knob is coupled to the case , the engaged portion having one groove structure; and the locking unit is coupled to the knob and is driven by the knob ; rotating the knob relative to the case allows the locking unit to be driven to switch from a first position to a second position, while the mounted portion is received in the same groove structure defining the engaged portion in both the first and second position, the locking unit is coupled to the spool to prohibit the spool from rotating toward a loosening direction (A1) when the locking unit is at the first position, and the spool is allowed to be rotated toward the loosening direction (A1) when the locking unit is at the second position.
A palatable, hard chewable tablet veterinary composition comprising: a. a therapeutically effective amount of a veterinary acceptable isoxazoline selected from the group consisting of sarolaner, lotilaner, afoxolaner, and fluralaner; b. a stabilized macrocyclic lactone selected from the group consisting of moxidectin, selamectin, ivermectin, abamectin, and milbemycin oxime, wherein the macrocyclic lactone is stabilized with hydroxypropylmethyl cellulose and meglumine; c. an acceptable salt form of pyrantel; d. at least one natural animal based palatant; and e. at least one veterinary acceptable excipient, wherein the hardness value of the tablet ranges from about 20N to about 500N. a. a therapeutically effective amount of a veterinary acceptable isoxazoline selected from the group consisting of sarolaner, lotilaner, afoxolaner, and fluralaner; b. a stabilized macrocyclic lactone selected from the group consisting of moxidectin, selamectin, ivermectin, abamectin, and milbemycin oxime, wherein the macrocyclic lactone is stabilized with hydroxypropylmethyl cellulose and meglumine; c. an acceptable salt form of pyrantel; d. at least one natural animal based palatant; and e. at least one veterinary acceptable excipient,
Apparatus to move a plurality of mobile support elements between a first work station and a second work station along a closed path, said apparatus comprising first guide means configured to slidingly support and guide said support elements disposed between said two work stations along a segment (T1, T4) of said path lying on a first horizontal plane (PI); said apparatus also comprises second guide means configured to slidingly support and guide said support elements disposed between said two work stations along another segment (T2, T3) of said path lying on a second horizontal plane (P2) located at a vertical distance (H) from said first horizontal plane (P1), movement means configured to move said support elements between said first horizontal plane (P1) and said second horizontal plane (P2) to an intermediate zone provided between said first work station and said second work station and comprised between said two horizontal planes (P1, P2), it being provided, in said intermediate zone , to lift or lower, and possibly vertically stack said support elements , said intermediate zone defining a temporary vertical store of said support elements , said first guide means being disposed between said first work station and the base of said intermediate zone disposed in proximity to said first horizontal plane (P1), and said second guide means being disposed between the upper part of said intermediate zone disposed in proximity to said second horizontal plane (P2) and said second work station ; wherein said apparatus comprises a translation device disposed at the end of said second work station and comprising an electric motor associated with a thruster element slidable on a guide bar disposed transversely, to translate said support elements located on said second horizontal plane (P2) to a third pair of guides comprised in said second guide means , wherein third horizontal feed means are provided to advance said support elements along the first segment (T3) of the return path toward said movement means situated in said intermediate zone .
A strain of Lactobacillus reuteri No. LMG P-27481 deposited with the center of collection of microorganisms BCCM/LMG Bacteria Collection of the Gent University (Belgium).