mhurhangee/patent-ind-claim-en huggingface dataset:
A hot beverage preparation machine comprising - a water container wherein water is filled, - a water heater that enables the water in the water container to be heated, - a temperature sensor that is disposed on the water container and that measures the temperature of the water heated in the water container , - a brewing chamber wherein the raw material of the beverage to be prepared is put and whereto the water heated in the water container is transferred, wherein the brewing process is performed as a result of the interaction between the raw beverage material and water, - a platform whereon the water container is placed, - a pump that is disposed on the water container and that enables the water heated in the water container to be transferred to the brewing chamber , - at least one connector , one end contacting the platform and the other end contacting the water container when the water container is placed onto the platform characterized by - a control unit that is situated on the platform and that activates either the temperature sensor or the pump while deactivating the other. - a water container wherein water is filled, - a water heater that enables the water in the water container to be heated, - a temperature sensor that is disposed on the water container and that measures the temperature of the water heated in the water container , - a brewing chamber wherein the raw material of the beverage to be prepared is put and whereto the water heated in the water container is transferred, wherein the brewing process is performed as a result of the interaction between the raw beverage material and water, - a platform whereon the water container is placed, - a pump that is disposed on the water container and that enables the water heated in the water container to be transferred to the brewing chamber , - at least one connector , one end contacting the platform and the other end contacting the water container when the water container is placed onto the platform characterized by - a control unit that is situated on the platform and that activates either the temperature sensor or the pump while deactivating the other.
An anti-CGRP receptor antibody or antigen-binding fragment thereof for use in a method for preventing or reducing the occurrence of migraine headache in a patient who has failed or is intolerant to at least two migraine headache prophylactic agents, wherein the method comprises administering to the patient the anti-CGRP receptor antibody or antigen-binding fragment thereof at a dose of 35 mg to 140 mg once per month, wherein the anti-CGRP receptor antibody or antigen-binding fragment thereof comprises a CDRH1 having the sequence of SEQ ID NO:14, a CDRH2 having the sequence of SEQ ID NO:23, a CDRH3 having the sequence of SEQ ID NO:34, a CDRL1 having the sequence of SEQ ID NO:44, a CDRL2 having the sequence of SEQ ID NO:55, and a CDRL3 having the sequence of SEQ ID NO:65.
Braking device for trailers of agricultural machines, comprising: - a first and a second female coupling associable to a trailer and able to receive relative male couplings associable to a towing vehicle to send a pressurized fluid inside respective female couplings ; - at least one control line communicating with said first female coupling and connectable to the service braking system (F) of the trailer, at least one additional line communicating with said second female coupling and connectable to the automatic and/or parking brake (G) of the trailer; - a command device of the automatic and/or parking brake (G) of the trailer comprising first elastic means able to activate the automatic and/or parking brake itself and at least a fluid-operated cylinder able to interact with the first elastic means themselves; said fluid-operated cylinder having at least a first chamber able to move the relative rod in the opposite direction to the action of said first elastic means ; characterized in that said cylinder has at least a second chamber acting on the opposite side of said first chamber and able to move the respective rod in the same direction as the action of said first elastic means ; and in that it comprises at least one valve interposed between said female couplings and said command device and having a spool movable between a braking configuration, in which said first and second chambers are mutually placed in communication, allowing said first elastic means to expand freely, and a normal operation configuration, in which said first chamber is placed in communication with said additional line and said second chamber is connectable to a lower pressure line so as to compress said first elastic means to release the automatic and/or parking brake (G). - a first and a second female coupling associable to a trailer and able to receive relative male couplings associable to a towing vehicle to send a pressurized fluid inside respective female couplings ; - at least one control line communicating with said first female coupling and connectable to the service braking system (F) of the trailer, at least one additional line communicating with said second female coupling and connectable to the automatic and/or parking brake (G) of the trailer; - a command device of the automatic and/or parking brake (G) of the trailer comprising first elastic means able to activate the automatic and/or parking brake itself and at least a fluid-operated cylinder able to interact with the first elastic means themselves; said fluid-operated cylinder having at least a first chamber able to move the relative rod in the opposite direction to the action of said first elastic means ;
Sealing apparatus for sealing the ball joint of a kingpin, comprising at least one holding ring and at least one seal ring , wherein the ball joint comprises a socket and a joint ball , and the seal ring is provided at least partially within a groove of the holding ring , wherein the groove is provided in a radially inwardly disposed region of the holding ring and wherein the groove further comprises at least two first inner truncated cone regions that are in particular aligned in parallel with one another, wherein the seal ring comprises correspondingly arranged outer truncated cone regions , characterized in that the holding ring is configured in multiple pieces and the multiple pieces of the holding ring are configured in such a way that it is possible to install the holding ring in the socket after mounting of the joint ball . the ball joint comprises a socket and a joint ball , and the seal ring is provided at least partially within a groove of the holding ring , wherein the groove is provided in a radially inwardly disposed region of the holding ring and wherein the groove further comprises at least two first inner truncated cone regions that are in particular aligned in parallel with one another, wherein the seal ring comprises correspondingly arranged outer truncated cone regions , characterized in that the holding ring is configured in multiple pieces and the multiple pieces of the holding ring are configured in such a way that it is possible to install the holding ring in the socket after mounting of the joint ball .
A control method for a vehicle having an electric drive axle configured to supplement a primary source of motive torque, the method comprising: through a primary drivetrain , supplying motive torque generated using a particular fuel-fed engine; during over-the-road travel, supplying supplemental motive torque using the electric drive axle, wherein an electric drive controller therefor applies an equivalent consumption minimization strategy (ECMS) using a first set of brake-specific fuel consumption (BSFC) type data based on a plurality of fuel-fed engines to characterize efficiency of the particular fuel-fed engine with which the electric drive axle is paired in a through-the-road (TTR) hybrid configuration; and adapting the application of the ECMS based on a second set of BSFC type data based on a signature of the particular fuel-fed engine and thereafter continuing to supply supplemental motive torque during over-the-road travel using the electric drive axle under control of the electric drive controller with the adapted ECMS applied. through a primary drivetrain , supplying motive torque generated using a particular fuel-fed engine; during over-the-road travel, supplying supplemental motive torque using the electric drive axle, wherein an electric drive controller therefor applies an equivalent consumption minimization strategy (ECMS) using a first set of brake-specific fuel consumption (BSFC) type data based on a plurality of fuel-fed engines to characterize efficiency of the particular fuel-fed engine with which the electric drive axle is paired in a through-the-road (TTR) hybrid configuration; and adapting the application of the ECMS based on a second set of BSFC type data based on a signature of the particular fuel-fed engine and thereafter continuing to supply supplemental motive torque during over-the-road travel using the electric drive axle under control of the electric drive controller with the adapted ECMS applied.
A control circuit for a sensing edge used to detect the presence of an external obstacle in the path of an edge of a motorized closure, the sensing edge including an elongate sheath positioned adjacent to the edge of the motorized closure and being compressible upon application of external pressure by the external obstacle, and first and second electrically conductive elements positioned within the sheath , the first and second conductive elements being configured to electrically contact one another upon pressure being applied to the sheath by the external obstacle, the control circuit comprising: a self-resonating oscillator electrically connectable to each of the first and second conductive elements and configured to drive each of the first and second conductive elements at a drive frequency to establish an electric field proximate to the sensing edge ; characterized in that the control circuit further comprises a controller (U1) electrically connectable to the first and second conductive elements and receiving an output of the oscillator , the controller (U1) being configured to determine whether (i) the first and second conductive elements are in electrical contact with one another or (ii) a change to the drive frequency of the oscillator exceeds a threshold value, the controller (U1) being further configured to, in response to a finding of either condition (i) or (ii), output a signal to a motor controller of the motorized closure to initiate or disrupt motion of the motorized closure; a first inductor (L2) electrically connected in series between the controller (U1) and a point of connection of the first conductive element to the oscillator , and a second inductor (L3) electrically connected in series between the controller (U1) and a point of connection of the second conductive element to the oscillator . a self-resonating oscillator electrically connectable to each of the first and second conductive elements and configured to drive each of the first and second conductive elements at a drive frequency to establish an electric field proximate to the sensing edge ; characterized in that the control circuit further comprises a controller (U1) electrically connectable to the first and second conductive elements and receiving an output of the oscillator , the controller (U1) being configured to determine whether (i) the first and second conductive elements are in electrical contact with one another or (ii) a change to the drive frequency of the oscillator exceeds a threshold value, the controller (U1) being further configured to, in response to a finding of either condition (i) or (ii), output a signal to a motor controller of the motorized closure to initiate or disrupt motion of the motorized closure; a first inductor (L2) electrically connected in series between the controller (U1) and a point of connection of the first conductive element to the oscillator , and a second inductor (L3) electrically connected in series between the controller (U1) and a point of connection of the second conductive element to the oscillator .
A method of fabricating a stitched foam core for a hockey blade, the method comprising: forming a foam core, the core comprising a first core face , a second core face , a top core edge and a bottom core edge , characterized in further comprising: wrapping the foam core with a first layer of fibre tape , the first layer of fibre tape extending continuously around the first core face, top core edge, second core face and bottom core edge of the foam core, wherein the wrapped core has a first wrapped face , a second wrapped face , a top wrapped edge and a bottom wrapped edge ; stitching the wrapped foam core with a thread , the thread extending between and along the first wrapped face and the second wrapped face; and wrapping the stitched wrapped core with a second layer of fibre tape to form a wrapped preform , the second layer of fiber tape extending continuously atop the first layer of fiber tape and around the first wrapped face, the top wrapped edge, the second wrapped face and the bottom wrapped edge, wherein the second layer is thicker than the first layer. wrapping the foam core with a first layer of fibre tape , the first layer of fibre tape extending continuously around the first core face, top core edge, second core face and bottom core edge of the foam core, wherein the wrapped core has a first wrapped face , a second wrapped face , a top wrapped edge and a bottom wrapped edge ; stitching the wrapped foam core with a thread , the thread extending between and along the first wrapped face and the second wrapped face; and wrapping the stitched wrapped core with a second layer of fibre tape to form a wrapped preform , the second layer of fiber tape extending continuously atop the first layer of fiber tape and around the first wrapped face, the top wrapped edge, the second wrapped face and the bottom wrapped edge, wherein the second layer is thicker than the first layer.
A unit for exhaust gas post-treatment of a combustion engine comprising, along the flow direction of the exhaust gas of the engine: • an oxidation catalyst ; • a catalyst for the selective catalytic reduction of nitrogen oxides ; and • a particle filter ; a first rectilinear branch of said unit comprising the oxidation catalyst , a second rectilinear branch comprising the catalyst for the selective catalytic reduction of nitrogen oxides , the particle filter and an elbow forming an angle comprised between 60° and 120° which forms a fluidic connection between the first and second branches , the unit being disposed in a housing designated as a single housing, constituted by an edge to edge assembly of the housing of the oxidation catalyst , of the housing of the catalyst for selective catalytic reduction of nitrogen oxides , of the elbow and of the housing of the particle filter , said unit further comprising a turbocharger , characterized in that said first branch is directly associated to the outlet of the turbocharger having, including turbocharger , a length of at most 600mm, and preferably in the order of 380mm. • an oxidation catalyst ; • a catalyst for the selective catalytic reduction of nitrogen oxides ; and • a particle filter ;
Use of a bonding substance, selected from the group consisting of peptides, which comprise the sequence His, Trp, Arg, Arg (HWRR), the sequence His, Trp, Arg, Arg, Pro (HWRRP), the sequence Ala, Val, Thr, Leu, Glu, Asn, Phe, Leu, His, Trp, Arg, Arg corresponding to amino acids 278-289 of the ADAM15 sequence, the sequence Glu, Asn, Phe, Leu, His, Trp, Arg, Arg, Ala, His, Leu, Leu (ENFLHWRRAHLL) corresponding to amino acids 282-293 of the ADAM 15 sequence or the sequence His, Trp, Arg, Arg, Ala, His, Leu, Leu, Pro, Arg, Leu, Pro (HWRRAHLLPRLP) corresponding to amino acids 286-297 of the ADAM15 sequence, the metalloprotease domain of ADAM15 and ADAM15 (metargidin), in vitro for bonding misfolded proteins or peptides that play a role for the pathogenesis of diseases.
A system comprising: a nearly horizontal jaw movable to reduce a size of frangible material, the nearly horizontal jaw positioned at an angle of 6°±2° to 80°±10° with respect to the ground; a stationary cover around a top side of the nearly horizontal jaw , an area is defined between an outer surface of the nearly horizontal jaw and an inner surface of the cover with an opening extending from the area along a length of the nearly horizontal jaw and the stationary cover ; a drive mechanism to cause the nearly horizontal jaw to move in a plurality of directions to vary the area between the cover and the nearly horizontal jaw to reduce a size of frangible material within the area , move frangible material between the nearly horizontal jaw and stationary cover forward along an elongated length of the nearly horizontal jaw and self-relieve frangible material wedged between the nearly horizontal jaw and the cover ; and a tray located at the lower part of the elongated jaw , along the elongated length of the nearly horizontal jaw to capture frangible material that falls from the area between the nearly horizontal jaw and the cover wherein the tray is movable by the drive mechanism to cause the frangible material within the tray to move from beneath the nearly horizontal jaw and the cover to an exit location. a nearly horizontal jaw movable to reduce a size of frangible material, the nearly horizontal jaw positioned at an angle of 6°±2° to 80°±10° with respect to the ground; a stationary cover around a top side of the nearly horizontal jaw , an area is defined between an outer surface of the nearly horizontal jaw and an inner surface of the cover with an opening extending from the area along a length of the nearly horizontal jaw and the stationary cover ; a drive mechanism to cause the nearly horizontal jaw to move in a plurality of directions to vary the area between the cover and the nearly horizontal jaw to reduce a size of frangible material within the area , move frangible material between the nearly horizontal jaw and stationary cover forward along an elongated length of the nearly horizontal jaw and self-relieve frangible material wedged between the nearly horizontal jaw and the cover ; and a tray located at the lower part of the elongated jaw , along the elongated length of the nearly horizontal jaw to capture frangible material that falls from the area between the nearly horizontal jaw and the cover wherein the tray is movable by the drive mechanism to cause the frangible material within the tray to move from beneath the nearly horizontal jaw and the cover to an exit location.
A pin fin heat exchanger comprising at least one pin fin heat pipe, said at least one pin fin heat pipe having a cavity to contain working fluid; said at least one pin fin heat pipe comprising a main tube and at least one branching pin fin heat pipe end portion projecting from said main tube; characterised in that a transverse cross sectional area of said at least one branching pin fin heat pipe end portion decreases with increasing distance from main tube.
A security parameter obtaining method, comprising: obtaining, by an access network device, a first security parameter from a network element of a private network, wherein the first security parameter is used to derive an air interface user plane key of a terminal device; obtaining, by the access network device, a second security parameter from a network element of a public network, wherein the second security parameter is used to derive an air interface control plane key of the terminal device; and deriving, by the access network device, the air interface user plane key based on the first security parameter, and deriving the air interface control plane key based on the second security parameter. obtaining, by an access network device, a first security parameter from a network element of a private network, wherein the first security parameter is used to derive an air interface user plane key of a terminal device; obtaining, by the access network device, a second security parameter from a network element of a public network, wherein the second security parameter is used to derive an air interface control plane key of the terminal device; and deriving, by the access network device, the air interface user plane key based on the first security parameter, and deriving the air interface control plane key based on the second security parameter.
An electromagnetic, EM, field mitigation system comprising: a ground plane with an effective mid-line laterally dividing the ground plane into a first side and a second side, wherein the effective mid-line is a planar mid-line of the ground plane ; an antenna element coupled to the ground plane and being configured to resonate within at least one predetermined frequency band to generate EM field emissions for transmitting and receiving radio frequency, RF, signals modulated at one or more frequencies within the at least one predetermined frequency band; and a parasitic resonator element coupled to the ground plane and located a predetermined distance from the antenna element , wherein a first leg of the parasitic resonator element is connected to the first side of the ground plane and a second leg of the parasitic resonator element is connected to the second side of the ground plane , characterized by the parasitic resonator element including a first inverted F resonator element comprising an arm , the first leg and the second leg being connected to the arm . a ground plane with an effective mid-line laterally dividing the ground plane into a first side and a second side, wherein the effective mid-line is a planar mid-line of the ground plane ; an antenna element coupled to the ground plane and being configured to resonate within at least one predetermined frequency band to generate EM field emissions for transmitting and receiving radio frequency, RF, signals modulated at one or more frequencies within the at least one predetermined frequency band; and a parasitic resonator element coupled to the ground plane and located a predetermined distance from the antenna element , wherein a first leg of the parasitic resonator element is connected to the first side of the ground plane and a second leg of the parasitic resonator element is connected to the second side of the ground plane , characterized by the parasitic resonator element including a first inverted F resonator element comprising an arm , the first leg and the second leg being connected to the arm .
A material arrangement for insulating a building structure in an installed condition, the material arrangement including first and second flexible polymer foam layers and a flexible phase change material layer between the first and second flexible polymer foam layers , and at least one flexible reflective layer extending over at least one of the first and second flexible polymer foam layers , characterised in that the phase change material layer includes a fire-retardant flexible silicone foamed polymer material which is impregnated with an encapsulated solid to liquid phase change material.
A polymer polyol comprising the free-radical polymerization product of: (A) one or more base polyols; (B) optionally, one or more preformed stabilizers; with (C) one or more ethylenically unsaturated monomers, wherein at least one of said monomers is styrene which contains less than or equal to 1000 ppm of impurities, wherein said impurities contain at least one compound which is selected from the group consisting of polystyrene, phenylacetylene and divinylbenzene; in the presence of (D) at least one free radial polymerization catalyst; and, optionally, (E) one or more chain transfer agents. (A) one or more base polyols; (B) optionally, one or more preformed stabilizers; with (C) one or more ethylenically unsaturated monomers, wherein at least one of said monomers is styrene which contains less than or equal to 1000 ppm of impurities, wherein said impurities contain at least one compound which is selected from the group consisting of polystyrene, phenylacetylene and divinylbenzene; in the presence of (D) at least one free radial polymerization catalyst; and, optionally, (E) one or more chain transfer agents.