mhurhangee/patent-ind-claim-en huggingface dataset:
Method for controlling an engine torque to be applied to the wheels by at least one set of wheels of a powertrain of a motor vehicle comprising determining a driver's desired torque setpoint (CVC) to be transmitted to the wheels of the vehicle and the calculation of an engine torque setpoint (CM) to be applied by the set of wheels, said engine torque setpoint (CM) being calculated according to at least the driver's will setpoint (CVC) and an inertial torque component (CPI) compensating a resistant inertia torque of a driving kinematic chain (14; 17) of said train of wheels, characterized in that it consists of deactivating said inertial torque component (CPI) during calculation of the motor torque setpoint (CM) when said inertial torque component (CPI) opposes the torque of the driver's will setpoint, the motor torque setpoint (CM) being calculated according to the following relationship: CM = CVC + [k]*CPI, where CM is the motor torque setpoint, CVC the driver's will setpoint, k is an application factor of the controllable inertial torque component at a value between 0 and 1, and CPI the inertial torque component.
A cassette-type nozzle exchanging unit , comprising: a revolving nozzle station for exchanging a nozzle that picks up a component supplied by a cassette-type feeder which is set on a feeder setting section of a component mounter in a detachable manner, the revolving nozzle station holding multiple nozzles arranged along a revolution path; a revolving drive device configured to cause the revolving nozzle station to revolve with the center thereof facing horizontally; and a cassette case that houses the revolving nozzle station and the revolving drive device , wherein a nozzle exchange port is formed in a top surface of the cassette case , and nozzle exchange is performed between the revolving nozzle station and a mounting head of the component mounter through the nozzle exchange port , and wherein the cassette-type nozzle exchanging unit is configured to be capable of being set on the feeder setting section of the component mounter next to the cassette-type feeder . a revolving nozzle station for exchanging a nozzle that picks up a component supplied by a cassette-type feeder which is set on a feeder setting section of a component mounter in a detachable manner, the revolving nozzle station holding multiple nozzles arranged along a revolution path; a revolving drive device configured to cause the revolving nozzle station to revolve with the center thereof facing horizontally; and a cassette case that houses the revolving nozzle station and the revolving drive device , wherein a nozzle exchange port is formed in a top surface of the cassette case , and nozzle exchange is performed between the revolving nozzle station and a mounting head of the component mounter through the nozzle exchange port , and wherein the cassette-type nozzle exchanging unit is configured to be capable of being set on the feeder setting section of the component mounter next to the cassette-type feeder .
Driving device for unlocking and locking a lock enabling access to protected areas, within its housing comprising: a gear assembly , at least one electric energy source in a protective housing and an electric driving motor , for transmitting drive to a rotary control element of the lock mechanism by means of the gear assembly , characterized in that an individual electric energy source is so shaped that with its shape, in cross-section through the driving motor and the electric energy source , it at least partially surrounds the driving motor , which means that in the area of cross-section through the electric energy source there are at least two points such that a line segment joining these points passes through the area of cross-section of the driving motor .
A heat recovery steam generator , comprising: a gas inlet for receiving a flow of exhaust gas from a gas turbine ; a gas outlet opposite the gas inlet and configured to transport the flow of exhaust gas to atmosphere; characterized by a sorbent injection device intermediate the gas inlet and the gas outlet , the sorbent injection device including at least one injection port; wherein said sorbent injection device configured to inject a dry sorbent for reacting with an acid gas within the flow of exhaust gas into the flow of exhaust gas . a gas inlet for receiving a flow of exhaust gas from a gas turbine ; a gas outlet opposite the gas inlet and configured to transport the flow of exhaust gas to atmosphere; characterized by a sorbent injection device intermediate the gas inlet and the gas outlet , the sorbent injection device including at least one injection port; wherein said sorbent injection device configured to inject a dry sorbent for reacting with an acid gas within the flow of exhaust gas into the flow of exhaust gas .
A curing agent composition for curing an epoxy resin comprising: first and second imide-amine moieties which each include amine terminal functional groups, and a fluorinated central moiety covalently bonded to the first and second imide-amine moieties, wherein the amine functional groups of the curing agent, when applied to the epoxy resin, take part in curing reactions with ring molecules of the epoxy resin, and wherein the curing agent has one of the following formulas:. and first and second imide-amine moieties which each include amine terminal functional groups, and a fluorinated central moiety covalently bonded to the first and second imide-amine moieties, wherein the amine functional groups of the curing agent, when applied to the epoxy resin, take part in curing reactions with ring molecules of the epoxy resin, and wherein the curing agent has one of the following formulas:. and
A method performed by a broadcast/multicast server in a communication network, comprising: - receiving , from an application server, a request to activate a broadcast/multicast bearer in the communication network; - allocating resources associated with the broadcast/multicast bearer in the communication network by sending a session start request message to a broadcast/multicast bearer gateway; and - when the broadcast/multicast server is configured to receive a delayed session start response from the broadcast/multicast bearer gateway, sending , to the application server, a response message comprising an indication that the request for bearer activation was successfully handled but the actual broadcast/multicast bearer activation is still ongoing. - receiving , from an application server, a request to activate a broadcast/multicast bearer in the communication network; - allocating resources associated with the broadcast/multicast bearer in the communication network by sending a session start request message to a broadcast/multicast bearer gateway; and - when the broadcast/multicast server is configured to receive a delayed session start response from the broadcast/multicast bearer gateway, sending , to the application server, a response message comprising an indication that the request for bearer activation was successfully handled but the actual broadcast/multicast bearer activation is still ongoing.
A fermentation method for producing a bioproduct, the method comprising steps of: (a) providing a fermentation medium comprising a carbohydrate composition comprising xylose; and (b) fermenting the fermentation media using a genetically engineered yeast which is Crabtree negative, the yeast comprising an heterologous nucleic acid encoding a xylose isomerase having an amino acid sequence having 70% or greater identity to SEQ ID NO:29 or SEQ ID NO:33, wherein the engineered yeast produce at least 10 g/L of a bioproduct in a fermented medium. (a) providing a fermentation medium comprising a carbohydrate composition comprising xylose; and (b) fermenting the fermentation media using a genetically engineered yeast which is Crabtree negative, the yeast comprising an heterologous nucleic acid encoding a xylose isomerase having an amino acid sequence having 70% or greater identity to SEQ ID NO:29 or SEQ ID NO:33, wherein the engineered yeast produce at least 10 g/L of a bioproduct in a fermented medium.
Medical system for applying a liquid to a swab , comprising - a flexible container with the liquid and with a first outlet having a closure , - an attachment part for the container , with a second outlet , wherein the attachment part can be fastened releasably to the container , and wherein, with the closure opened and the attachment part fastened to the container , the liquid is able to flow from the first outlet to the second outlet , characterized in that the attachment part comprises a manual, tweezer-like gripping mechanism for gripping and holding the swab , with a first gripping arm and a second gripping arm , wherein - both the first and the second gripping arm have a head portion , a hinge portion and a handle portion , or - the first gripping arm comprises a head portion and is fixedly connected to the attachment part , wherein the first gripping arm ends at the junction to the attachment part , and the second gripping arm has a head portion , a hinge portion and a handle portion . - a flexible container with the liquid and with a first outlet having a closure , - an attachment part for the container , with a second outlet , wherein the attachment part can be fastened releasably to the container , and wherein, with the closure opened and the attachment part fastened to the container , the liquid is able to flow from the first outlet to the second outlet , characterized in that the attachment part comprises a manual, tweezer-like gripping mechanism for gripping and holding the swab , with a first gripping arm and a second gripping arm , wherein - both the first and the second gripping arm have a head portion , a hinge portion and a handle portion , or - the first gripping arm comprises a head portion and is fixedly connected to the attachment part , wherein the first gripping arm ends at the junction to the attachment part , and the second gripping arm has a head portion , a hinge portion and a handle portion .
An air data probe comprising: a sleeve having a first end and a second end , the sleeve including a circumferentially extending groove on an outside surface and a bore extending along a center of the sleeve between the first end and the second end ; a heater having a wire coil within the groove of the sleeve ; measurement equipment configured to measure atmospheric conditions provided to the measurement equipment through the bore in the sleeve ; a shell outward from the sleeve and the heater coil with the shell having an opening adjacent to the bore at the first end of the sleeve , wherein the sleeve prevents corrosive elements from coming into contact with the heater coils ; and a tip integral with the sleeve , the tip being adjacent to the first end of the sleeve and the opening of the shell ; wherein the tip extends forward of the opening of the shell such that an outer surface of the tip is in contact with atmospheric conditions; and wherein the tip has an outer diameter of an outer surface that is equal to an outer diameter of an outer surface of the shell . a sleeve having a first end and a second end , the sleeve including a circumferentially extending groove on an outside surface and a bore extending along a center of the sleeve between the first end and the second end ; a heater having a wire coil within the groove of the sleeve ; measurement equipment configured to measure atmospheric conditions provided to the measurement equipment through the bore in the sleeve ; a shell outward from the sleeve and the heater coil with the shell having an opening adjacent to the bore at the first end of the sleeve , wherein the sleeve prevents corrosive elements from coming into contact with the heater coils ; and a tip integral with the sleeve , the tip being adjacent to the first end of the sleeve and the opening of the shell ; wherein the tip extends forward of the opening of the shell such that an outer surface of the tip is in contact with atmospheric conditions; and wherein the tip has an outer diameter of an outer surface that is equal to an outer diameter of an outer surface of the shell .
A modified stem/stromal cell of animal or human origin and isolated from bone marrow, wherein said cell over-expresses a HOXB7 protein after introduction of a HOXB7-encoding nucleic acid by transduction using a retroviral vector, and wherein said cell has a HOXB7 mRNA level greater than 160 times compared to a cell that has not been transduced, characterised in that said HOXB7 over-expressing cell has an increased capability to form bone tissue ranging between 8.5 and 12.2 times with respect to a control cell as measured by bFGF protein secretion.
An ear insert which has a generally funnel-shaped wall defining a tapering channel extending between first and second open ends , the first open end having a diameter or width greater than that of the second open end, wherein a portion of the funnel-shaped wall immediately adjacent the second open end is configured to enable the ear insert to be located within the opening of a user's ear canal, for use, with the first open end adjacent the user's tragus and the second open end facing the user's tympanic membrane, at least a portion of the tapering channel comprising an acoustic wave reflecting region that extends from a location at or near the first open end toward the second open end at an angle of between 60° and 75° relative to a lateral plane defined by the edge of the funnel-shaped wall at the first open end; characterised in that the acoustic wave reflecting region comprises a substantially planar surface.
Method for manufacturing a base plate for an ostomy appliance, the method comprising: - providing a top layer ; - providing an electrode assembly comprising a plurality of electrodes , the electrode assembly having a first part and a second part , the first part comprising connection parts of the plurality of electrodes configured for connecting the plurality of electrodes to terminals of a monitor device ; - providing a support layer , - arranging the plurality of electrodes on the proximal side of the support layer ; - providing a first adhesive layer comprising one or more water soluble or water swellable hydrocolloids; and - assembling the top layer , the electrode assembly and the first adhesive layer , such that the second part of the electrode assembly is arranged between the first adhesive layer and the top layer , the method further comprising: - providing a top layer opening in the top layer, the top layer opening being configured to allow for connection between the connection parts of the plurality of electrodes and terminals of the monitor device . - providing a top layer ; - providing an electrode assembly comprising a plurality of electrodes , the electrode assembly having a first part and a second part , the first part comprising connection parts of the plurality of electrodes configured for connecting the plurality of electrodes to terminals of a monitor device ; - providing a support layer , - arranging the plurality of electrodes on the proximal side of the support layer ; - providing a first adhesive layer comprising one or more water soluble or water swellable hydrocolloids; and - assembling the top layer , the electrode assembly and the first adhesive layer , such that the second part of the electrode assembly is arranged between the first adhesive layer and the top layer , - providing a top layer opening in the top layer, the top layer opening being configured to allow for connection between the connection parts of the plurality of electrodes and terminals of the monitor device .
An excavator arm , configured to equip an excavator , said excavator arm including at least: - a frame comprising i) a boom linkage part configured to swingably link said excavator arm to an excavator boom about a boom axis (Y102), and ii) a tool linkage part configured to swingably link said excavator arm to a tool about a tool axis (Y104), said boom axis (Y102) and said tool axis (Y104) substantially extending in a frame plane (FP), - an arm linear actuator extending substantially along a longitudinal axis (X4), said arm linear actuator having i) a proximal linkage part linked to said frame about a proximal linkage axis (Y11) and ii) a distal linkage part linked to said frame about a distal linkage axis (Y12), said proximal linkage axis (Y11) and said distal linkage axis (Y12) extending substantially in an actuator plane (AP), and - an electric motor configured to drive said arm linear actuator , characterized in that said electric motor is arranged on the side of said frame plane (FP) with respect to said actuator plane (AP). - a frame comprising i) a boom linkage part configured to swingably link said excavator arm to an excavator boom about a boom axis (Y102), and ii) a tool linkage part configured to swingably link said excavator arm to a tool about a tool axis (Y104), said boom axis (Y102) and said tool axis (Y104) substantially extending in a frame plane (FP), - an arm linear actuator extending substantially along a longitudinal axis (X4), said arm linear actuator having i) a proximal linkage part linked to said frame about a proximal linkage axis (Y11) and ii) a distal linkage part linked to said frame about a distal linkage axis (Y12), said proximal linkage axis (Y11) and said distal linkage axis (Y12) extending substantially in an actuator plane (AP), and - an electric motor configured to drive said arm linear actuator ,
A pre-combustion chamber comprising: a prechamber comprising an external surface and an internal surface enclosing a prechamber volume ; one or more holes arranged in angled communication between the external surface and the internal surface for introducing a fuel-air mixture into the prechamber volume , each of the one or more holes comprising a hole axis that defines a rotational offset from about 0mm to about 10 mm for creating a spiral flow pattern of the fuel-air mixture in the prechamber volume wherein the pre-chamber comprises a center hole having a center hole length from about 1 mm to about 13 mm; a primary electrode disposed within the prechamber volume ; one or more ground electrodes disposed within the pre-chamber volume and offset from the primary electrode to form one or more electrode gaps , wherein the hole axis further defines a penetration angle for creating an axial flow pattern of the fuel-air mixture in the prechamber volume , wherein the one or more holes comprise one or more inner holes comprising an inner hole axis and one or more outer holes comprising an outer hole axis and wherein each inner hole axis and each outer hole axis defines a penetration angle and a rotational offset , wherein the penetration angle of each of the one or more inner holes is between about 10 degrees and about 75 degrees and the penetration angle of each of the one or more outer holes is between about 0 degrees and about 90 degrees.. a prechamber comprising an external surface and an internal surface enclosing a prechamber volume ; one or more holes arranged in angled communication between the external surface and the internal surface for introducing a fuel-air mixture into the prechamber volume , each of the one or more holes comprising a hole axis that defines a rotational offset from about 0mm to about 10 mm for creating a spiral flow pattern of the fuel-air mixture in the prechamber volume wherein the pre-chamber comprises a center hole having a center hole length from about 1 mm to about 13 mm; a primary electrode disposed within the prechamber volume ; one or more ground electrodes disposed within the pre-chamber volume and offset from the primary electrode to form one or more electrode gaps , wherein the hole axis further defines a penetration angle for creating an axial flow pattern of the fuel-air mixture in the prechamber volume , wherein the one or more holes comprise one or more inner holes comprising an inner hole axis and one or more outer holes comprising an outer hole axis and wherein each inner hole axis and each outer hole axis defines a penetration angle and a rotational offset , wherein the penetration angle of each of the one or more inner holes is between about 10 degrees and about 75 degrees and the penetration angle of each of the one or more outer holes is between about 0 degrees and about 90 degrees..
A refrigeration cycle apparatus including a compressor , an indoor heat exchanger , a first pressure regulating device , a second pressure regulating device , an outdoor heat exchanger , and an injection pipe , the compressor , the indoor heat exchanger , the first pressure regulating device , the second pressure regulating device , and the outdoor heat exchanger being annularly connected, characterized in that the refrigeration cycle apparatus comprises a first branch portion and a gas-liquid separator disposed in an intermediate pressure refrigerant pipe connecting the first pressure regulating device and the second pressure regulating device , wherein the first branch portion and a compression unit of the compressor are connected by the injection pipe , the gas-liquid separator comprises a gas bypass pipe in which gas refrigerant separated by the gas-liquid separator flows, the gas bypass pipe and the injection pipe are connected at a joining portion , and the first branch portion is located on an upper side in a vertical direction than the joining portion .
A multilayer electrolyte cell comprising: a ceramic solid electrolyte comprising an ionic liquid in a porous structure base; an anode located on one side of the ceramic solid electrolyte; a cathode located on the other side of the ceramic solid electrolyte; and a polymer coating layer located between the ceramic solid electrolyte and the cathode; characterized in that the ionic liquid includes at least one of 1-butyl-1-methyl pyrrolidinium and 1-methyl-1-propyl piperidinium. a ceramic solid electrolyte comprising an ionic liquid in a porous structure base; an anode located on one side of the ceramic solid electrolyte; a cathode located on the other side of the ceramic solid electrolyte; and a polymer coating layer located between the ceramic solid electrolyte and the cathode; characterized in that the ionic liquid includes at least one of 1-butyl-1-methyl pyrrolidinium and 1-methyl-1-propyl piperidinium.
A method for performing wireless communication by a first apparatus , the method comprising: receiving a configuration of a Uu bandwidth part, BWP, which includes information regarding a numerology of the Uu BWP, from a base station ; and receiving a configuration of a sidelink, SL, BWP, which includes information regarding a numerology of the SL BWP, from the base station , wherein, based on the numerology of the Uu BWP and the numerology of the SL BWP being same, the first apparatus performs SL communication on the SL BWP and characterized in that , based on the numerology of the Uu BWP and the numerology of the SL BWP being different, the first apparatus does not perform the SL communication on the SL BWP receiving a configuration of a Uu bandwidth part, BWP, which includes information regarding a numerology of the Uu BWP, from a base station ; and receiving a configuration of a sidelink, SL, BWP, which includes information regarding a numerology of the SL BWP, from the base station , wherein, based on the numerology of the Uu BWP and the numerology of the SL BWP being same, the first apparatus performs SL communication on the SL BWP and characterized in that , based on the numerology of the Uu BWP and the numerology of the SL BWP being different, the first apparatus does not perform the SL communication on the SL BWP