mhurhangee/patent-ind-claim-en huggingface dataset:
A quick connect adaptor comprising: a female connector having a body defining a recess and an orifice into which a male connector is to be inserted along an axial direction (A); a locking member that extends along a transverse direction (T) in the recess of the female connector and is slidable in the transverse direction (T) to lock the female and male connectors together and prevent removal of the male connector from the female connector ; a first adaptor inlet configured for fluid communication with a first source of fluid media; a second adaptor inlet configured for fluid communication with a second source of fluid media; a first adaptor outlet in fluid communication with the first adaptor inlet , the first adaptor outlet disposed on one side of the body of the female connector ; and a second adaptor outlet in fluid communication with the second adaptor inlet , the second adaptor outlet disposed on an opposing side of the body of the female connector , a first tubular body comprising the first adaptor inlet and the first adaptor outlet ; and a second tubular body comprising the second adaptor inlet and the second adaptor outlet ; wherein the first and second tubular bodies are coupled with the body of the female connector , characterized by a first ring attached to the body of the female connector on the one side thereof, the first ring coupling the first tubular body with the body of the female connector ; and a second ring attached to the body of the female connector on an opposing side thereof, the second ring coupling the second tubular body with the body of the female connector . a female connector having a body defining a recess and an orifice into which a male connector is to be inserted along an axial direction (A); a locking member that extends along a transverse direction (T) in the recess of the female connector and is slidable in the transverse direction (T) to lock the female and male connectors together and prevent removal of the male connector from the female connector ; a first adaptor inlet configured for fluid communication with a first source of fluid media; a second adaptor inlet configured for fluid communication with a second source of fluid media; a first adaptor outlet in fluid communication with the first adaptor inlet , the first adaptor outlet disposed on one side of the body of the female connector ; and a second adaptor outlet in fluid communication with the second adaptor inlet , the second adaptor outlet disposed on an opposing side of the body of the female connector , a first tubular body comprising the first adaptor inlet and the first adaptor outlet ; and a second tubular body comprising the second adaptor inlet and the second adaptor outlet ; wherein the first and second tubular bodies are coupled with the body of the female connector , characterized by a first ring attached to the body of the female connector on the one side thereof, the first ring coupling the first tubular body with the body of the female connector ; and a second ring attached to the body of the female connector on an opposing side thereof, the second ring coupling the second tubular body with the body of the female connector .
A method, comprising: receiving an indication that a combustion turbine is to operate in a partial or no load condition; responsive to receiving the indication, operating the combustion turbine in the partial or no load condition, thereby generating exhaust emissions; and increasing a combustion temperature in the combustion turbine in the partial or no load condition to increase a concentration of nitrous oxides (NOx) in the exhaust emissions and to reduce a concentration of carbon monoxide (CO) in the exhaust emissions while maintaining an exhaust gas temperature and an exhaust emissions profile of operating at a baseline load which is defined as a minimum load while remaining in emissions compliance without increasing the combustion temperature in the partial or no load condition, characterized in that increasing the combustion temperature in the combustion turbine in the partial or no load condition comprises at least one of: at least partially reducing diluent flow into a combustor of the combustion turbine by at least partially closing a diluent valve; or at least partially opening one or more bleed valves in a compressor of the combustion turbine , or between compressors of the combustion turbine . receiving an indication that a combustion turbine is to operate in a partial or no load condition; responsive to receiving the indication, operating the combustion turbine in the partial or no load condition, thereby generating exhaust emissions; and increasing a combustion temperature in the combustion turbine in the partial or no load condition to increase a concentration of nitrous oxides (NOx) in the exhaust emissions and to reduce a concentration of carbon monoxide (CO) in the exhaust emissions while maintaining an exhaust gas temperature and an exhaust emissions profile of operating at a baseline load which is defined as a minimum load while remaining in emissions compliance without increasing the combustion temperature in the partial or no load condition, characterized in that increasing the combustion temperature in the combustion turbine in the partial or no load condition comprises at least one of: at least partially reducing diluent flow into a combustor of the combustion turbine by at least partially closing a diluent valve; or at least partially opening one or more bleed valves in a compressor of the combustion turbine , or between compressors of the combustion turbine . at least partially reducing diluent flow into a combustor of the combustion turbine by at least partially closing a diluent valve; or at least partially opening one or more bleed valves in a compressor of the combustion turbine , or between compressors of the combustion turbine .
A method of manufacturing a wind turbine blade shell component , the method comprising the steps of providing a plurality of pultrusion plates , arranging the pultrusion plates on blade shell material in a mould for the blade shell component, and bonding the pultrusion plates with the blade shell material to form the blade shell component, characterized in that each pultrusion plate is formed of a pultrusion fibre material comprising glass fibres and carbon fibres, wherein the pultrusion fibre material comprises a plurality of tows of glass fibre material and a plurality of tows of carbon fibre material , and wherein the tows of glass fibre material and the tows of carbon fibre material are arranged in an array of rows and columns of tows, as seen in a vertical cross section of the pultrusion plate. providing a plurality of pultrusion plates , arranging the pultrusion plates on blade shell material in a mould for the blade shell component, and bonding the pultrusion plates with the blade shell material to form the blade shell component, characterized in that each pultrusion plate is formed of a pultrusion fibre material comprising glass fibres and carbon fibres, wherein the pultrusion fibre material comprises a plurality of tows of glass fibre material and a plurality of tows of carbon fibre material , and wherein the tows of glass fibre material and the tows of carbon fibre material are arranged in an array of rows and columns of tows, as seen in a vertical cross section of the pultrusion plate.
A signal processing system comprising: a receiving unit configured to receive at least one signal that comprises a plurality of multipath components; a verification unit configured to verify content that is modulated on at least one multipath component under test by correlating the at least one multipath component under test with a reference signal derived from one or more of said plurality of multipath components, to determine whether the multipath component under test is genuine for identifying a genuine earliest multipath component of the plurality of multipath components. a receiving unit configured to receive at least one signal that comprises a plurality of multipath components; a verification unit configured to verify content that is modulated on at least one multipath component under test by correlating the at least one multipath component under test with a reference signal derived from one or more of said plurality of multipath components, to determine whether the multipath component under test is genuine for identifying a genuine earliest multipath component of the plurality of multipath components.
A system, comprising: a processor ; and a memory communicatively coupled to the processor and storing instructions that, when executed by the processor, perform operations, comprising: receiving an ambient air temperature reading from an ambient air temperature sensor associated with a vehicle; determining a cooling capacity of an intercooler associated with the vehicle; determining an ambient air flow rate through the intercooler associated with the vehicle; determining a cooling flow rate of the intercooler associated with the vehicle; determining an estimated ambient air temperature based, at least in part, on the cooling capacity of the intercooler, the ambient air flow rate of the intercooler and the cooling flow rate of the intercooler; determining a difference between the ambient air temperature reading and the estimated ambient air temperature; and triggering an error notification for the vehicle when the determined difference between the ambient air temperature reading and the estimated ambient air temperature is above a threshold. a processor ; and a memory communicatively coupled to the processor and storing instructions that, when executed by the processor, perform operations, comprising: receiving an ambient air temperature reading from an ambient air temperature sensor associated with a vehicle; determining a cooling capacity of an intercooler associated with the vehicle; determining an ambient air flow rate through the intercooler associated with the vehicle; determining a cooling flow rate of the intercooler associated with the vehicle; determining an estimated ambient air temperature based, at least in part, on the cooling capacity of the intercooler, the ambient air flow rate of the intercooler and the cooling flow rate of the intercooler; determining a difference between the ambient air temperature reading and the estimated ambient air temperature; and triggering an error notification for the vehicle when the determined difference between the ambient air temperature reading and the estimated ambient air temperature is above a threshold. receiving an ambient air temperature reading from an ambient air temperature sensor associated with a vehicle; determining a cooling capacity of an intercooler associated with the vehicle; determining an ambient air flow rate through the intercooler associated with the vehicle; determining a cooling flow rate of the intercooler associated with the vehicle; determining an estimated ambient air temperature based, at least in part, on the cooling capacity of the intercooler, the ambient air flow rate of the intercooler and the cooling flow rate of the intercooler; determining a difference between the ambient air temperature reading and the estimated ambient air temperature; and triggering an error notification for the vehicle when the determined difference between the ambient air temperature reading and the estimated ambient air temperature is above a threshold.
A polishing pad for polishing a substrate, the polishing pad comprising: a foundation layer having a first modulus; a polishing layer attached to the foundation layer and having a second modulus less than the first modulus; a first opening through the polishing layer and a second opening through the foundation layer, the first opening exposing at least a portion of the second opening and exposing a portion of the foundation layer; and a window disposed in the first opening and attached to the exposed portion of the foundation layer, characterized in that the polishing pad further comprises a sub pad attached to the foundation layer on a side of the foundation layer opposite the polishing layer and a third opening through the sub pad, the third opening substantially sized and aligned with the second opening and the window is attached to the exposed portion of the foundation layer by a snap-fit feature , and wherein the window has a portion extending into the second opening, wherein the snap-fit feature includes a portion that clamps below a portion of the exposed region of the foundation layer, wherein the sub pad has a feature (such as a bevel) to accommodate, or formed from accommodating, the snap-fit feature of the window. a foundation layer having a first modulus; a polishing layer attached to the foundation layer and having a second modulus less than the first modulus; a first opening through the polishing layer and a second opening through the foundation layer, the first opening exposing at least a portion of the second opening and exposing a portion of the foundation layer; and a window disposed in the first opening and attached to the exposed portion of the foundation layer, characterized in that the polishing pad further comprises a sub pad attached to the foundation layer on a side of the foundation layer opposite the polishing layer and a third opening through the sub pad, the third opening substantially sized and aligned with the second opening and the window is attached to the exposed portion of the foundation layer by a snap-fit feature , and wherein the window has a portion extending into the second opening, wherein the snap-fit feature includes a portion that clamps below a portion of the exposed region of the foundation layer, wherein the sub pad has a feature (such as a bevel) to accommodate, or formed from accommodating, the snap-fit feature of the window.
A proximal mechanical locking assembly for a thrombectomy device, comprising: a shaft comprising a main body and enlarged end ; an inner channel component comprising a full collar formed on a proximal end of the inner channel component ; and an outer cage component comprising a partial collar formed on the outer cage component , wherein the partial collar of the outer cage component at least partially surrounds the shaft and the full collar of the inner channel component fully surrounds the partial collar of the outer cage component . a shaft comprising a main body and enlarged end ; an inner channel component comprising a full collar formed on a proximal end of the inner channel component ; and an outer cage component comprising a partial collar formed on the outer cage component , wherein the partial collar of the outer cage component at least partially surrounds the shaft and the full collar of the inner channel component fully surrounds the partial collar of the outer cage component .
A sliding bogie link trailer having a front trailer part and a rear trailer part which are slidably interconnected, the front trailer part having a kingpin for connection to a fifth wheel of a tractor vehicle for towing the trailer , the rear trailer part having an axle with ground-engaging wheels and a fifth wheel being mounted at a rear end of the rear trailer part for towing another trailer, the axle on the rear trailer part being a steerable axle and having an associated steering system on the trailer which is operable to steer the wheels on the axle , the steering system including sensing means to sense when the rear trailer part is in a fully open position on the front trailer part , the steering system being operable to lock the wheels at a zero steer angle when the rear trailer part is not in the fully open position.
A system for treating cardiac malfunction, comprising: a stimulation circuit configured to deliver a stimulation pulse to at least one cardiac chamber of a heart of a patient; and at least one controller configured to execute delivery of a stimulation pattern of stimulation pulses to the at least one cardiac chamber, wherein at least one of the stimulation pulses has a first stimulation setting configured to reduce at least one of end systolic volume (ESV) and end diastolic volume (EDV) in the heart and at least one of the stimulation pulses has a second stimulation setting different from the first stimulation setting, wherein the controller is arranged to deliver the stimulation pattern having the stimulation pulses with the first stimulation setting stimulating a ventricle 40- 90 ms after atrial activation, and having the stimulation pulses with the second stimulation setting stimulating the ventricle 100-180 ms after atrial activation, such as to reduce the at least one of end systolic volume (ESV) and end diastolic volume (EDV) by at least 5% and maintain the at least one of end systolic volume (ESV) and end diastolic volume (EDV) on average at such reduced volume for a time period of at least one hour, characterized in that the controller is arranged to deliver the stimulation pattern having the stimulation pulses with the first stimulation setting and the stimulation pulses with the second stimulation setting such as to have 9 or 10 pulses having the first stimulation setting and 1 or 2 pulses having the second stimulation setting. a stimulation circuit configured to deliver a stimulation pulse to at least one cardiac chamber of a heart of a patient; and at least one controller configured to execute delivery of a stimulation pattern of stimulation pulses to the at least one cardiac chamber, wherein at least one of the stimulation pulses has a first stimulation setting configured to reduce at least one of end systolic volume (ESV) and end diastolic volume (EDV) in the heart and at least one of the stimulation pulses has a second stimulation setting different from the first stimulation setting,
A silicone hydrogel contact lens formed from a reaction mixture comprising a high molecular weight hydrophilic polymer having a weight average molecular weight of no less than 100,000 Daltons, and a compatibilizing effective amount of a hydroxyl-functionalized silicone-containing monomer, wherein the contact lens further comprises a photochromic additive.
Toothbrush with a handle and a bristle-carrying head part , which are connected to each other by a neck part , wherein the head part has a multiplicity of tufts of bristles consisting of bristles , respectively forming two bristle tuft halves and fastened in the head part by means of an anchor , wherein at least two tufts of bristles have a bristle tuft half with bristle ends standing up higher in relation to the bristle ends of the other bristle tuft half , wherein the higher bristle ends within the at least two tufts of bristles are not arranged centrally, characterized in that the at least two tufts of bristles have different lengths between the higher bristle ends and the lower bristle ends .
An isolated antibody or fragment thereof that competes for specific binding of an antibody comprising the sequences depicted in SEQ ID NOs: 94 and 96 to human DKK1, wherein the isolated antibody or fragment thereof comprises the CDRs of SEQ ID NOs: 223 to 228.
A latch system comprising: an actuation module having first and second actuation mechanisms , the first actuation mechanism including a first handle , a lock tab and an inner rod coupled together, the second actuation mechanism including at least one second handle , a conversion block and an outer rod coupled together, the outer rod and the conversion block each having a slot , wherein the slot of the outer rod is aligned with the slot of the conversion block ; at least one latch module having a retractable latch; at least one control cable connecting the conversion block and the at least one latch module such that rotation of the conversion block in a first direction retracts the latch; and a lock operably engagable with the lock tab to selectively allow and prevent rotation of the inner rod ; wherein, the inner rod is at least partially disposed within the outer rod with the lock tab at least partially disposed within the slot of the conversion block such that rotation of the inner rod in the first direction rotates the conversion block ; and wherein, rotation of the outer rod in the first direction rotates the conversion block without rotating the inner rod such that the second actuation mechanism operates independently of the first actuation mechanism . an actuation module having first and second actuation mechanisms , the first actuation mechanism including a first handle , a lock tab and an inner rod coupled together, the second actuation mechanism including at least one second handle , a conversion block and an outer rod coupled together, the outer rod and the conversion block each having a slot , wherein the slot of the outer rod is aligned with the slot of the conversion block ; at least one latch module having a retractable latch; at least one control cable connecting the conversion block and the at least one latch module such that rotation of the conversion block in a first direction retracts the latch; and a lock operably engagable with the lock tab to selectively allow and prevent rotation of the inner rod ; wherein, the inner rod is at least partially disposed within the outer rod with the lock tab at least partially disposed within the slot of the conversion block such that rotation of the inner rod in the first direction rotates the conversion block ; and wherein, rotation of the outer rod in the first direction rotates the conversion block without rotating the inner rod such that the second actuation mechanism operates independently of the first actuation mechanism .
A sub-assembly of a medicament delivery device , the sub-assembly comprising: a propellant source including a reservoir containing a propellant, where the propellant may provide a vapour pressure that is sufficient to cause axial movement of a stopper of a syringe to deliver a dose of medicament, a housing containing the propellant source, the housing being configured to receive a flange of the syringe ; characterised in that the sub-assembly further comprises a locking ring for attachment to the housing; wherein the locking ring is configured to retain the flange of the syringe received in the housing between the locking ring and the housing when the locking ring is attached to the housing; and wherein the housing includes a non-circular aperture for receiving the flange of the syringe , wherein the non-circular aperture has a narrow dimension that is less than a maximum dimension of the non-circular aperture, the narrow dimension being configured to prevent forward axial movement of the flange of the syringe disposed axially rearward of the narrow dimension, wherein the flange of the syringe has a maximum diameter that is greater than the narrow dimension. a propellant source including a reservoir containing a propellant, where the propellant may provide a vapour pressure that is sufficient to cause axial movement of a stopper of a syringe to deliver a dose of medicament, a housing containing the propellant source, the housing being configured to receive a flange of the syringe ; a locking ring for attachment to the housing; wherein the locking ring is configured to retain the flange of the syringe received in the housing between the locking ring and the housing when the locking ring is attached to the housing; and wherein the housing includes a non-circular aperture for receiving the flange of the syringe , wherein the non-circular aperture has a narrow dimension that is less than a maximum dimension of the non-circular aperture, the narrow dimension being configured to prevent forward axial movement of the flange of the syringe disposed axially rearward of the narrow dimension, wherein the flange of the syringe has a maximum diameter that is greater than the narrow dimension.