mhurhangee/patent-ind-claim-en huggingface dataset:
Laundry care appliance for caring for items, wherein the laundry care appliance comprises a housing and an accommodating container that is accommodated in a rotatable manner in the housing , wherein the housing comprises a loading side and side walls and wherein the loading side comprises an opening , which is embodied for loading the accommodating container , and the laundry care appliance comprises a door unit , wherein the door unit comprises a first door assembly and a second door assembly , wherein the second door assembly at least partially protrudes into the accommodating container in a closed state of the door unit , and wherein the first door assembly is arranged on the second door assembly and the door unit can be seen from the outside in a closed state, and wherein a hinge unit can be arranged on the laundry care appliance , which binds the door unit to the loading side of the housing of the laundry care appliance in a pivotable manner and the door unit is embodied in such a manner that it is possible to close off the opening of the loading side , characterised in that the hinge unit comprises a hinge body and a hinge axis , wherein the hinge body embodies a cavity and the hinge axis is arranged in the cavity of the hinge body . wherein the door unit comprises a first door assembly and a second door assembly , wherein the second door assembly at least partially protrudes into the accommodating container in a closed state of the door unit , and wherein the first door assembly is arranged on the second door assembly and the door unit can be seen from the outside in a closed state, and wherein a hinge unit can be arranged on the laundry care appliance , which binds the door unit to the loading side of the housing of the laundry care appliance in a pivotable manner and the door unit is embodied in such a manner that it is possible to close off the opening of the loading side , characterised in that the hinge unit comprises a hinge body and a hinge axis , wherein the hinge body embodies a cavity and the hinge axis is arranged in the cavity of the hinge body .
A valve comprising: a valve housing ; a casing disposed within the valve housing, the casing comprising a bore ; a spring guide disposed within the bore ; and a retaining cup disposed partially around the casing to engage and retain the spring guide at least partially within the bore of the casing; wherein the valve is a shuttle valve comprising two inlets and an outlet ; the valve being characterised by : the outlet comprising the bore ; and the engagement between the retaining cup and the spring guide being configured to allow fluid to flow through the bore and past the retaining cup . a valve housing ; a casing disposed within the valve housing, the casing comprising a bore ; a spring guide disposed within the bore ; and a retaining cup disposed partially around the casing to engage and retain the spring guide at least partially within the bore of the casing; wherein the valve is a shuttle valve comprising two inlets and an outlet ; the valve being characterised by : the outlet comprising the bore ; and the engagement between the retaining cup and the spring guide being configured to allow fluid to flow through the bore and past the retaining cup . the outlet comprising the bore ; and the engagement between the retaining cup and the spring guide being configured to allow fluid to flow through the bore and past the retaining cup .
A computer-implemented method for modelling one or more hydraulic fractures of a well in a reservoir, comprising; receiving a reservoir model having one or more petrophysical properties of a subsurface of the earth near the reservoir; receiving one or more mechanical properties of the reservoir; generating a geomechanical model of the reservoir based on the reservoir model and the mechanical properties; simulating hydraulic fractures using the geomechanical model and the reservoir model; and characterised by the generating the geomechanical model of the reservoir comprises calculating a three-dimensional, 3D, stress field over the geomechanical model; and mapping the simulated hydraulic fractures onto the reservoir model using the three-dimensional, 3D, stress field as a guide thereby generating a three-dimensional, 3D, representation of the hydraulic fractures based on the simulated hydraulic fractures and the geomechanical model wherein using the three-dimensional, 3D, stress field as a guide generates non-symmetrical hydraulic fracture propagations away from the well. receiving a reservoir model having one or more petrophysical properties of a subsurface of the earth near the reservoir; receiving one or more mechanical properties of the reservoir; generating a geomechanical model of the reservoir based on the reservoir model and the mechanical properties; simulating hydraulic fractures using the geomechanical model and the reservoir model; and characterised by the generating the geomechanical model of the reservoir comprises calculating a three-dimensional, 3D, stress field over the geomechanical model; and mapping the simulated hydraulic fractures onto the reservoir model using the three-dimensional, 3D, stress field as a guide thereby generating a three-dimensional, 3D, representation of the hydraulic fractures based on the simulated hydraulic fractures and the geomechanical model wherein using the three-dimensional, 3D, stress field as a guide generates non-symmetrical hydraulic fracture propagations away from the well.
A system comprising: a fuel control system configured to control a fuel flow to one or more combustors ; an oxidant control system configured to control an oxidant flow to each combustor of the one or more combustors, wherein the oxidant flow is configured to at least partially react with the fuel flow within the one or more combustors to form an exhaust gas flow ; an exhaust gas system configured to direct a recirculation flow of the exhaust gas flow to each combustor of the one or more combustors, wherein the recirculation flow is directed to each combustor of the one or more combustors separately from the oxidant flow to each combustor of the one or more combustors, and a second portion of the recirculation flow is configured to mix with the fuel flow and the oxidant flow in each combustor of the one or more combustors; and a controller coupled to the fuel control system , the oxidant control system , and the exhaust gas system , wherein the controller is configured to independently control a fuel-to-oxidant ratio (FOR) and an exhaust gas-to-oxidant ratio (EGOR), the FOR comprises the fuel flow divided by the oxidant flow , and the EGOR comprises the second portion of the recirculation flow divided by the oxidant flow . a fuel control system configured to control a fuel flow to one or more combustors ; an oxidant control system configured to control an oxidant flow to each combustor of the one or more combustors, wherein the oxidant flow is configured to at least partially react with the fuel flow within the one or more combustors to form an exhaust gas flow ; an exhaust gas system configured to direct a recirculation flow of the exhaust gas flow to each combustor of the one or more combustors, wherein the recirculation flow is directed to each combustor of the one or more combustors separately from the oxidant flow to each combustor of the one or more combustors, and a second portion of the recirculation flow is configured to mix with the fuel flow and the oxidant flow in each combustor of the one or more combustors; and a controller coupled to the fuel control system , the oxidant control system , and the exhaust gas system , wherein the controller is configured to independently control a fuel-to-oxidant ratio (FOR) and an exhaust gas-to-oxidant ratio (EGOR), the FOR comprises the fuel flow divided by the oxidant flow , and the EGOR comprises the second portion of the recirculation flow divided by the oxidant flow .
Structural element for forming a ground covering, in particular in an outdoor area, comprising a rectangular slab of stoneware, glass or metal and a moulded-on formation of a plastics material that borders the edge of the slab in a frame-like manner, characterized in that the area of the underside of the slab that is framed by the moulded-on formation is free from moulded-on formations or is free from moulded-on formations with the exception of one or more gating strands and/or is free from moulded-on formations with the exception of webs projecting inwards from the frame-like bordering moulded-on formation.
A system , comprising: a switch (S9) configured to communicatively couple a plurality of source devices (HDMI 1 - HDMI 8) to a sink device (HDMI 9) via a first communication path when placed in a first position and to communicatively couple the plurality of source devices (HDMI 1 - HDMI 8) to the sink device (HDMI 9) via both the first communication path and a second communication path that is different than the first communication path when placed in a second position; a first controller configured to control the switch (S9) such that the switch (S9) is placed in the first position based on a determination that one of the plurality of sources devices (HDMI 1 - HDMI 8) is incompatible with at least another one of the plurality of sources devices (HDMI 1 - HDMI 8) or the sink device (HDMI 9) and that the switch (S9) is placed in the second position based on a determination that each of the plurality of source devices (HDMI 1 - HDMI 8) and the sink device (HDMI 9) is compatible with one another; and a second controller configured to modify a communication message from the sink device (HDMI 9) or a source device among the plurality of source devices (HDMI 1 - HDMI 8) in response to the determination that one of the plurality of source devices (HDMI 1 - HDMI 8) is incompatible with at least another one of the plurality of source devices (HDMI 1 - HDMI 8) or the sink device (HDMI 9). a switch (S9) configured to communicatively couple a plurality of source devices (HDMI 1 - HDMI 8) to a sink device (HDMI 9) via a first communication path when placed in a first position and to communicatively couple the plurality of source devices (HDMI 1 - HDMI 8) to the sink device (HDMI 9) via both the first communication path and a second communication path that is different than the first communication path when placed in a second position; a first controller configured to control the switch (S9) such that the switch (S9) is placed in the first position based on a determination that one of the plurality of sources devices (HDMI 1 - HDMI 8) is incompatible with at least another one of the plurality of sources devices (HDMI 1 - HDMI 8) or the sink device (HDMI 9) and that the switch (S9) is placed in the second position based on a determination that each of the plurality of source devices (HDMI 1 - HDMI 8) and the sink device (HDMI 9) is compatible with one another; and a second controller configured to modify a communication message from the sink device (HDMI 9) or a source device among the plurality of source devices (HDMI 1 - HDMI 8) in response to the determination that one of the plurality of source devices (HDMI 1 - HDMI 8) is incompatible with at least another one of the plurality of source devices (HDMI 1 - HDMI 8) or the sink device (HDMI 9).
Starting device comprising a starter motor and a relay having a thrust device and a switching device for energizing the starter motor , wherein both a lifting means of the thrust device and a lifting means of the switching device are to be respectively moved by means of a electromagnetic circuit , characterized in that the electromagnetic circuit of the thrust device 160 and the electromagnetic circuit of the switching device are separated by an electromagnetically non-excitable intermediate part , wherein on both sides of the intermediate part an electromagnetically excitable core part is arranged respectively, wherein the one core part is a part of the electromagnetic circuit of the thrust device and the other core part is a part of the electromagnetic circuit of the switching device .
A method for operating a radar device implementing built-in self-test (BIST), the radar device having a transmitter and a receiver , the method comprising: generating a chirp signal based on a local oscillator, LO, signal, wherein the LO signal is a frequency-modulated continuous-wave, FMCW, signal; secondary modulating the chirp signal by providing a periodically switched control signal to a transmitter component, which control signal controls the transmitter component to secondary modulate the chirp signal to produce a twice-modulated output signal; transmitting the output signal on a transmitting antenna of the radar device ; receiving an echo signal on a receiving antenna of the radar device ; downmixing an amplified version of the echo signal with the LO signal to produce a low frequency signal; and outputting an error detection signal based on expected spectral components of the low frequency signal that correspond to the secondary modulating. generating a chirp signal based on a local oscillator, LO, signal, wherein the LO signal is a frequency-modulated continuous-wave, FMCW, signal; secondary modulating the chirp signal by providing a periodically switched control signal to a transmitter component, which control signal controls the transmitter component to secondary modulate the chirp signal to produce a twice-modulated output signal; transmitting the output signal on a transmitting antenna of the radar device ; receiving an echo signal on a receiving antenna of the radar device ; downmixing an amplified version of the echo signal with the LO signal to produce a low frequency signal; and outputting an error detection signal based on expected spectral components of the low frequency signal that correspond to the secondary modulating.
A method of enhancing the shelf-life of an activated surface of a thermoplastic material, comprising: coating at least a portion of a surface of the thermoplastic material with at least one adhesion promoter to provide a coated surface; and then treating the coated surface with plasma to provide the activated surface of the thermoplastic material; wherein the thermoplastic material is polyether ether ketone, and the at least one adhesion promoter is selected from the group consisting of PEG-silane, polyvinyl alcohol (PVA), 3-Glycidoxypropyl methyldimethoxysilane, 3-Chloropropyltrimethoxysilane, vinyltriethoxysilane, zirconium acetylacetonate, and combinations thereof, wherein the activated surface has a contact angle in the range of from 0 to 40°; the presence of the at least one adhesion promoter being effective to maintain the contact angle in the range of from 0 to 40° for a time of 10 days or greater. coating at least a portion of a surface of the thermoplastic material with at least one adhesion promoter to provide a coated surface; and then treating the coated surface with plasma to provide the activated surface of the thermoplastic material; wherein the thermoplastic material is polyether ether ketone, and the at least one adhesion promoter is selected from the group consisting of PEG-silane, polyvinyl alcohol (PVA), 3-Glycidoxypropyl methyldimethoxysilane, 3-Chloropropyltrimethoxysilane, vinyltriethoxysilane, zirconium acetylacetonate, and combinations thereof, wherein the activated surface has a contact angle in the range of from 0 to 40°; the presence of the at least one adhesion promoter being effective to maintain the contact angle in the range of from 0 to 40° for a time of 10 days or greater.
A pharmaceutical aerosol formulation for inhalation, comprising a fixed combination of: (a) glycopyrronium bromide; (b) formoterol or a solvate salt thereof; and (c) beclometasone diproprionate, all completely dissolved in a hydrofluoroalkane (HFA) propellant and a co-solvent, wherein the formulation also comprises an inorganic acid as stabilizing agent; for use in reducing the moderate/severe COPD exacerbation rate in a sub-group of COPD patients with more than one exacerbation in the previous year of therapy; wherein the moderate/severe COPD exacerbation rate in the patients is reduced by more than 20% compared to a comparative inhalation therapy comprising an extemporaneous open triple combination of a single LAMA and of a fixed dose combination of a LABA+ICS. (a) glycopyrronium bromide; (b) formoterol or a solvate salt thereof; and (c) beclometasone diproprionate, all completely dissolved in a hydrofluoroalkane (HFA) propellant and a co-solvent, wherein the formulation also comprises an inorganic acid as stabilizing agent; for use in reducing the moderate/severe COPD exacerbation rate in a sub-group of COPD patients with more than one exacerbation in the previous year of therapy; wherein the moderate/severe COPD exacerbation rate in the patients is reduced by more than 20% compared to a comparative inhalation therapy comprising an extemporaneous open triple combination of a single LAMA and of a fixed dose combination of a LABA+ICS.
A phytase polypeptide having at least 75%, 85%, 90%, 95%, 98%, 99%, or 99.9% identity to SEQ ID NO: 1, wherein the phytase polypeptide is produced in a deglycosylation-deficient filamentous fungal host.
Disk brake for a commercial vehicle, comprising a brake disk , a brake caliper comprising the brake disk , an application-side brake pad , a rim-side brake pad and an application-side application device arranged in the brake caliper , the application device having at least one actuating spindle and a pressure plate arranged axially between the actuating spindle and the application-side brake pad , a plain bearing element being arranged between the pressure plate and the actuating spindle , characterized in that the plain bearing element has at least one stamped region .
A method comprising: receiving , at a device in a network, traffic information regarding a secure session in a network; making , by the device, a self-signed certificate determination for an endpoint domain of the secure session based on the traffic information indicating that a certificate check request was not made within a predetermined timeframe of a request to the endpoint domain; and causing , by the device, the self-signed certificate determination for the endpoint domain to be used as input to a malware detector. receiving , at a device in a network, traffic information regarding a secure session in a network; making , by the device, a self-signed certificate determination for an endpoint domain of the secure session based on the traffic information indicating that a certificate check request was not made within a predetermined timeframe of a request to the endpoint domain; and causing , by the device, the self-signed certificate determination for the endpoint domain to be used as input to a malware detector.
A first connecting component for a medical syringe with a needle system comprising a number of hollow needles disposed in a tubular connecting piece surrounded by a flanged sheath , and with an elastic needle cap secured inside the connecting piece which sealingly encloses the distal tip(s) of the or each needle of the needle system in the unloaded state, characterized in that the flanged sheath can be rotated about the needle system and about the needle cap enclosing it and is provided with a thread for connecting to a second connecting component .
A system, comprising: at least one processor of a gateway; and memory storing instructions configured to instruct the at least one processor to: provide a first certificate to a client for an authentication by the client, wherein the client is configured to authenticate the first certificate prior to sending data to the gateway; receive a second certificate from the client; contact a certificate authority to authenticate the second certificate; in response to authentication of the first and second certificates, establish a connection to the client using a first key; after the connection is established, receive data, from the client, using a first transport protocol; decrypt, using the first key, the received data to provide first decrypted data; encrypt, using a second key, the first decrypted data to provide first encrypted data; encrypt, using a third key, the first encrypted data using a second transport protocol to provide second encrypted data; and send the second encrypted data to a cloud storage or server. at least one processor of a gateway; and memory storing instructions configured to instruct the at least one processor to: provide a first certificate to a client for an authentication by the client, wherein the client is configured to authenticate the first certificate prior to sending data to the gateway; receive a second certificate from the client; contact a certificate authority to authenticate the second certificate; in response to authentication of the first and second certificates, establish a connection to the client using a first key; after the connection is established, receive data, from the client, using a first transport protocol; decrypt, using the first key, the received data to provide first decrypted data; encrypt, using a second key, the first decrypted data to provide first encrypted data; encrypt, using a third key, the first encrypted data using a second transport protocol to provide second encrypted data; and send the second encrypted data to a cloud storage or server. provide a first certificate to a client for an authentication by the client, wherein the client is configured to authenticate the first certificate prior to sending data to the gateway; receive a second certificate from the client; contact a certificate authority to authenticate the second certificate; in response to authentication of the first and second certificates, establish a connection to the client using a first key; after the connection is established, receive data, from the client, using a first transport protocol; decrypt, using the first key, the received data to provide first decrypted data; encrypt, using a second key, the first decrypted data to provide first encrypted data; encrypt, using a third key, the first encrypted data using a second transport protocol to provide second encrypted data; and send the second encrypted data to a cloud storage or server.
A joint assembly for an endovascular device, comprising: a shaft comprising a main body and an enlarged end , wherein the enlarged end of the shaft defines a shaft step with the main body of the shaft ; a proximal strut at the proximal end of the endovascular device, wherein the proximal strut comprises a slot , wherein the slot engages the enlarged end of the shaft ; and a locking collar comprising a proximal face and a distal face , and at least partially covering the enlarged end of the shaft and the slot of the proximal strut ; characterised in that at least a portion of the enlarged end is received in the proximal strut slot . a shaft comprising a main body and an enlarged end , wherein the enlarged end of the shaft defines a shaft step with the main body of the shaft ; a proximal strut at the proximal end of the endovascular device, wherein the proximal strut comprises a slot , wherein the slot engages the enlarged end of the shaft ; and a locking collar comprising a proximal face and a distal face , and at least partially covering the enlarged end of the shaft and the slot of the proximal strut ; characterised in that at least a portion of the enlarged end is received in the proximal strut slot .