mhurhangee/patent-ind-claim-en huggingface dataset:
A semiconductor circuit breaker comprising: a circuit breaker body connected to a main circuit, and provided with a module receiving part on an outer surface thereof; and an interface module provided independently from the circuit breaker body , and detachably coupled to the module receiving part , wherein the circuit breaker body comprises: a terminal cover coupled to a terminal part of the circuit breaker body ; characterized in that an interlock member is provided in the circuit breaker body to restrict or release the opening of the terminal cover , and in that the interface module comprises: an interlock driver that operates the interlock member . a circuit breaker body connected to a main circuit, and provided with a module receiving part on an outer surface thereof; and an interface module provided independently from the circuit breaker body , and detachably coupled to the module receiving part , wherein the circuit breaker body comprises: a terminal cover coupled to a terminal part of the circuit breaker body ; characterized in that an interlock member is provided in the circuit breaker body to restrict or release the opening of the terminal cover , and in that the interface module comprises: an interlock driver that operates the interlock member . a terminal cover coupled to a terminal part of the circuit breaker body ; characterized in that an interlock member is provided in the circuit breaker body to restrict or release the opening of the terminal cover , and in that the interface module comprises: an interlock driver that operates the interlock member .
Device for detecting gases or particles comprising: - a light source capable of emitting a light beam at at least one wavelength, - a cavity for interaction of gases or particles with the light beam comprising first and second reflective walls substantially parallel with each other and facing each other, - a plurality of monomode optical waveguides each having a first end (13a1, 13b1, 13c1) of width l1 optically coupled to the light source and a second end (13a2, 13b2, 13c2) of width 12, greater than the width l1, optically coupled to a first end of the interaction cavity, each optical waveguide comprising in its second end of width l2 a diffraction grating (13a3, 13b3, 13c3) having a distinct pitch P chosen as a function of the wavelength λ of the light beam propagated in the optical waveguide associated with said diffraction grating, the cladding index n of the optical waveguide associated with the diffraction grating, the effective index n eff of the mode propagated in the optical waveguide associated with the diffraction grating, the length L and the height H of the cavity, the reflection rate R of the first and second reflective walls of the cavity for the light beam at the wavelength λ, a concentration C of a type of gas or particle to detect and a parameter α of interaction of the type of gas or particle to detect with the light beam; - and a detector coupled to a second end of the interaction cavity. - a light source capable of emitting a light beam at at least one wavelength, - a cavity for interaction of gases or particles with the light beam comprising first and second reflective walls substantially parallel with each other and facing each other, - a plurality of monomode optical waveguides each having a first end (13a1, 13b1, 13c1) of width l1 optically coupled to the light source and a second end (13a2, 13b2, 13c2) of width 12, greater than the width l1, optically coupled to a first end of the interaction cavity, each optical waveguide comprising in its second end of width l2 a diffraction grating (13a3, 13b3, 13c3) having a distinct pitch P chosen as a function of the wavelength λ of the light beam propagated in the optical waveguide associated with said diffraction grating, the cladding index n of the optical waveguide associated with the diffraction grating, the effective index n eff of the mode propagated in the optical waveguide associated with the diffraction grating, the length L and the height H of the cavity, the reflection rate R of the first and second reflective walls of the cavity for the light beam at the wavelength λ, a concentration C of a type of gas or particle to detect and a parameter α of interaction of the type of gas or particle to detect with the light beam; - and a detector coupled to a second end of the interaction cavity.
A system (100; 200), comprising: a stimulator circuit configured to deliver stimulation to a heart using a first atrioventricular delay (AVD) parameter; and a stimulation control circuit configured to: increase the first AVD parameter until a pseudofusion beat is detected at a first patient condition; estimate a first intrinsic atrioventricular interval using the adjusted first AVD parameter when the pseudofusion beat is detected and a pre-determined offset; and determine a second AVD parameter according to the estimated first intrinsic atrioventricular interval; wherein the stimulator circuit is configured to deliver cardiac stimulation using the second AVD parameter. a stimulator circuit configured to deliver stimulation to a heart using a first atrioventricular delay (AVD) parameter; and a stimulation control circuit configured to: increase the first AVD parameter until a pseudofusion beat is detected at a first patient condition; estimate a first intrinsic atrioventricular interval using the adjusted first AVD parameter when the pseudofusion beat is detected and a pre-determined offset; and determine a second AVD parameter according to the estimated first intrinsic atrioventricular interval; increase the first AVD parameter until a pseudofusion beat is detected at a first patient condition; estimate a first intrinsic atrioventricular interval using the adjusted first AVD parameter when the pseudofusion beat is detected and a pre-determined offset; and determine a second AVD parameter according to the estimated first intrinsic atrioventricular interval; wherein the stimulator circuit is configured to deliver cardiac stimulation using the second AVD parameter.
Method for monitoring characteristics of a door motion procedure of an elevator door using a smart mobile device including multiple sensors , the method comprising: determining a time window within which a door motion is assumed to occur, wherein a start time limit and an end time limit enclose a time interval of the time window and wherein at least one of the start time limit and the end time limit is determined based on first measurement values acquired by a first sensor comprised in the smart mobile device ; detecting the characteristics of the door motion procedure of the elevator door based on second measurement values acquired during the time window by a second sensor comprised in the smart mobile device . determining a time window within which a door motion is assumed to occur, wherein a start time limit and an end time limit enclose a time interval of the time window and wherein at least one of the start time limit and the end time limit is determined based on first measurement values acquired by a first sensor comprised in the smart mobile device ; detecting the characteristics of the door motion procedure of the elevator door based on second measurement values acquired during the time window by a second sensor comprised in the smart mobile device .
A method for validating a decontamination procedure performed on a medical device using a decontamination system comprising a wipe, the method comprising: capturing a video stream of a work area in which the decontamination procedure is carried out by a user; analysing the video stream to identify one or more decontamination events in the video stream that correspond with the decontamination procedure being correctly performed on the medical device, the decontamination event or at least one of the decontamination events comprising applying a decontaminating composition of the decontamination system to the medical device using the wipe; determining, based on the or each identified decontamination event, if the decontamination procedure has been completed; and upon determining that the decontamination procedure has been completed, causing a corresponding indication to be provided to the user. capturing a video stream of a work area in which the decontamination procedure is carried out by a user; analysing the video stream to identify one or more decontamination events in the video stream that correspond with the decontamination procedure being correctly performed on the medical device, the decontamination event or at least one of the decontamination events comprising applying a decontaminating composition of the decontamination system to the medical device using the wipe; determining, based on the or each identified decontamination event, if the decontamination procedure has been completed; and upon determining that the decontamination procedure has been completed, causing a corresponding indication to be provided to the user.
A liquid composition C comprising: (a) from 5 to 90wt.% based on the total weight of composition C of at least one (per)fluoropolyether polymer [polymer P] comprising at least one(per)fluoropolyoxyalkylene chain [chain (R pf )] having two chain ends, wherein at least one chain end comprises a chain [chain (R a )] complying with one of the following formulae (R a -I) to (R a -III): (R a -I) -(CH 2 CH 2 O) j1 -H (R a -II) -[CH 2 CH(CH 3 )O] j2 -H (R a -III) -[(CH 2 CH 2 O) j3 -(CH 2 CH(CH 3 )O) j4 ] j(x) -H wherein j1 and j2, each independently, are an integer from 4 to 10; j3, j4 and j(x) are integers from 1 to 25, and the sum of j3 and j4 is from 4 to 10; (b) at least one lithium salt; (c) optionally at least one non-aqueous solvent; and (d) optionally at least one further ingredient. (a) from 5 to 90wt.% based on the total weight of composition C of at least one (per)fluoropolyether polymer [polymer P] comprising at least one(per)fluoropolyoxyalkylene chain [chain (R pf )] having two chain ends, wherein at least one chain end comprises a chain [chain (R a )] complying with one of the following formulae (R a -I) to (R a -III): (R a -I) -(CH 2 CH 2 O) j1 -H (R a -II) -[CH 2 CH(CH 3 )O] j2 -H (R a -III) -[(CH 2 CH 2 O) j3 -(CH 2 CH(CH 3 )O) j4 ] j(x) -H wherein j1 and j2, each independently, are an integer from 4 to 10; j3, j4 and j(x) are integers from 1 to 25, and the sum of j3 and j4 is from 4 to 10; j1 and j2, each independently, are an integer from 4 to 10; j3, j4 and j(x) are integers from 1 to 25, and the sum of j3 and j4 is from 4 to 10; (b) at least one lithium salt; (c) optionally at least one non-aqueous solvent; and (d) optionally at least one further ingredient.
Assembly, comprising: a light rail (12") provided with one or more conductive tracks which conduct electric current; an adapter (14") mountable in the rail (12") and provided with an electrical contact configured to engage on the conductive track of the light rail, wherein the adapter (14") is provided with clamping means in the rail for fixedly clamping the adapter; a tube socket (22") for arranging on the adapter and provided with at least one electrical connection; a light-emitting diode tube (LED tube) which is provided with two contacts configured to fit into the tube socket; and a further light rail mutually adjacent to the light rail (12"), wherein the tube socket (22") is arranged rotatably on the adapter (14") and the LED tube is arranged between the mutually adjacent light rails (12", 12'''). a light rail (12") provided with one or more conductive tracks which conduct electric current; an adapter (14") mountable in the rail (12") and provided with an electrical contact configured to engage on the conductive track of the light rail, wherein the adapter (14") is provided with clamping means in the rail for fixedly clamping the adapter; a tube socket (22") for arranging on the adapter and provided with at least one electrical connection; a light-emitting diode tube (LED tube) which is provided with two contacts configured to fit into the tube socket; and a further light rail mutually adjacent to the light rail (12"), wherein the tube socket (22") is arranged rotatably on the adapter (14") and the LED tube is arranged between the mutually adjacent light rails (12", 12''').
A user terminal comprising: a receiving section configured to receive downlink control information for scheduling of a downlink data, via a downlink control channel in a control resource set; and a control section configured to determine a starting location in a time domain of the downlink data based on the downlink control information, wherein the control section is configured to, if the downlink data overlaps with the control resource set, perform rate matching process to the downlink data based on the premise that no downlink data is arranged on resources where the downlink control information is mapped, wherein a field value in the downlink control information indicates an index of a table for specifying one of a plurality of starting locations that are received in advance. a receiving section configured to receive downlink control information for scheduling of a downlink data, via a downlink control channel in a control resource set; and a control section configured to determine a starting location in a time domain of the downlink data based on the downlink control information, wherein the control section is configured to, if the downlink data overlaps with the control resource set, perform rate matching process to the downlink data based on the premise that no downlink data is arranged on resources where the downlink control information is mapped, wherein a field value in the downlink control information indicates an index of a table for specifying one of a plurality of starting locations that are received in advance.
A medical device comprising: an outer tube assembly that includes a straight outer tube ; an inner tube assembly that includes a straight inner tube disposed within the outer tube, the inner tube and outer tube being configured to rotate relative to each other to resect tissue at a distal end of the inner and outer tubes; and means for preventing the inner tube from being removed from the outer tube without rendering the medical device unusable, wherein the means comprises: at least one interference member on the outer tube assembly and at least one interference member on the inner tube assembly, the interference members being configured to prevent a force exerted along a longitudinal axis of the inner tube from separating the inner and outer tubes without rendering the medical device unusable. an outer tube assembly that includes a straight outer tube ; an inner tube assembly that includes a straight inner tube disposed within the outer tube, the inner tube and outer tube being configured to rotate relative to each other to resect tissue at a distal end of the inner and outer tubes; and means for preventing the inner tube from being removed from the outer tube without rendering the medical device unusable, wherein the means comprises: at least one interference member on the outer tube assembly and at least one interference member on the inner tube assembly, the interference members being configured to prevent a force exerted along a longitudinal axis of the inner tube from separating the inner and outer tubes without rendering the medical device unusable. at least one interference member on the outer tube assembly and at least one interference member on the inner tube assembly, the interference members being configured to prevent a force exerted along a longitudinal axis of the inner tube from separating the inner and outer tubes without rendering the medical device unusable.
Method for producing a structural element which takes the form of a wood-concrete composite (WCC) and which has a bottom-side wooden panel and comprises a concrete slab in the upper region, wherein a synthetic resin layer composed of granules embedded in the synthetic resin is arranged between the wooden panel and the concrete slab , wherein, in a first method step, the bottom-side wooden panel is coated with the synthetic resin layer and wherein the concrete slab is applied to this synthetic resin layer , which has a rough surface structure, characterized in that the granules , which impart the rough surface structure to the synthetic resin layer, are scattered in after the areal application of the synthetic resin layer to the wooden panel , and in that the slab-shaped concrete layer consisting of in situ concrete is applied after the hardening of the synthetic resin layer which consists of granules embedded in synthetic resin and which seals the wooden panel superficially in a water-tight manner.
A mixing apparatus comprising: a first container comprising a mixing chamber for mixing milk with steam and/or air; a second container , adapted to receive the first container and comprising a third port that in assembled condition is connected to the mixing chamber ; a seal disposed between the first container and the second container , wherein the seal comprises: a first sealing member disposed between the mixing chamber and the third port ; and a transition seal portion , the transition seal portion comprising: a seal split ; and an air intake channel ; and a channel connected to the mixing chamber and the seal split , wherein the channel is defined by the first or second container and the transition seal portion . a first container comprising a mixing chamber for mixing milk with steam and/or air; a second container , adapted to receive the first container and comprising a third port that in assembled condition is connected to the mixing chamber ; a seal disposed between the first container and the second container , wherein the seal comprises: a first sealing member disposed between the mixing chamber and the third port ; and a transition seal portion , the transition seal portion comprising: a seal split ; and an air intake channel ; and a first sealing member disposed between the mixing chamber and the third port ; and a transition seal portion , the transition seal portion comprising: a seal split ; and an air intake channel ; and a seal split ; and an air intake channel ; and a channel connected to the mixing chamber and the seal split , wherein the channel is defined by the first or second container and the transition seal portion .
Swimming pool water heating system, comprising: - a heat pump with a compressor; - means configured for controlling the compressor of said heat pump according to one zero power level and three non-zero power levels, as a function of a predetermined set of control setpoints, each control setpoint corresponding to a specific heating strategy to reach a same predetermined setpoint temperature within a certain time, each control setpoint covering a control of the heat pump according to at least two power levels, one of the at least two power levels being the zero power level; and - means for a user to command the start-up of one of the control setpoints. - a heat pump with a compressor; - means configured for controlling the compressor of said heat pump according to one zero power level and three non-zero power levels, as a function of a predetermined set of control setpoints, each control setpoint corresponding to a specific heating strategy to reach a same predetermined setpoint temperature within a certain time, each control setpoint covering a control of the heat pump according to at least two power levels, one of the at least two power levels being the zero power level; and - means for a user to command the start-up of one of the control setpoints.
Continuous-flow heater for heating a liquid comprising a base body with a channel arrangement formed in the base body with a plurality of fluid passable channels , wherein the fluid passable channels are configured and adapted for passing a fluid, wherein at least two of the channels each extend in the base body forming channel openings at at least one end side of the base body , wherein deflection end faces are configured at the end side which are adapted to deflect the fluid between the channel openings , and at least one cover member , which is detachably arranged corresponding to the deflection end faces in a sealed manner forming sealing deflection bridge channels between corresponding channel openings at the end side , wherein the end side as well as the cover member each have sealant recesses circumferentially surrounding the cross-sections of the deflection bridge channels , which are each configured and adapted to receive a sealant , characterised in that each of the sealant recesses is arranged between a channel-internal sealing surface and a channel-external sealing surface , and the channel-external sealing surfaces of the end side of the base body and of the cover member are respectively adaptet in such a manner that they are sealingly adjacent to each other in a planar manner, while the respective channel-internal sealing surfaces of the end side of the base body and of the cover member are spaced apart from each other, leaving a sealing gap . a base body with a channel arrangement formed in the base body with a plurality of fluid passable channels , wherein the fluid passable channels are configured and adapted for passing a fluid, wherein at least two of the channels each extend in the base body forming channel openings at at least one end side of the base body , wherein deflection end faces are configured at the end side which are adapted to deflect the fluid between the channel openings , and at least one cover member , which is detachably arranged corresponding to the deflection end faces in a sealed manner forming sealing deflection bridge channels between corresponding channel openings at the end side , wherein the end side as well as the cover member each have sealant recesses circumferentially surrounding the cross-sections of the deflection bridge channels , which are each configured and adapted to receive a sealant , characterised in that each of the sealant recesses is arranged between a channel-internal sealing surface and a channel-external sealing surface , and the channel-external sealing surfaces of the end side of the base body and of the cover member are respectively adaptet in such a manner that they are sealingly adjacent to each other in a planar manner, while the respective channel-internal sealing surfaces of the end side of the base body and of the cover member are spaced apart from each other, leaving a sealing gap .
Method for operating a cooking device , in which the operation of at least one heating unit of the cooking device is carried out at least temporarily by a first electronic unit of the cooking device , wherein during a running cooking program in a first time interval the first electronic unit is activated and the operation of the heating unit is carried out by the first electronic unit , and in a second time interval the first electronic unit is deactivated and a clocked operation of the heating unit is carried out by a second electronic unit of the cooking device , wherein the heating unit is clocked by means of a signal from the second electronic unit in the second time interval for a period of at least one third of the total duration of the cooking program, the second time interval is terminated before the end of the cooking program is reached, characterised in that subsequently for a further time interval the operation of the heating unit is again carried out by the first electronic unit and in the further time interval the heating unit is operated via a relay in a clocked manner with the first electronic unit , wherein an upper temperature threshold value (T3) for switching off the heating unit is set lower in the second time interval than in operation with the activated first electronic unit and wherein the upper and lower temperature threshold values (T1, T5, T2) to be taken into account for the switching on and off of the heating unit taking place during the clocking are higher than the temperature threshold values (T3, T4) in the second time interval.