mhurhangee/patent-ind-claim-en huggingface dataset:
A method for constituting the topology of a home automation installation comprising a first central control unit (U1) and a second central control unit (U2), the method being executed by a user terminal (T) connected to the home automation installation and comprising the following steps: i. a first reception step (ECTT3) coming from the first central control unit (U1) of at least a first message (MDL1) comprising a first list (DL1) of at least one home automation device (D) with which said first central control unit (U1) is capable of communicating and a second reception step (ECTT4) coming from the second central control unit (U2) of at least one second message (MDL2) comprising a second list (DL2) of at least one home automation device (D) with which said second central control unit (U1) is able to communicate; ii. a selection (ECTT6) of at least one combination of at least one home automation device (D) and one central control unit (U) among the first and the second central control units (U) for which the communicated list (DL) comprises the selected home automation device, the selection being such that in each selected combination, the at least one home automation device is/are part of the list coming from the central control unit; iii. for a selected combination, sending (ECTT7) an attachment message (MR) to the central control unit (U) of the combination, the attachment message instructing said central control unit (U) to trigger an attachment of the home automation device (D) of the combination to said central control unit (U) i. a first reception step (ECTT3) coming from the first central control unit (U1) of at least a first message (MDL1) comprising a first list (DL1) of at least one home automation device (D) with which said first central control unit (U1) is capable of communicating and a second reception step (ECTT4) coming from the second central control unit (U2) of at least one second message (MDL2) comprising a second list (DL2) of at least one home automation device (D) with which said second central control unit (U1) is able to communicate; ii. a selection (ECTT6) of at least one combination of at least one home automation device (D) and one central control unit (U) among the first and the second central control units (U) for which the communicated list (DL) comprises the selected home automation device, the selection being such that in each selected combination, the at least one home automation device is/are part of the list coming from the central control unit; iii. for a selected combination, sending (ECTT7) an attachment message (MR) to the central control unit (U) of the combination, the attachment message instructing said central control unit (U) to trigger an attachment of the home automation device (D) of the combination to said central control unit (U)
A device for varying the breathing gas pressure during ventilation depending on a measure of the cardiac output , having a breathing gas source for delivering a controlled breathing gas supply at an excess pressure to a patient, at least one sensor apparatus for deducing a measure of the cardiac output of a control system in order to specify the breathing gas pressure depending on the measure of the cardiac output , characterized in that the measure of the cardiac output, using the sensor apparatus , is deduced from a plethysmographic measurement , taking account of pulse wave parameters and/or pulse rate and/or oxygen saturation and/or desaturations, as well as in particular the number, length, proportion, severity and periodicity thereof, wherein the sensor apparatus is designed to establish respiratory variables such as pressure or flow in order to determine a measure of the breathing restriction, wherein respiratory frequency and/or tidal volume or minute ventilation and/or inspiration to expiration (I:E) breathing time ratio and/or deduced respiratory events such as apneas and/or hypopneas and/or sound and/or Cheyne-Stokes (CS) respiration and/or obstructions as well as in particular the number, length, proportion, severity and periodicity thereof can be included in the measure, and wherein the device for varying the breathing gas pressure is equipped with at least one sensor apparatus for deducing a measure of the cardiac output and at least one sensor apparatus for deducing a measure of the breathing restriction and a processor for calculating at least one breathing gas pressure, taking account of the measure of the cardiac output , and for calculating at least one breathing gas pressure, taking account of the measure of the breathing restriction, and a prioritization circuit, and the prioritization circuit prioritizes the pressures calculated by the processor on the basis of stored rules and/or on the basis of a user selection, wherein the control system is configured to specify at least one breathing gas pressure, taking account of the measure of the cardiac output and taking account of the measure of the breathing restriction and taking account of the prioritization, wherein the control system implements the specification of at least one breathing gas pressure with a short response time which lies between an adjustment per breath and an adjustment per therapy day.
A field device comprising: a detector configured to detect a physical quantity and output a detection signal; a controller configured to calculate, based on the detection signal, trend data for measuring a measured trend indicating a temporal change in a parameter used for predictive diagnosis of the field device ; and a memory configured to store the data, wherein the controller is configured to store the trend data in the memory at time intervals from a start time of measurement in the field device to a current time, to execute a compression process on the data stored in the memory upon an amount of the trend data stored in the memory reaching an upper limit of a storage capacity of the memory , to calculate a measured trend data based on the trend data stored in the memory , and to calculate a predicted trend indicating a temporal change in the parameter from the current time onward, the field device further comprising an output interface configured to output information to a user, wherein the controller is configured to display the measured trend and the predicted trend as a graph on the output interface and/or on an external device communicably connected to the field device. a detector configured to detect a physical quantity and output a detection signal; a controller configured to calculate, based on the detection signal, trend data for measuring a measured trend indicating a temporal change in a parameter used for predictive diagnosis of the field device ; and a memory configured to store the data, wherein the controller is configured to store the trend data in the memory at time intervals from a start time of measurement in the field device to a current time, to execute a compression process on the data stored in the memory upon an amount of the trend data stored in the memory reaching an upper limit of a storage capacity of the memory , to calculate a measured trend data based on the trend data stored in the memory , and to calculate a predicted trend indicating a temporal change in the parameter from the current time onward, the field device further comprising an output interface configured to output information to a user, wherein the controller is configured to display the measured trend and the predicted trend as a graph on the output interface and/or on an external device communicably connected to the field device.
A drum washing machine , comprising: an outer tank arranged in a housing ; a drum , which is arranged in the outer tank and capable of rotating about a horizontal axis; a rotating body , which is arranged at a rear part of the drum , and a surface of the rotating body being provided with a projection ; and a driving part , configured to drive the drum and the rotating body to coaxially rotate at different rotating speeds; wherein, the drum comprises a moving unit configured to move the washings in the drum towards the rotating body ; wherein, the moving unit comprises a baffle , which is arranged on an inner circumferential surface of the drum and has gathering surfaces for gathering the washings through a rotation of the drum , wherein the gathering surfaces are inclined so that a side of the rotating body is lagged in a rotation direction of the drum ; and wherein two gathering surfaces respectively correspond to a right rotation and a left rotation of the drum , the drum washing machine is characterized in that the baffle is configured to rotate about a rotating shaft arranged on an end part of the baffle opposite to the side of the rotating body , so that the baffle can incline to two sides of the baffle from being parallel to the horizontal axis. an outer tank arranged in a housing ; a drum , which is arranged in the outer tank and capable of rotating about a horizontal axis; a rotating body , which is arranged at a rear part of the drum , and a surface of the rotating body being provided with a projection ; and a driving part , configured to drive the drum and the rotating body to coaxially rotate at different rotating speeds; wherein, the drum comprises a moving unit configured to move the washings in the drum towards the rotating body ; wherein, the moving unit comprises a baffle , which is arranged on an inner circumferential surface of the drum and has gathering surfaces for gathering the washings through a rotation of the drum , wherein the gathering surfaces are inclined so that a side of the rotating body is lagged in a rotation direction of the drum ; and wherein two gathering surfaces respectively correspond to a right rotation and a left rotation of the drum , the drum washing machine is characterized in that the baffle is configured to rotate about a rotating shaft arranged on an end part of the baffle opposite to the side of the rotating body , so that the baffle can incline to two sides of the baffle from being parallel to the horizontal axis.
A mobile terminal , comprising: a controller , and a piezoelectric excitation portion including a first excitation source , and a second excitation source , wherein: the controller is configured to control the first excitation source to generate a first vibration driving force and control the second excitation source to generate a second vibration driving force when the mobile terminal is in a handset mode, such that at a position where the second excitation source is located, a first vibration wave (x1) generated by the first vibration driving force and a second vibration wave (x2) generated by the second vibration driving force have opposite vibration directions, and a vibration amplitude of the second vibration wave (x2) is less than or equal to that of the first vibration wave (x1), characterized in that the second excitation source comprises a plurality of excitation elements arranged at intervals, and an arrangement trajectory of the plurality of excitation elements is circle centered on a geometric center of the first excitation source . a controller , and a piezoelectric excitation portion including a first excitation source , and a second excitation source , wherein: the controller is configured to control the first excitation source to generate a first vibration driving force and control the second excitation source to generate a second vibration driving force when the mobile terminal is in a handset mode, such that at a position where the second excitation source is located, a first vibration wave (x1) generated by the first vibration driving force and a second vibration wave (x2) generated by the second vibration driving force have opposite vibration directions, and a vibration amplitude of the second vibration wave (x2) is less than or equal to that of the first vibration wave (x1), characterized in that the second excitation source comprises a plurality of excitation elements arranged at intervals, and an arrangement trajectory of the plurality of excitation elements is circle centered on a geometric center of the first excitation source .
A servicing panel of an aircraft , the servicing panel configured for being mounted in a fuselage external portion of the aircraft and comprising: an electronic display device having a display area accessible from the exterior of the aircraft , the electronic display device being operatively connected to display information relating to a system of the aircraft on the display area ; characterised by a servicing port associated with the system, the servicing port comprising an electrical connector connectable to a power source external to the aircraft for powering the electronic display device . an electronic display device having a display area accessible from the exterior of the aircraft , the electronic display device being operatively connected to display information relating to a system of the aircraft on the display area ; characterised by a servicing port associated with the system, the servicing port comprising an electrical connector connectable to a power source external to the aircraft for powering the electronic display device .
A door system for a vehicle comprising a vehicle body structure and a first door structure , wherein the vehicle body structure comprises an opening to an interior compartment of the vehicle , wherein the door system comprises a displacement mechanism configured for displacing the first door structure in relation to the opening between an open position and a closed position, wherein the first door structure in the closed position is arranged to cover at least a portion of the opening , and wherein the first door structure in the open position is arranged at a distance from the closed position in a longitudinal direction of the vehicle body structure , wherein the first door structure comprises an essentially vertically arranged first door beam arranged to extend between a lower part of the vehicle body structure and an upper part of the vehicle body structure when the first door structure is arranged in a closed position, wherein a first bracket is attached to a lower end of the first door beam by at least one fastening means, wherein the first bracket is arranged to run in a first guide rail arranged in the vehicle body structure and wherein the first bracket comprises a first engaging part arranged at a first bracket lower end , and the first guide rail comprises an correspondingly shaped cross section having an extension in a lateral direction, wherein the first engaging part of the first bracket is arranged to interact with the correspondingly shaped cross section of the first guide rail characterized in that the guide rail in the vehicle body structure is extending essentially along a lateral direction of the vehicle body structure , wherein the first guide rail comprises a first recession , wherein the first bracket comprises a first protrusion arranged at a bottom end of the first bracket , wherein, upon a roof crush, the first protrusion and the first recession in the first guide rail is arranged to engage to prevent separation of the first door structure from the vehicle body structure .
A method for controlling a combustion engine and an electric motor , wherein the combustion engine is operated along a predetermined operating characteristic , characterized in that the power output of the combustion engine increases monotonically with the rotational speed along the operating characteristic , wherein the operating characteristic , with the exception of the operating point with the maximum power output , lies under the full load characteristic and at the highest rotational speed of the operating characteristic, the predetermined operating characteristic has a perpendicular section and the electric motor is provided and configured to support or to load the combustion engine depending on the control of the electric motor , wherein a control device is provided and configured to connect the combustion engine to the electric motor in a manner such that the control unit controls whether and to what extent the electric motor supports or loads the combustion engine .
A method for automatic monitoring of a connection (CTI-L) of an exchange system (PBX) in a telecommunication network (TN) with a data network (DN), in which a communication subscriber of the data network as XMPP client is connected via a computer-telephone-integration service connection (CTI-L) to an XMPP server of the data network, and in which an exchange system (PBX) of the telecommunication network is connected to the XMPP server (XS) via a gateway (CCGW), which is connected by means of CSTA XML to the exchange system (PBX) and by means of which the XMPP server is enabled to make computer-telephone-integration services of the exchange system (PBX) available to the XMPP client, wherein CSTA events and CSTA requests are transmitted as XMPP-IQ messages, IQ stanzas, between the gateway and the XMPP client, wherein computer-telephone-integration services and messages are transmitted by means of a request/response mechanism which, in the case of error, provides an error message to the sender, wherein IQ stanzas are used for the request/response mechanism, wherein in the case in which the connection between XMPP server and the XMPP client is no longer present, upon an IQ-stanza request of the gateway (CCGW), the XMPP server in place of the XMPP client transmits an IQ stanza of the "error" type with the value "service unavailable" as response, or, if direct presence messages are used in order to inform the gateway (CCGW) concerning the online status of its clients, and the XMPP client server connection is terminated in a controlled manner, an XMPP client application transmits a presence stanza of the type "unavailable" to its XMPP server without the stanza being addressed directly to the gateway, the XMPP server also sends the stanza to the gateway.
A half-spur for use with equestrian footwear comprising: a spur having a neck portion and tip portion that extends in a downward direction toward the ground when worn by the user; a curved body for supporting the spur having a distal end and a proximal end wherein the curved body is configured to be held in position when inserted into a pocket within the footwear, characterized in that : the spur is attached to the proximal end of the curved body and the distal end of the curved body is expanded in diameter and configured with a rounded end ; wherein the curved body is configured to extend around only one side of the footwear and includes a camber so the curved body approximates the shape of the footwear. a spur having a neck portion and tip portion that extends in a downward direction toward the ground when worn by the user; a curved body for supporting the spur having a distal end and a proximal end wherein the curved body is configured to be held in position when inserted into a pocket within the footwear, characterized in that : the spur is attached to the proximal end of the curved body and the distal end of the curved body is expanded in diameter and configured with a rounded end ; wherein the curved body is configured to extend around only one side of the footwear and includes a camber so the curved body approximates the shape of the footwear.
A method for implementing calls by using H.323 protocol stacks, characterized by comprising: deploying a plurality of H.323 protocol stacks in a multi-point control unit; configuring the maximum number of the processable calls of each H.323 protocol stack; and when the multi-point control unit is a calling party, selecting a first H.323 protocol stack, the number of processable calls of which does not exceed said maximum number of calls, to perform the H.225 signaling interaction with the called party, and selecting a second H.323 protocol stack, the number of processable calls of which does not exceed said maximum number of calls, to perform the H.245 signaling interaction with the opposite end; and when the multi-point control unit is a called party, pre-configuring an IP address of a third H.323 protocol stack as an incoming address, wherein the third H.323 protocol stack is configured to perform the H.225 signaling interaction with an opposite end, and selecting a fourth H.323 protocol stack, the number of processable calls of which does not exceed the maximum number of calls, to perform the H.245 signaling interaction with the opposite end. deploying a plurality of H.323 protocol stacks in a multi-point control unit; configuring the maximum number of the processable calls of each H.323 protocol stack; and when the multi-point control unit is a calling party, selecting a first H.323 protocol stack, the number of processable calls of which does not exceed said maximum number of calls, to perform the H.225 signaling interaction with the called party, and selecting a second H.323 protocol stack, the number of processable calls of which does not exceed said maximum number of calls, to perform the H.245 signaling interaction with the opposite end; and when the multi-point control unit is a called party, pre-configuring an IP address of a third H.323 protocol stack as an incoming address, wherein the third H.323 protocol stack is configured to perform the H.225 signaling interaction with an opposite end, and selecting a fourth H.323 protocol stack, the number of processable calls of which does not exceed the maximum number of calls, to perform the H.245 signaling interaction with the opposite end.
A device for forming a substantially round anastomosis having a radius (r) comprising: a first elongate component having a length (I) and a width (w); and a second elongate component magnetically attracted to said first component and having a length (I) and a width (w); wherein the width (w) is narrow enough to fit within a working channel of a standard endoscope ; and wherein the length (I) is related to a desired radius (r) of a resulting, substantially round anastomosis according to the formula (I) = (π)(r) - (w) as the body over time remodels the shape of the necrotic core tissue created by the implanted elongate components to the native vessel shape which is approximately round. a first elongate component having a length (I) and a width (w); and a second elongate component magnetically attracted to said first component and having a length (I) and a width (w); wherein the width (w) is narrow enough to fit within a working channel of a standard endoscope ; and wherein the length (I) is related to a desired radius (r) of a resulting, substantially round anastomosis according to the formula (I) = (π)(r) - (w) as the body over time remodels the shape of the necrotic core tissue created by the implanted elongate components to the native vessel shape which is approximately round.
A liquid pharmaceutical composition suitable for intranasal administration comprising 2-20 g/l of a pentapeptide Thr-Lys-Pro-Arg-Pro (SEQ ID NO: 5) or a pharmaceutically acceptable salt thereof, and at least one pharmaceutically acceptable excipient, for use intranasally in the prevention and/or treatment of female sexual dysfunction in a subject, preferably a human.