mhurhangee/patent-ind-claim-en huggingface dataset:
Process for producing rigid PUR/PIR foams comprising reaction of a reaction mixture containing A1 an isocyanate-reactive component A2 blowing agent A3 catalyst A4 optionally additive A5 flame retardant B an isocyanate component, which is characterized in that the flame retardant A5 contains at least two phosphorus-containing compounds, wherein at least one of the two compounds has the general formula R 1 R 2 (O)P-[O-R 5 -R 6 -O-P(O)R 3 ] n R 4 (I) or R 1 R 2 (O)P-[O-R 5 -X-R 6 -O-P(O)R 3 ] n R 4 (II) wherein X represents an alkylene group, N-R 7 , 0, C0, S, S0, SO 2 or P-R 7 , n represents an integer from 0 to 4, R 1 , R 2 , R 3 , R 4 in each case represents an aryl-0, aryl or alkyl group, R 5 , R 6 in each case represents an arylene group, R 7 represents an aryl-0, aryl or alkyl group, wherein the at least one compound having the general formula (I) or (II) is employed in an oligomer mixture and n on average has a value n of 0.80 to 4.00. A1 an isocyanate-reactive component A2 blowing agent A3 catalyst A4 optionally additive A5 flame retardant B an isocyanate component, which is characterized in that the flame retardant A5 contains at least two phosphorus-containing compounds, wherein at least one of the two compounds has the general formula R 1 R 2 (O)P-[O-R 5 -R 6 -O-P(O)R 3 ] n R 4 (I) or R 1 R 2 (O)P-[O-R 5 -X-R 6 -O-P(O)R 3 ] n R 4 (II) wherein X represents an alkylene group, N-R 7 , 0, C0, S, S0, SO 2 or P-R 7 , n represents an integer from 0 to 4, R 1 , R 2 , R 3 , R 4 in each case represents an aryl-0, aryl or alkyl group, R 5 , R 6 in each case represents an arylene group, R 7 represents an aryl-0, aryl or alkyl group, wherein the at least one compound having the general formula (I) or (II) is employed in an oligomer mixture and n on average has a value n of 0.80 to 4.00.
A coordination unit for a group of medical devices , wherein the coordination unit is configured to execute the following steps: - receiving sensor data from at least one of the medical devices , wherein the sensor data are assigned to a patient, - receiving a medical data set that is assigned to the patient, and - instigating an assessment of the sensor data and/or the at least a medical data set in order to derive a treatment regimen, characterized in that the medical data set records that the patient suffers from muscle weakness acquired in an intensive care unit, wherein the sensor data and/or the medical data set comprises measured values from a device for electrical impedance tomography and/or from a ventilator, wherein the medical set optionally indicates a sedation status of the patient, and wherein the treatment regimen derived from the sensor data and optionally from the at least one medical data set comprises at least specific instruction for a process to wean from a ventilator. - receiving sensor data from at least one of the medical devices , wherein the sensor data are assigned to a patient, - receiving a medical data set that is assigned to the patient, and - instigating an assessment of the sensor data and/or the at least a medical data set in order to derive a treatment regimen, characterized in that the medical data set records that the patient suffers from muscle weakness acquired in an intensive care unit, wherein the sensor data and/or the medical data set comprises measured values from a device for electrical impedance tomography and/or from a ventilator, wherein the medical set optionally indicates a sedation status of the patient, and wherein the treatment regimen derived from the sensor data and optionally from the at least one medical data set comprises at least specific instruction for a process to wean from a ventilator.
A method for transmitting a secondary advanced, SA, preamble in an orthogonal frequency division multiplexing, OFDM, wireless communication system, the method comprising: identifying an SA preamble generated in a unit of sub-blocks based on a frequency band to be used for transmitting information; identifying a block cover sequence for reducing a peak to average power ratio, PAPR, of the SA preamble, the block cover sequence being based on a segment identifier, ID, a fast Fourier transform, FFT, size, and a number of antennas; applying each bit of the identified block cover sequence to each sub-block constituting the SA preamble; and transmitting the SA preamble, wherein, if tone dropping, TD, is supported, the SA preamble is constructed by mapping sub-blocks only to a part of an FFT used for information transmission centering around a direct current, DC, subcarrier on both sides, so that a subcarrier interval for all frequency bands is the same. identifying an SA preamble generated in a unit of sub-blocks based on a frequency band to be used for transmitting information; identifying a block cover sequence for reducing a peak to average power ratio, PAPR, of the SA preamble, the block cover sequence being based on a segment identifier, ID, a fast Fourier transform, FFT, size, and a number of antennas; applying each bit of the identified block cover sequence to each sub-block constituting the SA preamble; and transmitting the SA preamble, wherein, if tone dropping, TD, is supported, the SA preamble is constructed by mapping sub-blocks only to a part of an FFT used for information transmission centering around a direct current, DC, subcarrier on both sides, so that a subcarrier interval for all frequency bands is the same.
An air-conditioning apparatus comprising: a detection unit configured to detect an abnormality of a device ; a controller configured to, when an abnormality is detected by the detection unit , stop the device and then restart the device, the controller having a time changing unit configured to change, from a reference time that is predetermined, based on a type of an abnormality detected by the detection unit , a restarting time from time when the device is stopped to time when the device is restarted, and a restarting unit configured to restart the device when the restarting time set by the time changing unit elapses after the device is stopped; and an auxiliary device configured to support operation related to the device , wherein the time changing unit is configured to make the restarting time of the device shorter than the reference time in a case in which the type of the abnormality is an abnormality related to the device , and the restarting unit is configured to restart the device a number of times that is predetermined and then, when the restarting unit conclusively determines that the device has an abnormality, stop restart of the device and start the auxiliary device . a detection unit configured to detect an abnormality of a device ; a controller configured to, when an abnormality is detected by the detection unit , stop the device and then restart the device, the controller having a time changing unit configured to change, from a reference time that is predetermined, based on a type of an abnormality detected by the detection unit , a restarting time from time when the device is stopped to time when the device is restarted, and a restarting unit configured to restart the device when the restarting time set by the time changing unit elapses after the device is stopped; and an auxiliary device configured to support operation related to the device , wherein the time changing unit is configured to make the restarting time of the device shorter than the reference time in a case in which the type of the abnormality is an abnormality related to the device , and the restarting unit is configured to restart the device a number of times that is predetermined and then, when the restarting unit conclusively determines that the device has an abnormality, stop restart of the device and start the auxiliary device .
Facade covering comprising facade panels which can be connected to one another by means of a tongue and groove connection , and at least one support element acting as a storm protection, wherein the facade panels are at least partially formed from a sheet metal forming the visible surface, which is profiled on the end faces to form the groove and tongue profile , and wherein the sheet metal adjacent to the tongue profile forms a fastening section for fastening the facade panel to the substrate , the fastening section extending under the adjacent facade panel when being connected to each other, and wherein the support element is arranged or can be arranged on the fastening section , characterized in that the support element comprises a stop engaging behind the groove profile of the adjacent facade panel in the connected state, the stop being held resiliently deflectable in that the support element has a first leg which is or can be rigidly arranged on the fastening section of the facade panel and a second leg which can be deflected, in particular pivoted, relative thereto, wherein the stop is formed on the second leg .
A transparent pane comprising a first optically effective pattern in a first plane and a second optically effective pattern in a second plane spaced apart from the first plane in a thickness direction of the pane, characterized in that the two patterns are designed in the two spaced-apart planes such that they cause Moiré effects, wherein the optically effective patterns are regular and are designed spaced apart and aligned such that, at a spacing of 2 meters or 3 meters or 4 meters from the pane, a Moiré pattern produced is one-dimensionally or two-dimensionally regular and has a lattice constant of above 2 cm and below 30 cm in one dimension or in two dimensions, wherein an optically effective pattern is formed by first pane regions whose transmission properties and/or absorption properties and/or reflection properties and/or scattering properties are different from those of an adjacent second pane region, and a first pane region has a degree of absorption and/or a degree of reflection of at least 30%, preferably of at least 50%, of the radiation power at a wavelength in a wavelength range, wherein the wavelength range is between 100 nm and 400 nm. the two patterns are designed in the two spaced-apart planes such that they cause Moiré effects, wherein the optically effective patterns are regular and are designed spaced apart and aligned such that, at a spacing of 2 meters or 3 meters or 4 meters from the pane, a Moiré pattern produced is one-dimensionally or two-dimensionally regular and has a lattice constant of above 2 cm and below 30 cm in one dimension or in two dimensions, wherein an optically effective pattern is formed by first pane regions whose transmission properties and/or absorption properties and/or reflection properties and/or scattering properties are different from those of an adjacent second pane region, and a first pane region has a degree of absorption and/or a degree of reflection of at least 30%, preferably of at least 50%, of the radiation power at a wavelength in a wavelength range, wherein the wavelength range is between 100 nm and 400 nm.
A method for determining the energy production which is to be expected for a wind power installation for a forecast time period, in particular the expected annual energy production of a wind power installation , wherein - the wind power installation has a plurality of installation components, - at least one of the installation components is selected as a thermally relevant component, - a plurality of chronologically distributed wind speed values are specified for the forecast time period, and - an expected power output level of the wind power installation is determined for one of the wind speed values in a power output level determining step, wherein - the expected power output level stipulates an installation power output level which is to be expected as the power output level which is generated by the wind power installation for this wind speed value, and - a component temperature which is assigned to this wind speed value is taken into account by the at least one thermally relevant component, and - the expected power output level of the wind power installation , which is determined for the wind speed value, is used to determine the energy production of the wind power installation which is to be expected for the forecast time period. - the wind power installation has a plurality of installation components, - at least one of the installation components is selected as a thermally relevant component, - a plurality of chronologically distributed wind speed values are specified for the forecast time period, and - an expected power output level of the wind power installation is determined for one of the wind speed values in a power output level determining step, wherein - the expected power output level stipulates an installation power output level which is to be expected as the power output level which is generated by the wind power installation for this wind speed value, and - a component temperature which is assigned to this wind speed value is taken into account by the at least one thermally relevant component, and - the expected power output level stipulates an installation power output level which is to be expected as the power output level which is generated by the wind power installation for this wind speed value, and - a component temperature which is assigned to this wind speed value is taken into account by the at least one thermally relevant component, and - the expected power output level of the wind power installation , which is determined for the wind speed value, is used to determine the energy production of the wind power installation which is to be expected for the forecast time period.
An adapter that is detachably provided on a robot arm and transmits a driving force from the robot arm to a surgical instrument , the adapter comprising: a base body that includes a first surface including an opening and attached to the robot arm by being faced with an attachment portion of the robot arm, and a second surface to which the surgical instrument is attached; an engaging portion disposed in a space between the first surface and the second surface that is configured to be movable in a predetermined direction along the first surface between an advanced position corresponding to the opening of the first surface and a retracted position retracted from the advanced position, and engages with the robot arm at the advanced position; an urging member that urges the engaging portion in a first direction (Y1) from the retracted position to the advanced position; an operation portion connected to the engaging portion to shift the engaging portion to the retracted position in accordance with being pulled in a second direction (Y2) opposite to the first direction while resisting an urging force of the urging member; characterized in that it comprises a stopper that stops the operation portion to prevent a shift of the engaging portion from the retracted position to the advanced position. a base body that includes a first surface including an opening and attached to the robot arm by being faced with an attachment portion of the robot arm, and a second surface to which the surgical instrument is attached; an engaging portion disposed in a space between the first surface and the second surface that is configured to be movable in a predetermined direction along the first surface between an advanced position corresponding to the opening of the first surface and a retracted position retracted from the advanced position, and engages with the robot arm at the advanced position; an urging member that urges the engaging portion in a first direction (Y1) from the retracted position to the advanced position; an operation portion connected to the engaging portion to shift the engaging portion to the retracted position in accordance with being pulled in a second direction (Y2) opposite to the first direction while resisting an urging force of the urging member; characterized in that it comprises a stopper that stops the operation portion to prevent a shift of the engaging portion from the retracted position to the advanced position.
Bush comprising: - a substantially cylindrical hollow body ; - a substantially frustoconical hollow head with an outer larger base and smaller base connected to the cylindrical body by a crown inclined towards the longitudinal axis (X-X) of the bush body ; - a threading formed on the outer side surface of the body , the threading having a top side and a bottom side of the thread; - a female thread formed on the inner side surface of the body ; the frustoconical head having an inner cavity with a polygonal annular profile designed to form an operating surface shaped for coupling with a corresponding tightening spanner, characterized in that the threading has an asymmetrical profile defined by a wider angle (α) of inclination of the bottom side of the thread relative to a plane parallel to the transverse direction (Y-Y) and orthogonal to the longitudinal axis (X-X), and a smaller angle (β) of inclination of the top side of the thread relative to said plane, and in that said threading has a bottom side of the thread forming an angle (α) of inclination of between 38° and 42° relative to said plane and a top side of the thread forming an angle (β) of between 5.5° and 8° relative to said plane. - a substantially cylindrical hollow body ; - a substantially frustoconical hollow head with an outer larger base and smaller base connected to the cylindrical body by a crown inclined towards the longitudinal axis (X-X) of the bush body ; - a threading formed on the outer side surface of the body , the threading having a top side and a bottom side of the thread; - a female thread formed on the inner side surface of the body ; the frustoconical head having an inner cavity with a polygonal annular profile designed to form an operating surface shaped for coupling with a corresponding tightening spanner,
Method for controlling interior lighting in a vehicle , in which method an interaction of a user with a device of the vehicle is detected; and on the basis of the detected interaction, a control signal is generated and transmitted to at least one elongate lighting device comprising a plurality of light segments , such that a dynamic light effect is generated, with a temporally variable distribution of a lighting parameter of the light segments being generated, characterized in that the dynamic light effect comprises an inhomogeneity of the distribution of the lighting parameter of the light segments , with at least one location in the vehicle being assigned to the inhomogeneity, at least one effect position in the vehicle is determined on the basis of the detected interaction, if the interaction further relates to at least one further device of the vehicle , a further effect position is determined on the basis of the further device , and the generated dynamic light effect comprises a directed movement of the inhomogeneity along a longitudinal extent of the lighting device with respect to the effect position, the directed movement of a light pulse extending from the effect position to the further effect position. on the basis of the detected interaction, a control signal is generated and transmitted to at least one elongate lighting device comprising a plurality of light segments , such that a dynamic light effect is generated, with a temporally variable distribution of a lighting parameter of the light segments being generated, characterized in that the dynamic light effect comprises an inhomogeneity of the distribution of the lighting parameter of the light segments , with at least one location in the vehicle being assigned to the inhomogeneity, at least one effect position in the vehicle is determined on the basis of the detected interaction, if the interaction further relates to at least one further device of the vehicle , a further effect position is determined on the basis of the further device , and the generated dynamic light effect comprises a directed movement of the inhomogeneity along a longitudinal extent of the lighting device with respect to the effect position, the directed movement of a light pulse extending from the effect position to the further effect position.
Method for toggling a management device in a telecommunications network, in which the operator of the network has defined at least one given set of N + 1 management devices, where N ≥ 2, said method comprising, for at least one management device of said set, termed "first management device", the following steps: - as long as said first management device is in service: • during the registration of at least one client equipment on the network, the first management device takes responsibility for this client equipment, • this client equipment registers the identity of the first management device, as well as the identity of another management device of said set, termed "second management device", which identity is provided to it by the first management device, and • the first management device shares or synchronizes with said second management device the context data relating to this client equipment, and - if the first management device goes off-service, each second management device is informed thereof and takes responsibility for the client equipments for which it has shared or synchronized the context data with the first management device. - as long as said first management device is in service: • during the registration of at least one client equipment on the network, the first management device takes responsibility for this client equipment, • this client equipment registers the identity of the first management device, as well as the identity of another management device of said set, termed "second management device", which identity is provided to it by the first management device, and • the first management device shares or synchronizes with said second management device the context data relating to this client equipment, and • during the registration of at least one client equipment on the network, the first management device takes responsibility for this client equipment, • this client equipment registers the identity of the first management device, as well as the identity of another management device of said set, termed "second management device", which identity is provided to it by the first management device, and • the first management device shares or synchronizes with said second management device the context data relating to this client equipment, and - if the first management device goes off-service, each second management device is informed thereof and takes responsibility for the client equipments for which it has shared or synchronized the context data with the first management device.