mhurhangee/ep-ind-claims huggingface dataset:
A device management method, comprising: receiving, by a middleware installed on a machine-to-machine communications, M2M, platform, a resource access request sent by an M2M application by using a resource access interface, wherein the resource access request comprises: a uniform resource identifier, URI that is used to indicate a storage position of an accessed management object, MO, data resource, and the accessed MO data resource is created on the M2M platform and corresponds to MO information on an M2M device, and the URI is allocated to the accessed MO data resource; converting, by the middleware installed on the M2M platform, according to pre-established mapping between the resource access request of the MO data resource and a device management, DM, command, the resource access request into a corresponding DM command, and determining, according to the pre-established mapping between the MO data resource and the MO information, the MO information corresponding to the accessed MO data resource; and sending, by the middleware installed on the M2M platform, the DM command to a target device corresponding to the URI to manage the MO information corresponding to the accessed MO data resource, wherein, the target device is the M2M device. receiving, by a middleware installed on a machine-to-machine communications, M2M, platform, a resource access request sent by an M2M application by using a resource access interface, wherein the resource access request comprises: a uniform resource identifier, URI that is used to indicate a storage position of an accessed management object, MO, data resource, and the accessed MO data resource is created on the M2M platform and corresponds to MO information on an M2M device, and the URI is allocated to the accessed MO data resource; converting, by the middleware installed on the M2M platform, according to pre-established mapping between the resource access request of the MO data resource and a device management, DM, command, the resource access request into a corresponding DM command, and determining, according to the pre-established mapping between the MO data resource and the MO information, the MO information corresponding to the accessed MO data resource; and sending, by the middleware installed on the M2M platform, the DM command to a target device corresponding to the URI to manage the MO information corresponding to the accessed MO data resource, wherein, the target device is the M2M device.
Wetting system for fire protection systems, designed and equipped for wetting a predetermined extinguishing volume with liquid extinguishant, comprising - a liquid extinguishant tank designed for storing the liquid extinguishant, - a compressed gas accumulator designed for the pressurized storage of extinguishing gas, - a piping system (7; 24, 25) designed for introducing a liquid extinguishant-gas mixture into the extinguishing volume via at least one discharge opening, wherein the liquid extinguishant tank and compressed gas accumulator - are interconnected via the piping system and - feed a mixing point of the piping system (7; 24, 25) which is designed for generating the liquid extinguishant-gas mixture and is connected upstream of the at least one outlet opening, characterized in that the wetting system comprises an additional piping system which is connected to the compressed gas accumulator and is different from the piping system (7; 24, 25), and which is designed and equipped for exclusively introducing extinguishing gas into the extinguishing volume via gas outlet openings, and the piping system (7; 24, 25) is designed and laid out in such a way that in a pure liquid-gas extinguishing measure within a defined operating envelope the concentration of extinguishing gas in the extinguishing volume remains below the extinguishing concentration. - a liquid extinguishant tank designed for storing the liquid extinguishant, - a compressed gas accumulator designed for the pressurized storage of extinguishing gas, - a piping system (7; 24, 25) designed for introducing a liquid extinguishant-gas mixture into the extinguishing volume via at least one discharge opening, - are interconnected via the piping system and - feed a mixing point of the piping system (7; 24, 25) which is designed for generating the liquid extinguishant-gas mixture and is connected upstream of the at least one outlet opening,
Hydraulically damped mount, in particular for mounting an engine of a motor vehicle, having a mount housing, a supporting element made from an elastomeric material for mounting a mount core, a working chamber that is confined by the supporting element, a damping chamber that is separated from the working chamber by an intermediate plate and is confined by a compensation diaphragm made from an elastomeric material, wherein the working chamber and the damping chamber are connected by an overflow channel provided in the intermediate plate and are filled with an hydraulic fluid, wherein a filling channel leading radially outwards is provided in the intermediate plate, the filling channel being connected to the overflow channel, and wherein the mount housing comprises an opening in the vicinity of the filing channel, wherein a funnel having a funnel inlet and a funnel outlet is provided at the circumference of the intermediate plate and the funnel inlet surrounds the opening in the mount housing and sealingly abuts against the mount housing, characterized in that the funnel is formed resilient.
A method of synchronizing data between a pair of devices (302, 304) comprising: receiving a knowledge vector from a first device of the pair of devices, the knowledge vector identifying data items and latest changes to the data items known to the first device; comparing, at a second device of the pair of devices, the received knowledge vector with a local knowledge vector of changes known to the second device; generating a list of changes unknown to the first device based on a result of the comparing, the list of changes unknown to the first device including records of changes that appear in the local knowledge vector and do not appear in the received knowledge vector; sending to the first device the list of changes that are unknown to the first device as change metadata, the change metadata including one or more identifiers respectively corresponding to one or more data items that changed, and one or more identifiers respectively corresponding to one or more changes each occurred to a respective data item, the metadata usable by the first device to determine which of the one or more changes to request from the second device; and sending the one or more data items, including the one or more changes to the one or more data items that were unknown by the first device, to the first device after receiving a request from the first device for the one or more data items identified in the change metadata, wherein the first device delays sending the request until a user provides input with respect to the one or more data items. receiving a knowledge vector from a first device of the pair of devices, the knowledge vector identifying data items and latest changes to the data items known to the first device; comparing, at a second device of the pair of devices, the received knowledge vector with a local knowledge vector of changes known to the second device; generating a list of changes unknown to the first device based on a result of the comparing, the list of changes unknown to the first device including records of changes that appear in the local knowledge vector and do not appear in the received knowledge vector; sending to the first device the list of changes that are unknown to the first device as change metadata, the change metadata including one or more identifiers respectively corresponding to one or more data items that changed, and one or more identifiers respectively corresponding to one or more changes each occurred to a respective data item, the metadata usable by the first device to determine which of the one or more changes to request from the second device; and sending the one or more data items, including the one or more changes to the one or more data items that were unknown by the first device, to the first device after receiving a request from the first device for the one or more data items identified in the change metadata, wherein the first device delays sending the request until a user provides input with respect to the one or more data items.
Arrangement comprising an ultrasonic transducer and a damping element with a longitudinal axis, said damping element connecting the ultrasonic transducer to a housing or measuring tube wall, wherein the ultrasonic transducer has a part with a surface in contact with the medium, from said surface ultrasonic signals are transmitted to a gaseous or liquid medium, and wherein the damping element has at least two annular grooves (10, 12) and an annular mass segment arranged between said grooves, wherein the damping element has a first natural frequency (f a) at which the annular mass segment executes an axial movement parallel to the longitudinal direction of the damping element, wherein this first natural frequency is the highest frequency in the event of there being several natural frequencies at which the annular mass segment executes an axial movement parallel to the longitudinal direction of the damping element, and wherein the damping element has a second natural frequency (f r) at which the annular mass segment performs a rotational movement; wherein this second natural frequency is the lowest natural frequency in the event of there being several natural frequencies at which the annular mass segment executes a rotational movement, characterized in that the ratio of the first natural frequency (f a) to the second natural frequency (f r) is less than 0.75, and in that the damping element presents, at least in the area of a first of the at least two annular grooves, a first average distance τ 2 from the outer wall of a hollow cylindrical subsection to the longitudinal axis, wherein the damping element presents, at least in the area of the first of the at least two annular grooves, a second average distance τ 1 from the inner wall of the hollow cylindrical subsection to the longitudinal axis, wherein the damping element presents an average length l 3 in the area of the ring mass segment between the annular grooves (10, 12), wherein the expression 0.093 T 2 − T 1 / 1 mm + 0.0016 l 3 / 1 mm − 12.5 2 + 0.057 is less than 0.55, wherein the values for τ 1, τ 2 and l 3 must be indicated in millimeters.
A gel obtainable by contacting an anhydrous suspension comprising a) particles of bioactive glass wherein the mean particle size of the particles is less than or equal to 20 μm; and b) an ester which is a triglyceride with a molecular weight of less than or equal to 100000; with water by adding from 0.06 to 30 vol/vol-% water to the suspension; wherein the bioactive glass comprises: SiO 2 in an amount of 40 to 70 wt-%, CaO in an amount of 0 to 25 wt-%, Na 2 O in an amount of 0 to 30 wt-%, and P 2 O 5 in an amount of 0 to 5 wt-%. a) particles of bioactive glass wherein the mean particle size of the particles is less than or equal to 20 μm; and b) an ester which is a triglyceride with a molecular weight of less than or equal to 100000; SiO 2 in an amount of 40 to 70 wt-%, CaO in an amount of 0 to 25 wt-%, Na 2 O in an amount of 0 to 30 wt-%, and P 2 O 5 in an amount of 0 to 5 wt-%.
A black azo pigment represented by the following formula: wherein R 1 represents an aryl group optionally having a substituent; wherein the aryl group is selected from the group consisting of a phenyl group, a naphthyl group, and a group represented by the following formula (2-Z) and wherein the substituent is selected from the group consisting of an alkyl group, an alkenyl group, an alkynyl group, an alkoxy group each having 1 to 4 carbon atoms, an amino group, and a carbamate group. wherein R 1 represents an aryl group optionally having a substituent; wherein the aryl group is selected from the group consisting of a phenyl group, a naphthyl group, and a group represented by the following formula (2-Z) and wherein the substituent is selected from the group consisting of an alkyl group, an alkenyl group, an alkynyl group, an alkoxy group each having 1 to 4 carbon atoms, an amino group, and a carbamate group.
A method for encoding an N-channel audio program, wherein the program is specified over a time interval, the time interval includes a subinterval from a time t1 to a time t2, and a time-varying mix, A(t), of N encoded signal channels to M output channels has been specified over the time interval, where M is less than or equal to N, said method including steps of: determining a first cascade of N×N primitive matrices which, when applied to samples of the N encoded signal channels, implements a first mix of audio content of the N encoded signal channels to the M output channels, wherein the first mix is consistent with the time-varying mix, A(t), in the sense that the first mix is at least substantially equal to A, and wherein an N×N primitive matrix is defined as a matrix in which N-1 rows contain off-diagonal elements equal to zero and on-diagonal elements with an absolute value of 1; determining interpolation values which, with the first cascade of primitive matrices and an interpolation function defined over the subinterval, are indicative of a sequence of cascades of N×N updated primitive matrices, such that each of the cascades of updated primitive matrices, when applied to samples of the N encoded signal channels, implements an updated mix, associated with a different time in the subinterval, of the N encoded signal channels to the M output channels, wherein each said updated mix is consistent with the time-varying mix, A(t); and generating an encoded bitstream which is indicative of encoded audio content, the interpolation values, and the first cascade of primitive matrices. determining a first cascade of N×N primitive matrices which, when applied to samples of the N encoded signal channels, implements a first mix of audio content of the N encoded signal channels to the M output channels, wherein the first mix is consistent with the time-varying mix, A(t), in the sense that the first mix is at least substantially equal to A, and wherein an N×N primitive matrix is defined as a matrix in which N-1 rows contain off-diagonal elements equal to zero and on-diagonal elements with an absolute value of 1; determining interpolation values which, with the first cascade of primitive matrices and an interpolation function defined over the subinterval, are indicative of a sequence of cascades of N×N updated primitive matrices, such that each of the cascades of updated primitive matrices, when applied to samples of the N encoded signal channels, implements an updated mix, associated with a different time in the subinterval, of the N encoded signal channels to the M output channels, wherein each said updated mix is consistent with the time-varying mix, A(t); and generating an encoded bitstream which is indicative of encoded audio content, the interpolation values, and the first cascade of primitive matrices.
A bracket for use in a seismic cable sway bracing system to attach a bracing cable to a support structure or to an object to be braced, the bracket comprising: a planar base having a base aperture therethrough; and at least one planar arm integrally formed with and extending from the planar base, the at least one planar arm being angled upwardly about 58° relative to the planar base and having an arm aperture therethrough, wherein a first distance is defined from a center of the base aperture to an edge of the planar base opposite the at least one planar arm in a pre-angled arrangement, a second distance is defined from the center of the base aperture to a center of the arm aperture in the pre-angled arrangement, and a ratio of the first distance to the second distance is about 1:1.4 to about 1:2, and wherein the angle of the at least one planar arm to the planar base minimizes or prevents deformation of the bracket under operating loads. a planar base having a base aperture therethrough; and at least one planar arm integrally formed with and extending from the planar base, the at least one planar arm being angled upwardly about 58° relative to the planar base and having an arm aperture therethrough, wherein a first distance is defined from a center of the base aperture to an edge of the planar base opposite the at least one planar arm in a pre-angled arrangement, a second distance is defined from the center of the base aperture to a center of the arm aperture in the pre-angled arrangement, and a ratio of the first distance to the second distance is about 1:1.4 to about 1:2, and wherein the angle of the at least one planar arm to the planar base minimizes or prevents deformation of the bracket under operating loads.
A method for producing a flexible prosthetic implant shell having an indicia, the method comprising the step of exposing a flexible implant shell comprising a matrix material and an additive dispersed therein to electromagnetic radiation such that the additive reacts with the electromagnetic radiation and forms an indicia, wherein the density of the additive is greater than that of the matrix material.
An assembly for detecting a position of a surgical instrument in a magnetic field, the assembly comprising: an encoder having an encoder first side and an oppositely positioned encoder second side, the encoder including a translucent substrate and one or more light blocking indicia (406, 406A or 406B) disposed thereon; a light source; at least one input optical fiber extending from an input fiber first end to an input fiber second end, the input fiber first end coupled to the light source and the input fiber second end disposed at a point adjacent the encoder first side; a light detector array; at least one output optical fiber extending from an output fiber first end to an output fiber second end, the output fiber first end disposed at a point adjacent the encoder second side and the output fiber second end coupled to the light detector array; and a drive and trajectory guide assembly including: a base defining an instrument trajectory; a first stage coupled to the base along the trajectory; and a second stage movable relative to the first stage and operable to move one or more surgical instruments coupled thereto with respect to the base and the first stage; wherein the encoder is coupled to the second stage, and the input fiber second end and the output fiber first end are stationarily mounted relative to the base and the first stage; and wherein the one or more light blocking indicia include a plurality of absolute unique position indicia, the light detector array being adapted to detect an absolute position of the surgical instrument using the absolute position indicia; wherein each of the plurality of absolute unique position indicia relates to a single unique position of the encoder, and wherein the encoder is stationarily mounted relative to the surgical instrument. an encoder having an encoder first side and an oppositely positioned encoder second side, the encoder including a translucent substrate and one or more light blocking indicia (406, 406A or 406B) disposed thereon; a light source; at least one input optical fiber extending from an input fiber first end to an input fiber second end, the input fiber first end coupled to the light source and the input fiber second end disposed at a point adjacent the encoder first side; a light detector array; at least one output optical fiber extending from an output fiber first end to an output fiber second end, the output fiber first end disposed at a point adjacent the encoder second side and the output fiber second end coupled to the light detector array; and a base defining an instrument trajectory; a first stage coupled to the base along the trajectory; and a second stage movable relative to the first stage and operable to move one or more surgical instruments coupled thereto with respect to the base and the first stage;
An arrangement comprising a refrigerator unit and/or a freezer unit designed as a built-in unit and a furniture surround in which the unit is arranged, wherein the refrigerator unit and/or freezer comprises at least one carcass and at least one cooled inner space surrounded by the carcass wherein the unit comprises at least one refrigerant circuit that comprises at least one liquefier that is located at the rear side of the carcass in an air passage between the rear unit side and the furniture surround, and wherein the unit has at least one fan that is arranged such that it generates an airflow over the liquefier in operation, wherein an airflow takes place over the liquefier by natural convection with a switched off fan, wherein the fan is configured such that the air amount conveyed by it is variable, characterized in that the unit has at least one container for receiving defrost water, with the fan being arranged such that it generates an airflow over the defrost water located in the container in operation; and comprises a control unit that is configured to control the fan in dependence on the defrost water to be evaporated and on at least one parameter of the environmental conditions, with the parameter or parameters comprising the environmental temperature. characterized in that the unit has at least one container for receiving defrost water, with the fan being arranged such that it generates an airflow over the defrost water located in the container in operation; and comprises a control unit that is configured to control the fan in dependence on the defrost water to be evaporated and on at least one parameter of the environmental conditions, with the parameter or parameters comprising the environmental temperature.
Switching device for the switching on and off of a current passing through a current path, having at least one fixed contact (11, 12) and at least one movable contact (14, 15), wherein the movable contact can be moved relative to the fixed contact for connecting or disconnecting the current path, having a drive for the functional movement of a switching bridge between a connecting position and a disconnecting position, wherein in the connecting position with the fixed contact the movable contact connects the current path, and having a quick-action release for disconnecting the current path in the event of a short circuit or overload, wherein the movable contact (14, 15) is movably guided along the switching bridge between a first stop on the switching bridge and a second stop on the switching bridge, characterised in that the movable contact (14, 15) is rigidly coupled to an armature of the quick-action release.
A radio base station that is allocated between a base station control apparatus and a mobile station, wherein variable rate transmission is performed over a downlink radio channel between the base station control apparatus and the mobile station, the radio base station comprising: a transmission rate determining part for determining a transmission rate in accordance with a size of transmission data to the mobile station; and characterized by a transmission power changing part for determining a transmission power of the transmission data in accordance with an error correction gain difference depending on the determined transmission rate. a transmission rate determining part for determining a transmission rate in accordance with a size of transmission data to the mobile station; and characterized by a transmission power changing part for determining a transmission power of the transmission data in accordance with an error correction gain difference depending on the determined transmission rate.