mhurhangee/ep-ind-claims huggingface dataset:
A measurement probe for measurement of elements in a mineral slurry, said probe comprising: a housing having an X-ray window, said housing enclosing: an electrically powered X-ray source positioned to emit source X-rays at said X-ray window; an X-ray detector positioned to detect X-rays from said X-ray window; and a control module configured to: control operation of said X-ray source and said X-ray detector; process X-rays detected by said X-ray detector to generate X-ray spectra data; and process said X-ray spectra data to determine the quantity of one or more elements of interest in the mineral slurry; and a probe mount located on an outer surface of said housing and surrounding said X-ray window, said probe mount being adapted to couple said measurement probe to a pipe mount on a pipe or a vessel mount on a vessel carrying said mineral slurry, said pipe mount or vessel mount surrounding an aperture to a lumen of said respective pipe or vessel, such that when said probe mount is coupled to said pipe mount or vessel mount the X-ray window provides a transmission window for X-rays into said lumen of said pipe or vessel. a housing having an X-ray window, said housing enclosing: an electrically powered X-ray source positioned to emit source X-rays at said X-ray window; an X-ray detector positioned to detect X-rays from said X-ray window; and a control module configured to: control operation of said X-ray source and said X-ray detector; process X-rays detected by said X-ray detector to generate X-ray spectra data; and process said X-ray spectra data to determine the quantity of one or more elements of interest in the mineral slurry; and an electrically powered X-ray source positioned to emit source X-rays at said X-ray window; an X-ray detector positioned to detect X-rays from said X-ray window; and a control module configured to: control operation of said X-ray source and said X-ray detector; process X-rays detected by said X-ray detector to generate X-ray spectra data; and process said X-ray spectra data to determine the quantity of one or more elements of interest in the mineral slurry; and control operation of said X-ray source and said X-ray detector; process X-rays detected by said X-ray detector to generate X-ray spectra data; and process said X-ray spectra data to determine the quantity of one or more elements of interest in the mineral slurry; and a probe mount located on an outer surface of said housing and surrounding said X-ray window, said probe mount being adapted to couple said measurement probe to a pipe mount on a pipe or a vessel mount on a vessel carrying said mineral slurry, said pipe mount or vessel mount surrounding an aperture to a lumen of said respective pipe or vessel, such that when said probe mount is coupled to said pipe mount or vessel mount the X-ray window provides a transmission window for X-rays into said lumen of said pipe or vessel.
A method for transmitting uplink control information in a Multiple-Input Multiple-Output, MIMO, system, the method comprising: transmitting M channel quality information, CQI, channels, each including CQI; wherein additional feedback information is included in at least one punctured bit in a plurality of bits allocated for the M CQI channels, wherein: each of the M CQI channels is associated with channel quality of at least one selected sub-band, the method characterized in that: the M CQI channels are transmitted for best M sub-bands in a plurality of sub-bands being comprised in a wideband. transmitting M channel quality information, CQI, channels, each including CQI; wherein additional feedback information is included in at least one punctured bit in a plurality of bits allocated for the M CQI channels, wherein: each of the M CQI channels is associated with channel quality of at least one selected sub-band, the method characterized in that: the M CQI channels are transmitted for best M sub-bands in a plurality of sub-bands being comprised in a wideband. each of the M CQI channels is associated with channel quality of at least one selected sub-band, the method characterized in that: the M CQI channels are transmitted for best M sub-bands in a plurality of sub-bands being comprised in a wideband.
An apparatus for perfusing an isolated organ or tissue, the apparatus comprising a perfusion circuit for recirculating perfusate, the perfusion circuit (i) comprising two perfusate flow paths (120, 130) by which liquid perfusate may flow to the organ or tissue and (ii) configured to perfuse the organ or tissue with the liquid perfusate so that perfusate flow in the plurality of flow paths is self-regulated by the organ or tissue; an oxygenator connected to the perfusion circuit and configured to supply oxygen to each of the perfusate flow paths, wherein either (iii) the apparatus comprises two oxygenators, a separate one of the two oxygenators being provided for each of the perfusate flow paths, or (iv) the apparatus further comprises on/off valves and/or pressure regulators configured to control the amount of oxygen supplied to each of the perfusate flow paths so that oxygen concentration of the liquid perfusate in each of the perfusate flow paths is different; and an oxygen supply device configured to supply oxygen to the oxygenator, the oxygen supply device comprising at least one member selected from the group consisting of an oxygen concentrator and an oxygen generator. a perfusion circuit for recirculating perfusate, the perfusion circuit (i) comprising two perfusate flow paths (120, 130) by which liquid perfusate may flow to the organ or tissue and (ii) configured to perfuse the organ or tissue with the liquid perfusate so that perfusate flow in the plurality of flow paths is self-regulated by the organ or tissue; an oxygenator connected to the perfusion circuit and configured to supply oxygen to each of the perfusate flow paths, wherein either (iii) the apparatus comprises two oxygenators, a separate one of the two oxygenators being provided for each of the perfusate flow paths, or (iv) the apparatus further comprises on/off valves and/or pressure regulators configured to control the amount of oxygen supplied to each of the perfusate flow paths so that oxygen concentration of the liquid perfusate in each of the perfusate flow paths is different; and an oxygen supply device configured to supply oxygen to the oxygenator, the oxygen supply device comprising at least one member selected from the group consisting of an oxygen concentrator and an oxygen generator.
Protection glass adapter (11; 111; 211) for a surgical microscope (2; 202), having - a first abutment surface (13; 113; 213), wherein the first abutment surface (13; 113; 213) is designed in such a way that it can be brought into contact with a corresponding second abutment surface (6; 206) of the surgical microscope (2; 202), - a guide opening (15, 115, 215) for receiving a main objective (5, 205) of the surgical microscope (2, 202), wherein the guide opening (15, 115, 215) is designed as a truncated cone with a first central axis (14; 114; 214), wherein the greater diameter of the truncated cone is formed toward the first abutment surface (13; 113; 213), characterized by: - at least one positioning element (16; 116; 216), wherein the at least one positioning element (16; 116; 216) is rigid and is arranged on the first abutment surface (13; 113; 213) or on the surface of the guide opening (15; 115; 215), wherein the positioning element (16; 116; 216) is suitable for being received with form-fit engagement in a mating element (8; 208) on the surgical microscope (2; 202), - at least one holding element (118; 218), wherein a holding force can be applied by the holding element (118; 218) parallel to the first central axis (14; 114; 214) between the protection glass adapter (11; 111; 211) and the surgical microscope (2; 202), wherein the holding force is formed by a magnetic force. - a first abutment surface (13; 113; 213), wherein the first abutment surface (13; 113; 213) is designed in such a way that it can be brought into contact with a corresponding second abutment surface (6; 206) of the surgical microscope (2; 202), - a guide opening (15, 115, 215) for receiving a main objective (5, 205) of the surgical microscope (2, 202), wherein the guide opening (15, 115, 215) is designed as a truncated cone with a first central axis (14; 114; 214), wherein the greater diameter of the truncated cone is formed toward the first abutment surface (13; 113; 213), - at least one positioning element (16; 116; 216), wherein the at least one positioning element (16; 116; 216) is rigid and is arranged on the first abutment surface (13; 113; 213) or on the surface of the guide opening (15; 115; 215), wherein the positioning element (16; 116; 216) is suitable for being received with form-fit engagement in a mating element (8; 208) on the surgical microscope (2; 202), - at least one holding element (118; 218), wherein a holding force can be applied by the holding element (118; 218) parallel to the first central axis (14; 114; 214) between the protection glass adapter (11; 111; 211) and the surgical microscope (2; 202), wherein the holding force is formed by a magnetic force.
A method for disaster recovery, comprising: obtaining, by a redundant Call Session Control Function, CSCF, information of registered IP Multimedia Subsystem, IMS, Private User Identities, IMPIs, that are associated with IMS Public User Identity, IMPU, in an IMS subscription transmitted by a Home Subscriber Server, HSS of a user; determining, by the redundant CSCF, an IMPU to be recovered according to the received information of the registered IMPIs, and requesting the HSS of the user for user service configuration data of the IMPU and user backup data of the IMPU; receiving, by the redundant CSCF, the user service configuration data of the IMPU and the user backup data of all IMPIs associated with the IMPU carried in a response returned by the HSS of the user; and recovering, by the redundant CSCF, a corresponding service according to the obtained user backup data of all IMPIs associated with the IMPU and user service configuration data of the IMPU in the IMS subscription. obtaining, by a redundant Call Session Control Function, CSCF, information of registered IP Multimedia Subsystem, IMS, Private User Identities, IMPIs, that are associated with IMS Public User Identity, IMPU, in an IMS subscription transmitted by a Home Subscriber Server, HSS of a user; determining, by the redundant CSCF, an IMPU to be recovered according to the received information of the registered IMPIs, and requesting the HSS of the user for user service configuration data of the IMPU and user backup data of the IMPU; receiving, by the redundant CSCF, the user service configuration data of the IMPU and the user backup data of all IMPIs associated with the IMPU carried in a response returned by the HSS of the user; and recovering, by the redundant CSCF, a corresponding service according to the obtained user backup data of all IMPIs associated with the IMPU and user service configuration data of the IMPU in the IMS subscription.
Chocolate containing fats and oils that form a continuous phase, wherein fats and oils contained in the chocolate contain 20 mass% or more of interesterified oils and fats comprising constituent fatty acid, characterized in that of a total amount of the constituent fatty acid, constituent fatty acid of 6 to 10 carbons represents 20 to 65 mass%, and saturated constituent fatty acid of 16 to 18 carbons represents 35 to 80 mass%, and a content of saturated constituent fatty acid of 16 carbons in the saturated constituent fatty acid of 16 to 18 carbons is 20 mass% or more, and a content of constituent fatty acid of 6 carbons in the constituent fatty acid of 6 to 10 carbons is 20 mass% or less. of a total amount of the constituent fatty acid, constituent fatty acid of 6 to 10 carbons represents 20 to 65 mass%, and saturated constituent fatty acid of 16 to 18 carbons represents 35 to 80 mass%, and a content of saturated constituent fatty acid of 16 carbons in the saturated constituent fatty acid of 16 to 18 carbons is 20 mass% or more, and a content of constituent fatty acid of 6 carbons in the constituent fatty acid of 6 to 10 carbons is 20 mass% or less.
An instrument for adjusting relative positioning of at least two vertebrae, comprising: a first end member including a guide bar and a displacement member extending therefrom and including an externally threaded portion; a second end member configured to engage with said guide bar and said displacement member, said second end member further including an engaging member selectively engageable with said externally threaded portion of said displacement member, wherein said second end member is movable relative to said first end member along said guide bar and said displacement member upon rotation of said displacement member relative to said first end member when said engaging member is engaged with said externally threaded portion of said displacement member and independent of rotation of said displacement member relative to said first end member when said engaging member is disengaged from said externally threaded portion of said displacement member, and wherein each of said first and second end members (12, 14) includes an open-sided hook portion (46, 110) configured to receive and engage with a portion of a respective one of first and second anchor extenders. a first end member including a guide bar and a displacement member extending therefrom and including an externally threaded portion; a second end member configured to engage with said guide bar and said displacement member, said second end member further including an engaging member selectively engageable with said externally threaded portion of said displacement member, wherein said second end member is movable relative to said first end member along said guide bar and said displacement member upon rotation of said displacement member relative to said first end member when said engaging member is engaged with said externally threaded portion of said displacement member and independent of rotation of said displacement member relative to said first end member when said engaging member is disengaged from said externally threaded portion of said displacement member, and wherein each of said first and second end members (12, 14) includes an open-sided hook portion (46, 110) configured to receive and engage with a portion of a respective one of first and second anchor extenders.
Compressed air supply system (110, 210) for at least one first compressed air consumer circuit of a vehicle, in particular for an air spring system, having: - a first compressed air line which leads to the first compressed air consumer circuit, - a distributor line, to which further consumer circuits can be connected, and - a first priority valve arrangement which is connected between the first compressed air line and the distributor line, characterized by - a second priority valve arrangement which is connected between the first compressed air line and a first air reservoir which is assigned to the first compressed air consumer circuit. - a first compressed air line which leads to the first compressed air consumer circuit, - a distributor line, to which further consumer circuits can be connected, and - a first priority valve arrangement which is connected between the first compressed air line and the distributor line, characterized by - a second priority valve arrangement which is connected between the first compressed air line and a first air reservoir which is assigned to the first compressed air consumer circuit.
A charge control unit for controlling electricity charged to a piezo element ( Pa, Pb), which is for actuating a backpressure control valve so as to control backpressure applied to a valve element for a fuel injection valve, wherein the backpressure control valve is configured to start to decrease the backpressure to actuate the valve element to open an injection port of the fuel injection valve when voltage of the electricity exceeds a threshold ( Vth), the charge control unit comprising: a charge unit ( 30, 1) configured to increase the voltage by repeating increasing and decreasing a drive current, which is supplied to the piezo element ( Pa, Pb), for a plurality of times for charging the piezo element ( Pa, Pb); and a switching unit ( 10, 18) configured to alternate the increasing and the decreasing in the drive current based on an on-off operation of the switching unit, characterized in that the switching unit ( 10, 18) is configured to alternate the increasing and the decreasing in the drive current such that the voltage exceeds the threshold ( Vth) in an intermediate period in a middle of a specific increasing period among a plurality of increasing periods, in each of which the drive current increases, wherein the specific increasing period is selected from the plurality of increasing periods depending on an operation of an internal combustion engine. a charge unit ( 30, 1) configured to increase the voltage by repeating increasing and decreasing a drive current, which is supplied to the piezo element ( Pa, Pb), for a plurality of times for charging the piezo element ( Pa, Pb); and a switching unit ( 10, 18) configured to alternate the increasing and the decreasing in the drive current based on an on-off operation of the switching unit, characterized in that the switching unit ( 10, 18) is configured to alternate the increasing and the decreasing in the drive current such that the voltage exceeds the threshold ( Vth) in an intermediate period in a middle of a specific increasing period among a plurality of increasing periods, in each of which the drive current increases, wherein the specific increasing period is selected from the plurality of increasing periods depending on an operation of an internal combustion engine.
A method of storing an image, the method comprising: displaying (410, 710), via a display (160, 260) of the electronic device, a user interface corresponding to an application being executed by a processor of the electronic device, wherein a time scale of the application is divided into unit sections (930, 941, 943, 945, 947), each unit section including at least one or more units of time; obtaining (420, 720) a quantity of touch inputs on a touch screen of the display per unit of time while the user interface is displayed; determining (430, 730) whether an average or peak value of the obtained quantity of touch inputs per unit of time measured in a unit section corresponds to a designated value for storing at least part of an image of the user interface displayed on the display; and in response to determining that the average or peak value of the obtained quantity of touch inputs per unit of time measured in a unit section corresponds to the designated value, storing (440, 740) at least part of the image of the user interface. displaying (410, 710), via a display (160, 260) of the electronic device, a user interface corresponding to an application being executed by a processor of the electronic device, wherein a time scale of the application is divided into unit sections (930, 941, 943, 945, 947), each unit section including at least one or more units of time; obtaining (420, 720) a quantity of touch inputs on a touch screen of the display per unit of time while the user interface is displayed; determining (430, 730) whether an average or peak value of the obtained quantity of touch inputs per unit of time measured in a unit section corresponds to a designated value for storing at least part of an image of the user interface displayed on the display; and in response to determining that the average or peak value of the obtained quantity of touch inputs per unit of time measured in a unit section corresponds to the designated value, storing (440, 740) at least part of the image of the user interface.
An electronic apparatus comprising: an interface; a sensor; and a processor configured to: detect occurrence of a user event, which corresponds to a command issued to transmit content, through the sensor, identify an external apparatus, which corresponds to the user event, through the interface, identify content to be transmitted and an application among a plurality of applications, the identified application currently running in the electronic apparatus and corresponding to the identified content, identify a method of transmitting the content based on the identified application, wherein identifying the method of transmitting the content comprises identifying whether mirroring or casting is to be used, and transmit the content to the external apparatus through the interface based on the identified method of transmitting the content. an interface; a sensor; and a processor configured to: detect occurrence of a user event, which corresponds to a command issued to transmit content, through the sensor, identify an external apparatus, which corresponds to the user event, through the interface, identify content to be transmitted and an application among a plurality of applications, the identified application currently running in the electronic apparatus and corresponding to the identified content, identify a method of transmitting the content based on the identified application, wherein identifying the method of transmitting the content comprises identifying whether mirroring or casting is to be used, and transmit the content to the external apparatus through the interface based on the identified method of transmitting the content. detect occurrence of a user event, which corresponds to a command issued to transmit content, through the sensor, identify an external apparatus, which corresponds to the user event, through the interface, identify content to be transmitted and an application among a plurality of applications, the identified application currently running in the electronic apparatus and corresponding to the identified content, identify a method of transmitting the content based on the identified application, wherein identifying the method of transmitting the content comprises identifying whether mirroring or casting is to be used, and transmit the content to the external apparatus through the interface based on the identified method of transmitting the content.
A composition comprising a mixture of silyl hydride, an epoxide, a Lewis acid catalyst and an amine having the following formula: R 1 R 2 R 3 N, where the nitrogen is not a member of an N=C-N linkage and where each of R 1, R 2, and R 3 is independently selected from a group consisting of hydrogen, alkyl, substituted alkyl, and conjugated moieties, wherein: (a) when the epoxide is a linear epoxide, that is, when the epoxide carbons are part of a linear structure, then at least one of R 1, R 2 and R 3 is a conjugated moiety connected to the nitrogen by a conjugated carbon; and (b) when the epoxide is a cyclic epoxide, that is when the epoxide carbons are part of a cyclic structure, then each of R 1, R 2, and R 3 is connected to the nitrogen by a non-conjugated carbon. (a) when the epoxide is a linear epoxide, that is, when the epoxide carbons are part of a linear structure, then at least one of R 1, R 2 and R 3 is a conjugated moiety connected to the nitrogen by a conjugated carbon; and (b) when the epoxide is a cyclic epoxide, that is when the epoxide carbons are part of a cyclic structure, then each of R 1, R 2, and R 3 is connected to the nitrogen by a non-conjugated carbon.