mhurhangee/ep-ind-claims huggingface dataset:
Device for controlling playback of digital multimedia data, the device comprising at least a first and a second touch sensitive display portions for receiving data input and displaying data as output, characterized in that the device is configured - for displaying in the first and the second displays portions (106, 108, 110, 112) a representation of at least a part of the multimedia data, where in the first portion (110, 112) a representation of a part of the multimedia data, which is displayed on the second portion (106, 108), is displayed in more detail wherein the part surrounds a current playback position, and where the first portion (110, 112) is operable in at least a first and a second mode, where - in the first mode independently of a position of a touch point a direction and a speed of the playback is controllable in dependence of a change of the touch point, and - in the second mode a new playback position is definable in dependence of the position of the touch point, such that once a new playback position is defined, the device takes over playback from this position in sync with the beat-phase of the playback, - for displaying in the second portion (106, 108) a marker (102, 104) for indicating on the second portion (106, 108) within the representation of the multimedia data a neighbourhood around the playback position, and for switching the modus of the first portion (110, 112), when the marker (102, 104) is moved by user input. - for displaying in the first and the second displays portions (106, 108, 110, 112) a representation of at least a part of the multimedia data, where in the first portion (110, 112) a representation of a part of the multimedia data, which is displayed on the second portion (106, 108), is displayed in more detail wherein the part surrounds a current playback position, and where the first portion (110, 112) is operable in at least a first and a second mode, where - in the first mode independently of a position of a touch point a direction and a speed of the playback is controllable in dependence of a change of the touch point, and - in the second mode a new playback position is definable in dependence of the position of the touch point, such that once a new playback position is defined, the device takes over playback from this position in sync with the beat-phase of the playback, - in the first mode independently of a position of a touch point a direction and a speed of the playback is controllable in dependence of a change of the touch point, and - in the second mode a new playback position is definable in dependence of the position of the touch point, such that once a new playback position is defined, the device takes over playback from this position in sync with the beat-phase of the playback, - for displaying in the second portion (106, 108) a marker (102, 104) for indicating on the second portion (106, 108) within the representation of the multimedia data a neighbourhood around the playback position, and for switching the modus of the first portion (110, 112), when the marker (102, 104) is moved by user input.
Use of an effective amount of Lawsonia intracellularis antigen for the preparation of a medicament for providing increased protection against Lawsonia intracellularis infection in a young animal by a method, wherein (a) the mother of said young animal is to be vaccinated with said medicament while said mother is pregnant with said young animal and (b) said young animal is to be vaccinated with an effective dose of said medicament within three weeks of age, wherein said young animal being a piglet, and, wherein said antigen being a modified live Lawsonia intracellularis bacteria. (a) the mother of said young animal is to be vaccinated with said medicament while said mother is pregnant with said young animal and (b) said young animal is to be vaccinated with an effective dose of said medicament within three weeks of age,
A module for forming in conjunction with other identical modules (10B; 10C) at least one air circulation duct by arranging the modules on top of computer cabinets of one or two rows, the at least one air circulation duct formed being arranged to extend in the direction of the length of the one or more rows of computer cabinets, the computer cabinets having standardized outside dimensions, a said module having a depth between the front and rear of the module and a width between two sides (12A, 120A) of the module allowing the modules to be arranged in succession in the sense of their depth on top of the computer cabinets of a row with at least one of the two sides (12A, 120A) of the modules extending beyond the width of a said row of computer cabinets, wherein the module includes an opening (17A; 170A) emerging in the underside of the module, the air circulation duct formed by abutment of identical modules arranged in succession in the sense of the length of a row or two side-by-side rows of computer cabinets making it possible to deliver cooled air to the computer cabinets or extract air heated by the computer cabinets through said opening.
An exhaust purification system of an internal combustion engine which arranges in an engine exhaust passage (23, 25) an NOx storage reduction catalyst which stores NOx which is contained in exhaust gas when an air-fuel ratio of inflowing exhaust gas is lean and which reduces and purifies the stored NOx when the air-fuel ratio of the inflowing exhaust gas becomes the stoichiometric air-fuel ratio or rich and which is provided with sulfur poisoning recovery control means for performing sulfur poisoning recovery control which makes a catalyst temperature of the NOx storage reduction catalyst rise to an SOx release temperature and makes the air-fuel ratio of the exhaust gas rich when said NOx storage reduction catalyst should be made to release the stored SOx, said exhaust purification system of an internal combustion engine characterized by being further provided with SOx release speed calculating means for calculating a speed of release of SOx which is stored in the NOx storage reduction catalyst, said sulfur poisoning recovery control means being provided with a rich time extension control which is executed for judging whether to further continue and extend the rich processing or to stop it, by stopping sulfur poisoning recovery control when said sulfur poisoning recovery control means should execute sulfur poisoning recovery control and the SOx release speed which is calculated by said SOx release speed calculating means is smaller than a lower limit release speed, and by being further provided with re-storage rate calculating means for calculating a ratio of an amount of SOx which is re-stored in said NOx storage reduction catalyst in an amount of SOx which is released from said NOx storage reduction catalyst, defined as a re-storage rate, and in that said sulfur poisoning recovery control means repeatedly executes rich processing which makes the air-fuel ratio of the inflowing exhaust gas rich interspaced by exactly a lean time and uses the re-storage rate which is calculated by said re-storage rate calculating means during each said rich processing as the basis to set a stop timing of said rich processing.
An optical converter comprising a ceramic element, the ceramic element being fluorescent so that light of a first wavelength is absorbed in the ceramic element and fluorescent light having longer wavelength is emitted, the ceramic element comprising pores, the pores being spatially irregularly distributed within the ceramic element, the distribution of the pores within the ceramic element being inhomogeneous so that the radial distribution function of the pore locations deviates from unity and has a maximum at a characteristic distance, the maximum having a value of at least 1.2.
A refrigerator with a freezing chamber and an ice making device installed in said freezing chamber to make ice by cold air circulating through the freezing chamber, the ice making device comprising: a water tank installed within an ice making space provided in a receiving box, the water tank having a water-storing space for storing water to be used in making ice and at least one water-supplying hole for use in supplying the water stored in the water-storing space; and at least one ice tray installed in the ice making space and provided with at least one ice making recess for use in making ice by receiving the water stored in the water-storing space, wherein the water stored in the water tank is supplied to the ice tray when the water tank is mounted in the freezing chamber, characterised in that: the water tank is installed on a top surface of a support plate provided in the ice making space such that the water tank can be installed thereon to be detachable in an up and down direction; the support plate is provided with a plurality of cold air supply openings formed by cutting out a portion of the support plate for causing cold air circulating through the freezing chamber to flow into the ice making space; and the receiving box is installed to be introduced into and taken out from the freezing chamber. a water tank installed within an ice making space provided in a receiving box, the water tank having a water-storing space for storing water to be used in making ice and at least one water-supplying hole for use in supplying the water stored in the water-storing space; and at least one ice tray installed in the ice making space and provided with at least one ice making recess for use in making ice by receiving the water stored in the water-storing space, wherein the water stored in the water tank is supplied to the ice tray when the water tank is mounted in the freezing chamber, characterised in that: the water tank is installed on a top surface of a support plate provided in the ice making space such that the water tank can be installed thereon to be detachable in an up and down direction; the support plate is provided with a plurality of cold air supply openings formed by cutting out a portion of the support plate for causing cold air circulating through the freezing chamber to flow into the ice making space; and the receiving box is installed to be introduced into and taken out from the freezing chamber. the water tank is installed on a top surface of a support plate provided in the ice making space such that the water tank can be installed thereon to be detachable in an up and down direction; the support plate is provided with a plurality of cold air supply openings formed by cutting out a portion of the support plate for causing cold air circulating through the freezing chamber to flow into the ice making space; and the receiving box is installed to be introduced into and taken out from the freezing chamber.
Headrest of a passenger seat of an aircraft, comprising a support and a headset for at least partially housing the head of the passenger, the headset being fixed to the support, characterized in that the headset comprises a body and at least one part (32, 34) mounted to move on the body to prolong the latter, the body, the moving part or one of the moving parts having a concave shape in two mutually perpendicular directions.
A method of producing a high elastic modulus shaft (19,20) from a nickel based or iron based alloy, the method comprising: providing a single crystal cylinder of the alloy, the single crystal cylinder having a longitudinal axis, the single crystal cylinder being seeded so that a high modulus <111> direction is at least substantially parallel to the longitudinal axis; hot working the cylinder to achieve a desired size of the cylinder; and heat treating the cylinder at a temperature below a recrystallization temperature of the alloy. providing a single crystal cylinder of the alloy, the single crystal cylinder having a longitudinal axis, the single crystal cylinder being seeded so that a high modulus <111> direction is at least substantially parallel to the longitudinal axis; hot working the cylinder to achieve a desired size of the cylinder; and heat treating the cylinder at a temperature below a recrystallization temperature of the alloy.
A lift device comprising: a base assembly comprising a chassis, a plurality of tractive elements rotatably coupled to the chassis and a plurality of base assembly batteries, wherein the base assembly batteries are configured to store and provide electrical energy for electrical components of the base assembly; a turntable assembly rotatably coupled with the base assembly through a slip ring transmission, the turntable assembly comprising a plurality of turntable batteries; a lift apparatus coupled with the slip ring transmission via the turntable assembly and configured to raise or lower an implement assembly, wherein one or more electrical components of the lift apparatus are configured to consume electrical energy provided by the turntable batteries to raise or lower the implement assembly; and characterised by comprising a controller configured to operate the base assembly batteries to charge the turntable batteries through the slip ring transmission. a base assembly comprising a chassis, a plurality of tractive elements rotatably coupled to the chassis and a plurality of base assembly batteries, wherein the base assembly batteries are configured to store and provide electrical energy for electrical components of the base assembly; a turntable assembly rotatably coupled with the base assembly through a slip ring transmission, the turntable assembly comprising a plurality of turntable batteries; a lift apparatus coupled with the slip ring transmission via the turntable assembly and configured to raise or lower an implement assembly, wherein one or more electrical components of the lift apparatus are configured to consume electrical energy provided by the turntable batteries to raise or lower the implement assembly; and characterised by comprising a controller configured to operate the base assembly batteries to charge the turntable batteries through the slip ring transmission.
A mounting/dismounting device (11; 12; 13) for mounting/dismounting a connecting pin used for an end-to-end assembly of two frame elements (91, 92) of a structure, such as a crane structure, said mounting/dismounting device (11; 12; 13) comprising: - a mounting/dismounting rod having a longitudinal axis, a head adapted to cooperate with a screwdriver, and a rod body having a proximal portion prolonging the head and a threaded distal portion which terminates in a free end; - a base (5; 6) supporting a nut (59; 69) and having an abutment portion (53; 66) shaped to bear on one of the two frame elements (91, 92), the threaded distal portion being provided to screw into said nut (59; 69) aligned with the longitudinal axis; - a proximal stop mounted freely in rotation on the proximal portion of the rod body around the longitudinal axis; - a bushing which is removable and mounted freely in translation along the longitudinal axis around the rod body between the nut (59; 69) and the proximal stop, said bushing having a first open end and a second open end; said mounting/dismounting device (11; 12; 13) being configurable in: - a mounting configuration in which the bushing is in abutment against the proximal stop; and - a dismounting configuration in which the bushing is in abutment against the base (5; 6) or the nut (59; 69). - a mounting/dismounting rod having a longitudinal axis, a head adapted to cooperate with a screwdriver, and a rod body having a proximal portion prolonging the head and a threaded distal portion which terminates in a free end; - a base (5; 6) supporting a nut (59; 69) and having an abutment portion (53; 66) shaped to bear on one of the two frame elements (91, 92), the threaded distal portion being provided to screw into said nut (59; 69) aligned with the longitudinal axis; - a proximal stop mounted freely in rotation on the proximal portion of the rod body around the longitudinal axis; - a bushing which is removable and mounted freely in translation along the longitudinal axis around the rod body between the nut (59; 69) and the proximal stop, said bushing having a first open end and a second open end; - a mounting configuration in which the bushing is in abutment against the proximal stop; and - a dismounting configuration in which the bushing is in abutment against the base (5; 6) or the nut (59; 69).
A method for transmitting discovery signals, performed by a base station operating a cell, the method comprising: generating M discovery signal blocks, each of the M discovery signal blocks including a primary synchronization signal, PSS, a secondary synchronization signal, SSS, and a physical broadcast channel, PBCH, and a reference signal for demodulation of the PBCH, wherein M is a natural number equal to or greater than 1; determining a frequency resource for transmitting the M discovery signal blocks as one of candidate frequency resources in a frequency band to which the cell belongs; and transmitting the M discovery signal blocks through the determined frequency resource, wherein a frequency location of each of the candidate frequency resources is derived by each of frequency reference points, and a spacing of frequency reference points is defined as an integer multiple of a subcarrier spacing, and wherein the spacing of the frequency reference points is further defined as an integer multiple of a bandwidth of a resource block, RB, consisting of subcarriers based on the subcarrier spacing. generating M discovery signal blocks, each of the M discovery signal blocks including a primary synchronization signal, PSS, a secondary synchronization signal, SSS, and a physical broadcast channel, PBCH, and a reference signal for demodulation of the PBCH, wherein M is a natural number equal to or greater than 1; determining a frequency resource for transmitting the M discovery signal blocks as one of candidate frequency resources in a frequency band to which the cell belongs; and transmitting the M discovery signal blocks through the determined frequency resource, wherein a frequency location of each of the candidate frequency resources is derived by each of frequency reference points, and a spacing of frequency reference points is defined as an integer multiple of a subcarrier spacing, and wherein the spacing of the frequency reference points is further defined as an integer multiple of a bandwidth of a resource block, RB, consisting of subcarriers based on the subcarrier spacing.
Method for transporting vehicles (2 to 6) hauled by a cable, comprising an initial step in which an image representative of a compartment of a vehicle (2 to 6) is generated, characterized in that it comprises the following steps: - retrieving an identifier of the vehicle (2 to 6), and - recording the identifier and the representative image associated with the identifier in a non-volatile memory. - retrieving an identifier of the vehicle (2 to 6), and - recording the identifier and the representative image associated with the identifier in a non-volatile memory.
A receiver for processing data wherein said receiver comprises a generic data processing engine configured to: receive a format definition, wherein said format definition comprises a description of a grammar which defines a syntax of a target language; configure said engine to process data which is formatted according to the format definition, responsive to receiving the format definition; receive additional data which conforms to the target language; and process the additionally received data in accordance with the format definition. receive a format definition, wherein said format definition comprises a description of a grammar which defines a syntax of a target language; configure said engine to process data which is formatted according to the format definition, responsive to receiving the format definition; receive additional data which conforms to the target language; and process the additionally received data in accordance with the format definition.
A method, comprising: prior to calibrating an in vivo analyte sensor, retrieving one or more parameters to calibrate the analyte sensor data; analyzing the retrieved one or more parameters to determine whether the analyte sensor data calibration will fail; and generating a notification based on the analysis of the retrieved one or more of the parameters; wherein if it is determined the analyte sensor data calibration will not fail, the method further comprises: performing a calibration routine to calibrate the analyte sensor; detecting a failure state of the calibration routine; retrieving one or more calibration parameters associated with the detected failure state of the calibration routine, wherein the one or more calibration parameters includes a predetermined number of preceding valid analyte sensor data; determining one or more conditions corresponding to the retrieved one or more calibration parameters to correct the detected failure state of the calibration routine; and generating a notification associated with the determined one or more conditions. prior to calibrating an in vivo analyte sensor, retrieving one or more parameters to calibrate the analyte sensor data; analyzing the retrieved one or more parameters to determine whether the analyte sensor data calibration will fail; and generating a notification based on the analysis of the retrieved one or more of the parameters; wherein if it is determined the analyte sensor data calibration will not fail, the method further comprises: performing a calibration routine to calibrate the analyte sensor; detecting a failure state of the calibration routine; retrieving one or more calibration parameters associated with the detected failure state of the calibration routine, wherein the one or more calibration parameters includes a predetermined number of preceding valid analyte sensor data; determining one or more conditions corresponding to the retrieved one or more calibration parameters to correct the detected failure state of the calibration routine; and generating a notification associated with the determined one or more conditions. performing a calibration routine to calibrate the analyte sensor; detecting a failure state of the calibration routine; retrieving one or more calibration parameters associated with the detected failure state of the calibration routine, wherein the one or more calibration parameters includes a predetermined number of preceding valid analyte sensor data; determining one or more conditions corresponding to the retrieved one or more calibration parameters to correct the detected failure state of the calibration routine; and generating a notification associated with the determined one or more conditions.