mhurhangee/ep-ind-claims huggingface dataset:
A method of communicating with a user equipment by using a frequency resource of a second mobile communication provider in a mobile communication system, the method being performed by a first base station of a first mobile communication provider, the method comprising: requesting to permit the first base station to use a second frequency resource of the second mobile communication provider; transmitting, to the user equipment, setting information, for establishing communication using the second frequency resource of the second mobile communication provider, through a first frequency resource of the first mobile communication provider; and communicating with the user equipment through the second frequency resource, based on the setting information, the method characterized in that the setting information comprises information about a method of obtaining, by the user equipment, synchronization information corresponding to the first base station, and wherein the synchronization information is obtained through at least one of a periodic synchronization signal or an aperiodic preamble and comprises identification information of the first mobile communication provider. requesting to permit the first base station to use a second frequency resource of the second mobile communication provider; transmitting, to the user equipment, setting information, for establishing communication using the second frequency resource of the second mobile communication provider, through a first frequency resource of the first mobile communication provider; and communicating with the user equipment through the second frequency resource, based on the setting information, the method characterized in that the setting information comprises information about a method of obtaining, by the user equipment, synchronization information corresponding to the first base station, and wherein the synchronization information is obtained through at least one of a periodic synchronization signal or an aperiodic preamble and comprises identification information of the first mobile communication provider.
Monitoring device of a connecting rod fitting of a window, French door or the like, with a transmitting unit, provided to be arranged on a longitudinally slideable connecting rod, and a receiving unit, provided for stationary arrangement, for measuring the position of the transmitting unit, characterized in that the receiving unit has a base part and a receiving part, in that the base part has screw holes for being screwed to a stationary component of the window and that the receiving part has an electronic assembly group for measuring the position of the transmitting unit, and in that the position of the receiving part is adjustable with respect to the base part.
A nozzle housing (69, 87, 108) for use in a post-mix drink dispenser, said nozzle housing (69, 87, 108) comprising: a walled body having a substantially open interior wherein a top edge of said body defines an inlet through the top of the nozzle housing (69, 87, 108) and an outlet from the nozzle housing (69, 87, 108) is formed at the bottom of said body; and a vent formed in a wall portion of said body, said vent being adapted to provide air from without the nozzle housing (69, 87, 108) to within the nozzle housing as a fluid flows through said outlet of said nozzle housing (69, 87, 108), said vent comprising an air channel through said wall portion having an air inlet and an air outlet, said air outlet projecting from said wall portion to terminate at a location within the interior of said nozzle housing (69, 87, 108) away from said wall portion. a walled body having a substantially open interior wherein a top edge of said body defines an inlet through the top of the nozzle housing (69, 87, 108) and an outlet from the nozzle housing (69, 87, 108) is formed at the bottom of said body; and a vent formed in a wall portion of said body, said vent being adapted to provide air from without the nozzle housing (69, 87, 108) to within the nozzle housing as a fluid flows through said outlet of said nozzle housing (69, 87, 108), said vent comprising an air channel through said wall portion having an air inlet and an air outlet, said air outlet projecting from said wall portion to terminate at a location within the interior of said nozzle housing (69, 87, 108) away from said wall portion.
A basal cell culture medium for culturing mammalian cells comprising iron choline citrate at a concentration of 0.1 to 5.0 mM, about 0.2 to 2.0 mM, about 0.2 to 1.0 mM or about 0.4 to 1.0 mM.
A sample-processing system in which one or more function modules having a different function and processing capabilities of a device such as an analyzer or pre-processing device, and buffer units each combined as a pair with one of the function modules are interconnected via a sample rack transport section that is adapted to hold a sample vessel and includes a loading unit, transport unit, and storage unit for sample racks each having a specific identification code, wherein each of the buffer units includes means adapted to read the identification codes assigned to each of the sample racks,, characterised in that each of the buffer units is adapted to undertake both bi-directional transfer of the sample racks to and from the sample rack transport section, and transport of the sample racks to and from each function module paired with one of the buffer units, each buffer unit includes independent slots (302-n) that each act as a buffer capable of holding a plurality of sample racks, and a sample rack mover that is capable of loading and unloading the sample racks into and from any one of the slots (302-n), and on the system being reset, the buffer unit is adapted to read the identification code of each sample rack within the buffer unit, then determine a transport destination of the sample rack from the read information and an operational state of the function module, and restart processing.
A composite storage tank module wherein said composite storage tank module comprises at least one hollow section adapted to house a liquid medium, wherein the storage tank module is an elongated self-supporting structure produced from a composite material constituted of at least a first and second material, wherein said first material is a polymer and said second material is an organic fiber material, wherein the composite storage tank module is adapted to be embedded in a building structure, preferably a double flooring, roof, or a wall, said storage tank module is characterized in that the first and second material being different materials having substantially equal coefficients of elasticity, and in that one of said first and second material has a shape selected from a whirl and bogie spring shape. the storage tank module is an elongated self-supporting structure produced from a composite material constituted of at least a first and second material, wherein said first material is a polymer and said second material is an organic fiber material, wherein the composite storage tank module is adapted to be embedded in a building structure, preferably a double flooring, roof, or a wall, said storage tank module is characterized in that the first and second material being different materials having substantially equal coefficients of elasticity, and in that one of said first and second material has a shape selected from a whirl and bogie spring shape.
A lighting device, including: - an annular support body, - a source carrier body for carrying a light radiation source, and - a hinging mechanism of the source carrier body to the support body, whereby the source carrier body is tiltable with respect to the support body about a transverse axis (X 24) of the support body, wherein said hinging mechanism includes opposed pin formations received into complementary cavities, wherein: - at least one of said cavities is a channel-shaped cavity with a bottom portion with a circular cross-section profile centred around said transverse axis (X 24), with one of said pin formations retained in the channel-shaped cavity, and - a gasket of elastomeric material is set between said channel-shaped cavity and the pin formation retained therein to frictionally counter relative movement of said pin formation with respect to said channel-shaped cavity by frictionally countering both the relative movement of extraction of the pin formation from said channel-shaped cavity and the relative rotation of the pin formation with respect to said channel-shaped cavity. - an annular support body, - a source carrier body for carrying a light radiation source, and - a hinging mechanism of the source carrier body to the support body, whereby the source carrier body is tiltable with respect to the support body about a transverse axis (X 24) of the support body, - at least one of said cavities is a channel-shaped cavity with a bottom portion with a circular cross-section profile centred around said transverse axis (X 24), with one of said pin formations retained in the channel-shaped cavity, and - a gasket of elastomeric material is set between said channel-shaped cavity and the pin formation retained therein to frictionally counter relative movement of said pin formation with respect to said channel-shaped cavity by frictionally countering both the relative movement of extraction of the pin formation from said channel-shaped cavity and the relative rotation of the pin formation with respect to said channel-shaped cavity.
Replaceable power supply device for an industrial truck, wherein the power supply device is in the form of a battery and has at least one cable connector between the industrial truck and the replaceable power supply device, wherein the cable connector comprises connection cables and a battery-end connection plug, and the cable connector establishes the electrical connection between the industrial truck and the power supply unit, characterized in that at least one indicator apparatus for indicating at least one state parameter of the power supply device, in particular a temperature and/or a liquid level, is arranged on the cable connector.
A process for producing fluorinated alkenes, the process comprising: a) providing a microwave plasma, forming a reaction zone, in a reactor comprising a reactor chamber at least partially confined by a reactor wall wherein the reactor chamber has a cross-section with a diameter, and a length being perpendicular to the cross-section and being equal or greater than the diameter, and wherein the reactor chamber has in its central part a longitudinal axis running parallel to the length; b) providing a protective gas feed in the reactor chamber, and c) contacting a conversion feed comprising at least one fluorinated linear or branched alkane having from 1 to 10 carbon atoms with the plasma to produce a product stream containing a fluorinated alkene; wherein the protective gas feed in the reactor chamber flows such that it creates or supports to create a reaction zone that extends in its axial direction along the longitudinal axis of the reactor chamber and is confined in its radial direction, which is perpendicular to its axial direction, to the central part of the reactor chamber such that is does not contact the reactor wall, and wherein the cross-section is circular, elliptical or semicircular. a) providing a microwave plasma, forming a reaction zone, in a reactor comprising a reactor chamber at least partially confined by a reactor wall wherein the reactor chamber has a cross-section with a diameter, and a length being perpendicular to the cross-section and being equal or greater than the diameter, and wherein the reactor chamber has in its central part a longitudinal axis running parallel to the length; b) providing a protective gas feed in the reactor chamber, and c) contacting a conversion feed comprising at least one fluorinated linear or branched alkane having from 1 to 10 carbon atoms with the plasma to produce a product stream containing a fluorinated alkene; wherein the protective gas feed in the reactor chamber flows such that it creates or supports to create a reaction zone that extends in its axial direction along the longitudinal axis of the reactor chamber and is confined in its radial direction, which is perpendicular to its axial direction, to the central part of the reactor chamber such that is does not contact the reactor wall, and wherein the cross-section is circular, elliptical or semicircular.
A computer-implemented medical method of controlling a display in a medical environment including a plurality of displays, and involving the use of an augmented reality device, AR-device, the method comprising the following steps: - position data is acquired, describing the line of sight of the AR-device and/or the line of sight of the eyes of a user with respect to the plurality of displays which are controlled by use of the AR-device, wherein it is determined whether the user is looking at one of the plurality of displays controlled by use of the AR-device and, if it is determined that the user is looking at one of the plurality of displays controlled by the use of the AR-device, the AR-device displays a virtual control interface to control the display the user is looking at by gestures acting on the virtual control interface; - gesture data is acquired, describing at least one gesture performed by the user; - control data is determined based on the position data and the gesture data, describing a user's command to control the display. - position data is acquired, describing the line of sight of the AR-device and/or the line of sight of the eyes of a user with respect to the plurality of displays which are controlled by use of the AR-device, wherein it is determined whether the user is looking at one of the plurality of displays controlled by use of the AR-device and, if it is determined that the user is looking at one of the plurality of displays controlled by the use of the AR-device, the AR-device displays a virtual control interface to control the display the user is looking at by gestures acting on the virtual control interface; - gesture data is acquired, describing at least one gesture performed by the user; - control data is determined based on the position data and the gesture data, describing a user's command to control the display.
Cutting device for a rod maker of the tobacco-processing industry, comprising a knife carrier with at least one knife holder, in which a knife which is radially adjustable by means of a regulating device is arranged, the knife carrier being assigned a drive for rotational driving such that the or each knife can be brought into engagement with the knife blade protruding out of the knife carrier by the rotation of the knife carrier for cutting at least one rod therewith, wherein the cutting device comprises a control unit for automatic control of the knife feed, characterised in that the cutting device comprises a measuring means for transmitting a signal when a knife passes the measuring means, an angular position indicator for indicating the angular position of the knife as well as an evaluation unit for the assignment of the angular position to the signal of the measuring means.
Process for the manufacture of diesel range hydrocarbons wherein a feed is hydrotreated in a hydrotreating step and optionally isomerised in an isomerisation step, characterized in that a feed comprising fresh feed containing more than 5 wt% of free fatty acids and at least one diluting agent is hydrotreated at a reaction temperature of 200-400°C, in a hydrotreating reactor in the presence of catalyst, and wherein the fresh feed content is less than 20 wt%, preferably the ratio of the dilution agent/fresh feed is 5 - 30:1.
A mobile terminal security authentication method, performed by a mobile terminal, comprising: acquiring, a first gesture information from a user, and receiving security authentication information sent by a wearable device, wherein the security authentication information is pre-acquired and stored in a memory of the wearable device, and the security authentication information is used by the mobile terminal to perform identity authentication of the wearable device; receiving, from the wearable device, a second gesture information which is collected by the wearable device from the user at the same time when the first gesture information is acquired; performing, the identity authentication for the wearable device according to the security authentication information, and authenticating the first gesture information; and determining, that the wearable device passes security authentication of the mobile terminal if the wearable device passes the identity authentication and the first gesture information passes authentication; wherein the authenticating the first gesture information comprises: judging, whether the first gesture information matches with the second gesture information; and determining, the first gesture information passes authentication if the first gesture information matches with the second gesture information. acquiring, a first gesture information from a user, and receiving security authentication information sent by a wearable device, wherein the security authentication information is pre-acquired and stored in a memory of the wearable device, and the security authentication information is used by the mobile terminal to perform identity authentication of the wearable device; receiving, from the wearable device, a second gesture information which is collected by the wearable device from the user at the same time when the first gesture information is acquired; performing, the identity authentication for the wearable device according to the security authentication information, and authenticating the first gesture information; and determining, that the wearable device passes security authentication of the mobile terminal if the wearable device passes the identity authentication and the first gesture information passes authentication; judging, whether the first gesture information matches with the second gesture information; and determining, the first gesture information passes authentication if the first gesture information matches with the second gesture information.
A circuit, comprising: - a first node (AV33M; ARESETV33M) configured to receive a reset signal (hold_rst), - a reset drive stage driving a reset node (IOFT), the reset drive stage coupled to the first node (AV33M; ARESETV33M) via a reset signal path (100, 102) to propagate the reset signal (hold_rst) to the reset drive stage, wherein the reset drive stage is activated as a result of assertion of a reset actuation state of said reset signal (hold_rst), - a sensing node (120; ZIEXTRESETV33M; pad_ext_rstn) coupled to the reset node (IOFT) via a signal sensing path (108, 110), the sensing node sensitive to a signal level (IOFT_filt) of the reset node (IOFT) reaching a reset threshold, - a reset signal hold circuit block coupled to the first node (AV33M; ARESETV33M) and configured to receive a reset command signal (internal_rst) and assert said reset actuation state of the reset signal (hold_rst) at the first node (AV33M; ARESETV33M) as a result of the reset command signal (internal_rst) received, wherein the reset signal hold circuit block is coupled to the sensing node (120; ZIEXTRESETV33M; pad_ext_rstn) and configured to de-assert the reset actuation state of the reset signal (hold_rst) at the first node (AV33M; ARESETV33M) as a result of the signal level at the reset node (IOFT) reaching said reset threshold. - a first node (AV33M; ARESETV33M) configured to receive a reset signal (hold_rst), - a reset drive stage driving a reset node (IOFT), the reset drive stage coupled to the first node (AV33M; ARESETV33M) via a reset signal path (100, 102) to propagate the reset signal (hold_rst) to the reset drive stage, wherein the reset drive stage is activated as a result of assertion of a reset actuation state of said reset signal (hold_rst), - a sensing node (120; ZIEXTRESETV33M; pad_ext_rstn) coupled to the reset node (IOFT) via a signal sensing path (108, 110), the sensing node sensitive to a signal level (IOFT_filt) of the reset node (IOFT) reaching a reset threshold, - a reset signal hold circuit block coupled to the first node (AV33M; ARESETV33M) and configured to receive a reset command signal (internal_rst) and assert said reset actuation state of the reset signal (hold_rst) at the first node (AV33M; ARESETV33M) as a result of the reset command signal (internal_rst) received, wherein the reset signal hold circuit block is coupled to the sensing node (120; ZIEXTRESETV33M; pad_ext_rstn) and configured to de-assert the reset actuation state of the reset signal (hold_rst) at the first node (AV33M; ARESETV33M) as a result of the signal level at the reset node (IOFT) reaching said reset threshold.
A grain elevator (102, 200), comprising: a grain transport member (202, 203, 204) to transport grain; a driving member (130, 206) to move the grain transport member (202, 203, 204), the driving member including a roller chain; a first tension sensor (128, 212) to sense a first tension in the driving member (130, 206); and a weight determiner to estimate a weight of the grain based on the first tension, characterized in that the first tension sensor (128, 212) includes a force sensing pin having a sensor to sense the first tension, the force sensing pin coupled between two links (308, 310) of the roller chain, or that the first tension sensor (128, 212) includes a strain gauge having a sensor to sense the first tension, the strain gauge coupled between two links (308, 310) of the roller chain. a grain transport member (202, 203, 204) to transport grain; a driving member (130, 206) to move the grain transport member (202, 203, 204), the driving member including a roller chain; a first tension sensor (128, 212) to sense a first tension in the driving member (130, 206); and a weight determiner to estimate a weight of the grain based on the first tension, characterized in that the first tension sensor (128, 212) includes a force sensing pin having a sensor to sense the first tension, the force sensing pin coupled between two links (308, 310) of the roller chain, or that the first tension sensor (128, 212) includes a strain gauge having a sensor to sense the first tension, the strain gauge coupled between two links (308, 310) of the roller chain.
Knock box for knocking off coffee grounds from a portafilter, wherein the knock box has a base and a wall, which extends away from the base and is intended for delimiting the interior of the knock box laterally, wherein the knock box has an impact surface arranged in the region of the wall of the knock box, wherein the knock box has no horizontally arranged bar, characterized in that beneath the impact surface, the knock box has a supporting region for supporting the impact surface, wherein the supporting region projects opposite the wall in the direction of the interior of the knock box.