mhurhangee/ep-ind-claims huggingface dataset:
A frequency detection circuit comprising: a first signal source for outputting a first clock signal; a second signal source for outputting a second clock signal having a same frequency as but a different phase from those of the first clock signal; a first sample hold circuit for undersampling a reception signal using the first clock signal, and outputting the undersampled reception signal as an output signal; a second sample hold circuit for undersampling the reception signal using the second clock signal, and outputting the undersampled reception signal as an output signal; and a frequency calculating circuit for calculating a frequency of the reception signal using a phase difference between the output signals of the first sample hold circuit and the second sample hold circuit, wherein the frequency calculating circuit detects a frequency of the output signal of the first sample hold circuit, characterised in that the frequency calculation circuit is configured to calculate an order of undersampling with respect to the reception signal using the phase difference, and to calculate the frequency of the reception signal from the calculated order and the detected frequency. a first signal source for outputting a first clock signal; a second signal source for outputting a second clock signal having a same frequency as but a different phase from those of the first clock signal; a first sample hold circuit for undersampling a reception signal using the first clock signal, and outputting the undersampled reception signal as an output signal; a second sample hold circuit for undersampling the reception signal using the second clock signal, and outputting the undersampled reception signal as an output signal; and a frequency calculating circuit for calculating a frequency of the reception signal using a phase difference between the output signals of the first sample hold circuit and the second sample hold circuit, wherein the frequency calculating circuit detects a frequency of the output signal of the first sample hold circuit, characterised in that the frequency calculation circuit is configured to calculate an order of undersampling with respect to the reception signal using the phase difference, and to calculate the frequency of the reception signal from the calculated order and the detected frequency.
A method for a source Base Station, BS, performing handover in a multiple component carrier system, the method comprising: receiving a measurement report, comprising measurement results for one or more cells configured by a carrier aggregation, from a User Equipment, UE,; configuring service state information comprising a candidate cell list in which the one or more cells are arranged in an order based on the measurement results; transmitting a handover request message, comprising the service state information, to a target BS, the handover request requesting handover of the UE to the target BS; receiving a handover acknowledgement, ACK, message, indicating admission of the handover, from the target BS; transmitting a handover command message, commanding the handover, to the UE, characterized by configuring the candidate cell list such that the candidate cell list includes cell indices and carrier frequencies; configuring an aggregatable cell list, including aggregatable group indices in which aggregatable cells from among all candidate cells are grouped, cell indices belonging to the aggregatable groups and carrier frequencies; and transmitting the candidate cell list and the aggregatable cell list from the source BS to the target BS. receiving a measurement report, comprising measurement results for one or more cells configured by a carrier aggregation, from a User Equipment, UE,; configuring service state information comprising a candidate cell list in which the one or more cells are arranged in an order based on the measurement results; transmitting a handover request message, comprising the service state information, to a target BS, the handover request requesting handover of the UE to the target BS; receiving a handover acknowledgement, ACK, message, indicating admission of the handover, from the target BS; transmitting a handover command message, commanding the handover, to the UE, characterized by configuring the candidate cell list such that the candidate cell list includes cell indices and carrier frequencies; configuring an aggregatable cell list, including aggregatable group indices in which aggregatable cells from among all candidate cells are grouped, cell indices belonging to the aggregatable groups and carrier frequencies; and transmitting the candidate cell list and the aggregatable cell list from the source BS to the target BS.
A voice prosthesis insertion device, comprising: an elongated inserter body having a first end and a second end and including an aperture therein extending axially along the elongated inserter body, characterized in the elongated inserter body including a ring member at the second end that is supported by a pair of straps, the elongated inserter body having a collapsible portion; and a rod disposed in the aperture of the elongated inserter body, the rod including a first end and a second end and the second end including a peg extending therefrom, the peg being adapted to be inserted into an aperture of a tether of a voice prosthesis device, wherein the collapsible portion of the elongated inserter body is flexible to allow the elongated inserter body to be longitudinally collapsed to expose the peg of the rod for engagement with the tether of the voice prosthesis and the elongated inserter body is extendable from the collapsed position to extend over the peg. an elongated inserter body having a first end and a second end and including an aperture therein extending axially along the elongated inserter body, characterized in the elongated inserter body including a ring member at the second end that is supported by a pair of straps, the elongated inserter body having a collapsible portion; and a rod disposed in the aperture of the elongated inserter body, the rod including a first end and a second end and the second end including a peg extending therefrom, the peg being adapted to be inserted into an aperture of a tether of a voice prosthesis device, wherein the collapsible portion of the elongated inserter body is flexible to allow the elongated inserter body to be longitudinally collapsed to expose the peg of the rod for engagement with the tether of the voice prosthesis and the elongated inserter body is extendable from the collapsed position to extend over the peg.
Fire safety door for closing door openings, preferably in tunnel tubes with a door leaf movably arranged on a door frame, which door leaf comprises door leaf slits in the form of through-holes, with a slider movably arranged on the door leaf, which slider covers the door leaf slots in a slider closed position and which opens the door leaf slots in a slider open position, with a lock latch arranged on the door leaf, which is movable from a lock latch opening position retracted into the door leaf into a lock latch closing position protruding beyond the door leaf and vice versa, with a door handle arranged on the door leaf, which is coupled to the slider and to the lock latch and which, when actuated, simultaneously moves the lock latch to the lock latch opening position and the slider to the slider open position. with a door leaf movably arranged on a door frame, which door leaf comprises door leaf slits in the form of through-holes, with a slider movably arranged on the door leaf, which slider covers the door leaf slots in a slider closed position and which opens the door leaf slots in a slider open position, with a lock latch arranged on the door leaf, which is movable from a lock latch opening position retracted into the door leaf into a lock latch closing position protruding beyond the door leaf and vice versa, with a door handle arranged on the door leaf, which is coupled to the slider and to the lock latch and which, when actuated, simultaneously moves the lock latch to the lock latch opening position and the slider to the slider open position.
An implant system for inducing weight loss or treating Type II diabetes in a patient, comprising: (a) a deployment system including an outer sheath and an inner sheath dimensioned to extend, at its distal end, to a region within the patient's intestine; and (b) an intestinal implant having a self-expandable anchor (12, 12a), and an elongate flexible sleeve (14, 14a, 14b) attached at one end to the anchor, the anchor being positioned in a collapsed configuration within the distal end of the outer sheath with the sleeve inverted and extending in a proximal direction within the inner sheath such that the inner surface of the sleeve faces outwardly, wherein, during deployment of the implant in the intestine: (i) the sleeve everts through the anchor into the intestine; and (ii) the anchor exits from the outer sheath to expand from a radially compressed position within the outer sheath to a radially expanded position outside the outer sheath for engagement with an intestinal wall. (a) a deployment system including an outer sheath and an inner sheath dimensioned to extend, at its distal end, to a region within the patient's intestine; and (b) an intestinal implant having a self-expandable anchor (12, 12a), and an elongate flexible sleeve (14, 14a, 14b) attached at one end to the anchor, the anchor being positioned in a collapsed configuration within the distal end of the outer sheath with the sleeve inverted and extending in a proximal direction within the inner sheath such that the inner surface of the sleeve faces outwardly, wherein, during deployment of the implant in the intestine: (i) the sleeve everts through the anchor into the intestine; and (ii) the anchor exits from the outer sheath to expand from a radially compressed position within the outer sheath to a radially expanded position outside the outer sheath for engagement with an intestinal wall. (i) the sleeve everts through the anchor into the intestine; and (ii) the anchor exits from the outer sheath to expand from a radially compressed position within the outer sheath to a radially expanded position outside the outer sheath for engagement with an intestinal wall.
Suspension device for a vehicle seat, comprising an upper suspension portion and a lower suspension portion, said suspension portions being connected to one another by a first swivel connector and a second swivel connector, each connector having exactly two swivel axes (7, 8; 9, 10), said first swivel connector being arranged on the lower suspension portion in such a way that it can swivel about a first swivel axis and with the upper suspension portion in such a way that it can swivel about a second swivel axis, and said second swivel connector being arranged on the lower suspension portion in such a way that it can swivel about a third swivel axis and on the upper suspension portion in such a way that it can swivel about a fourth swivel axis, the upper suspension portion moves backwards when viewed in a longitudinal direction of the vehicle seat and downwards in a vertical direction of the vehicle seat when moved towards the lower suspension portion, the fourth swivel axis being arranged behind the third swivel axis, the third swivel axis behind the second swivel axis, and the second swivel axis behind the first swivel axis when viewed in the longitudinal direction, wherein the first swivel connector is arranged in parallel with the second swivel connector at least in a non-deflected state of the suspension device and the distance between the first and the second swivel axis is designed to be longer than the distance between the third and the fourth swivel axis.
A method in an electronic device, the method comprising: operating a first camera and a second camera; obtaining first image data through the first camera and second image data through the second camera; displaying and storing the first image data among the first image data and the second image data; characterised by the following steps: while the second image data is not being displayed: determining a state of an object of the second image data by analyzing the second image data; determining whether the state of the object of the second image data meets a predetermined condition for displaying the second image data; and displaying and storing the second image data together with the first image data when the state of the object of the second image meets the predetermined condition. operating a first camera and a second camera; obtaining first image data through the first camera and second image data through the second camera; displaying and storing the first image data among the first image data and the second image data; characterised by the following steps: while the second image data is not being displayed: determining a state of an object of the second image data by analyzing the second image data; determining whether the state of the object of the second image data meets a predetermined condition for displaying the second image data; and displaying and storing the second image data together with the first image data when the state of the object of the second image meets the predetermined condition. determining a state of an object of the second image data by analyzing the second image data; determining whether the state of the object of the second image data meets a predetermined condition for displaying the second image data; and displaying and storing the second image data together with the first image data when the state of the object of the second image meets the predetermined condition.
A method of forming a layer of particles in a particle mat; said layer of particles extending in a longitudinal dimension and in a lateral dimension; said method comprising: (i) providing a movable support for supporting said layer of particles or particle mat, and moving said movable support in a direction parallel to said longitudinal dimension; (ii) providing a curtain of downfalling particles, said curtain extending from particle providing means towards said movable support; and (iii) removing particles from said curtain of downfalling particles at predetermined positions in the lateral dimension by temporarily positioning retractable particle removing means in said curtain of downfalling particles; thereby forming said layer of particles. (i) providing a movable support for supporting said layer of particles or particle mat, and moving said movable support in a direction parallel to said longitudinal dimension; (ii) providing a curtain of downfalling particles, said curtain extending from particle providing means towards said movable support; and (iii) removing particles from said curtain of downfalling particles at predetermined positions in the lateral dimension by temporarily positioning retractable particle removing means in said curtain of downfalling particles;
A control valve of a fuel injector for a common rail comprising a guide of tubular shape extended at one of its axial ends by an annular portion extending substantially radially with respect to an axis of the said valve, the said annular portion comprising a plurality of through-orifices, characterized in that the through-orifices are configured so as to generate a turbulent flow of the vortex type ensuring a setting in rotation of the said valve about its axis during a passage of the fuel through the said valve from a face of the annular portion turned toward the guide towards a face of the annular portion turned on the opposite side to the guide.
A refrigerator comprising: a cabinet comprising a storage compartment provided therein; a main door opening and closing the storage compartment and comprising a sub storage compartment provided in a rear portion of the main door; a sub door opening and closing a food introduction opening of the sub storage compartment; a moveable basket comprising a basket provided in the sub storage compartment; a rail provided in the sub storage compartment and guiding vertical movement of the moveable basket; a lever provided to be displaced by a user's manipulation; and a stopper provided to be selectively hooked to the rail by the user's manipulation of the lever and securing a vertical position of the moveable basket with respect to the rail, characterized in that, the moveable basket comprising: a moveable frame spaced a distance from a top of the basket and comprising an opening for introducing foods into the basket; and a bridge connecting the basket and the moveable frame with each other; a support projected from the bridge toward the rail and supporting the moveable basket with respect to the rail; wherein at least predetermined portion of the moveable frame forms the lever. a cabinet comprising a storage compartment provided therein; a main door opening and closing the storage compartment and comprising a sub storage compartment provided in a rear portion of the main door; a sub door opening and closing a food introduction opening of the sub storage compartment; a moveable basket comprising a basket provided in the sub storage compartment; a rail provided in the sub storage compartment and guiding vertical movement of the moveable basket; a lever provided to be displaced by a user's manipulation; and a stopper provided to be selectively hooked to the rail by the user's manipulation of the lever and securing a vertical position of the moveable basket with respect to the rail, characterized in that, the moveable basket comprising: a moveable frame spaced a distance from a top of the basket and comprising an opening for introducing foods into the basket; and a bridge connecting the basket and the moveable frame with each other; a support projected from the bridge toward the rail and supporting the moveable basket with respect to the rail; wherein at least predetermined portion of the moveable frame forms the lever. a moveable frame spaced a distance from a top of the basket and comprising an opening for introducing foods into the basket; and a bridge connecting the basket and the moveable frame with each other; a support projected from the bridge toward the rail and supporting the moveable basket with respect to the rail; wherein at least predetermined portion of the moveable frame forms the lever.
A device, in particular a loading device, for receiving and folding an intraocular lens with a lens body and at least one haptic, the device containing a first half-shell and a second half-shell which are connected in articulated manner to one another at a first of the longitudinal sides of the same by means of a first joint and can be moved relative to one another from an open position to a closed position, the inner surfaces (17, 19) of the half-shells forming a storage surface, wherein - in the open position, the half-shells (13, 15) form an open chamber for positioning or storing the lens in the relaxed state, and - in the closed position, the half-shells (13, 15) form an enclosed chamber for positioning or storing the lens in a folded state and for ejecting the lens along the longitudinal extent of the half-shells (13, 15), characterized in that a recess is formed in at least one of the half-shells (13, 15), which recess is open at least from the inside of the half-shell and is suitable for receiving a front haptic of the lens in the closed position of the half-shells (13, 15). - in the open position, the half-shells (13, 15) form an open chamber for positioning or storing the lens in the relaxed state, and - in the closed position, the half-shells (13, 15) form an enclosed chamber for positioning or storing the lens in a folded state and for ejecting the lens along the longitudinal extent of the half-shells (13, 15), characterized in that
A membrane vacuum pump having at least one membrane pump stage, having at least one inlet valve for a process gas to be conveyed associated with the membrane pump stage and having at least one gas ballast valve for the supply of a ballast gas, wherein the flow path for the ballast gas leading through the gas ballast valve opens into the flow path for the process gas behind the inlet valve in the direction of flow of the process gas, characterized in that the gas ballast valve has an adjustable conductivity.
A method for downlink data transmission, comprising: receiving, by a terminal, DCI for scheduling multiple PDSCHs, wherein the DCI contains a TCI state indication; and determining, by the terminal, a TCI state which is applied to each of the multiple PDSCHs according to at least one TCI state indicated by the TCI state indication; wherein the multiple PDSCHs are N PDSCHs, the at least one TCI state is K TCI states and K equals to 2; and the K TCI states are applied to the N PDSCHs in circular or in sequence; under the condition that the K TCI states are applied to the multiple PDSCHs in circular: when N = K =2, an index sequence of the TCI states corresponding to the two PDSCHs is {0, 1}; and characterized in that when N>K =2, the n-th PDSCH in the multiple PDSCHs corresponds to the k-th TCI state in the at least one TCI state, and k=[(n-1) mod K +1]; under the condition that the K TCI states are applied to the N PDSCHs in sequence, the n-th PDSCH in the multiple PDSCHs corresponds to the k-th TCI state in the at least one TCI state, and k = ⌈ n / m ⌉, when N = K * m and m is an integer greater than 1. receiving, by a terminal, DCI for scheduling multiple PDSCHs, wherein the DCI contains a TCI state indication; and determining, by the terminal, a TCI state which is applied to each of the multiple PDSCHs according to at least one TCI state indicated by the TCI state indication; wherein the multiple PDSCHs are N PDSCHs, the at least one TCI state is K TCI states and K equals to 2; and the K TCI states are applied to the N PDSCHs in circular or in sequence; under the condition that the K TCI states are applied to the multiple PDSCHs in circular: when N = K =2, an index sequence of the TCI states corresponding to the two PDSCHs is {0, 1}; and characterized in that when N>K =2, the n-th PDSCH in the multiple PDSCHs corresponds to the k-th TCI state in the at least one TCI state, and k=[(n-1) mod K +1]; when N = K =2, an index sequence of the TCI states corresponding to the two PDSCHs is {0, 1}; and characterized in that when N>K =2, the n-th PDSCH in the multiple PDSCHs corresponds to the k-th TCI state in the at least one TCI state, and k=[(n-1) mod K +1]; under the condition that the K TCI states are applied to the N PDSCHs in sequence, the n-th PDSCH in the multiple PDSCHs corresponds to the k-th TCI state in the at least one TCI state, and k = ⌈ n / m ⌉, when N = K * m and m is an integer greater than 1.