mhurhangee/ep-ind-claims huggingface dataset:
A method of generating a library of polynucleotides comprising: (a) generating a first complement sequence of a target polynucleotide from a sample using a first primer, the first primer comprising a target specific sequence; (b) attaching by means of ligation to the first CS an adaptor comprising a first primer binding sequence or portion thereof, thereby forming a modified complement sequence; (c) extending a second primer hybridized to the MCS, thereby forming a second CS, wherein the second primer comprises: (i) a target specific region, and (ii) a second PBS; and (d) amplifying the second CS using primers that hybridize to the first PBS and second PBS respectively, wherein the first or the second primer comprises a unique identification sequence. (a) generating a first complement sequence of a target polynucleotide from a sample using a first primer, the first primer comprising a target specific sequence; (b) attaching by means of ligation to the first CS an adaptor comprising a first primer binding sequence or portion thereof, thereby forming a modified complement sequence; (c) extending a second primer hybridized to the MCS, thereby forming a second CS, wherein the second primer comprises: (i) a target specific region, and (ii) a second PBS; and (i) a target specific region, and (ii) a second PBS; and (d) amplifying the second CS using primers that hybridize to the first PBS and second PBS respectively,
An apparatus for determination of a motion vector for a block including a processing circuitry configured to: obtain an initial motion vector and a template for the block; determine a refinement of the initial motion vector by template matching with said template in a search space, wherein said search space is located on a position given by the initial motion vector and includes one or more fractional sample positions, wherein each of the fractional sample positions belonging to the search space is obtained by interpolation filtering with a filter of a predefined tap-size assessing integer samples only within a window, said window being formed by integer samples accessible for the template matching in said search space, wherein the window is defined around a position pointed by the initial motion vector, is larger than the block and comprises additional integer sample columns and integer sample rows compared to the block, and the search space is a rectangular sub-window of the window. obtain an initial motion vector and a template for the block; determine a refinement of the initial motion vector by template matching with said template in a search space, wherein said search space is located on a position given by the initial motion vector and includes one or more fractional sample positions, wherein each of the fractional sample positions belonging to the search space is obtained by interpolation filtering with a filter of a predefined tap-size assessing integer samples only within a window, said window being formed by integer samples accessible for the template matching in said search space, wherein the window is defined around a position pointed by the initial motion vector, is larger than the block and comprises additional integer sample columns and integer sample rows compared to the block, and the search space is a rectangular sub-window of the window.
A mobile communication method, the mobile communication method is applied to a UE-centred network comprising a plurality of access points, APs, and a local service center, wherein the APs are configured to be an intermediate node to establish mobile communications between user equipments, UEs, between a user equipment, UE and the local service center, and between a UE and an external network, and to provide a radio signal channel for a UE; the local service center equals to a UE-centred local control plane and is configured to be an intermediate node to establish mobile communications between a UE and a network service center, between a UE and an external network, and between UEs, the method comprising: monitoring, by the APs, an uplink signal sent by a UE adjacent to the APs; obtaining, by the APs, first reporting information according to the uplink signal; wherein the first reporting information comprising measuring result of the uplink signal or the first reporting information is the uplink signal; the uplink signal is a registration request signal of the UE or is an uplink detection signal of the UE; and sending, by the APs, the first reporting information to the local service center serving the APs for processing; the method further comprises: receiving, by the APs, an instruction of performing a data transmission service for the UE sent by the local service center and/or an instruction of performing a mobility measurement service for the UE sent by the local service center; receiving, by the APs, downlink data sent by the local service center; sending, by the APs, the downlink data to the UE. monitoring, by the APs, an uplink signal sent by a UE adjacent to the APs; obtaining, by the APs, first reporting information according to the uplink signal; wherein the first reporting information comprising measuring result of the uplink signal or the first reporting information is the uplink signal; the uplink signal is a registration request signal of the UE or is an uplink detection signal of the UE; and sending, by the APs, the first reporting information to the local service center serving the APs for processing; the method further comprises: receiving, by the APs, an instruction of performing a data transmission service for the UE sent by the local service center and/or an instruction of performing a mobility measurement service for the UE sent by the local service center; receiving, by the APs, downlink data sent by the local service center; sending, by the APs, the downlink data to the UE. receiving, by the APs, an instruction of performing a data transmission service for the UE sent by the local service center and/or an instruction of performing a mobility measurement service for the UE sent by the local service center; receiving, by the APs, downlink data sent by the local service center; sending, by the APs, the downlink data to the UE.
A transparent antibacterial composition, comprising: water; ethanol, propanol, isopropyl alcohol, or a combination thereof; a humectant; and a sensory oil; wherein the sensory oil must be liquid at room temperature, the sensory oil must be soluble in at least 75/25 EtOH/Water, and the sensory oil must have no solvency for water; and wherein the water is present in an amount of 8 to 30% by weight, preferably 10 to 25% by weight, more preferably 10 to 20% by weight and wherein the alcohol is present in an amount of 62 to 75% by weight, preferably 65 to 75% by weight. water; ethanol, propanol, isopropyl alcohol, or a combination thereof; a humectant; and a sensory oil; wherein the sensory oil must be liquid at room temperature, the sensory oil must be soluble in at least 75/25 EtOH/Water, and the sensory oil must have no solvency for water; and wherein the water is present in an amount of 8 to 30% by weight, preferably 10 to 25% by weight, more preferably 10 to 20% by weight and wherein the alcohol is present in an amount of 62 to 75% by weight, preferably 65 to 75% by weight.
A control system comprising: a thermostat configured to provide a first signal in response to detecting a first demand for changing an indoor temperature by a first amount and a second signal in response to detecting a second demand for changing the indoor temperature by a second amount; a compressor operable at a first capacity and a second capacity that is greater than the first capacity; an indoor fan operable at a first speed and a second speed that is greater than the first speed; characterised by a controller configured to operate the compressor and the indoor fan: in response to the thermostat asserting the first signal, initially at the first capacity and the first speed for a first predetermined time period and subsequently at the second capacity and the first speed based on an outdoor air temperature or other measured indicator of outdoor thermal load; then in response to the thermostat asserting the second signal, at the second capacity and the second speed; and then in response to the thermostat de-asserting the second signal, at the second capacity and the first speed until the first signal is de-asserted. a thermostat configured to provide a first signal in response to detecting a first demand for changing an indoor temperature by a first amount and a second signal in response to detecting a second demand for changing the indoor temperature by a second amount; a compressor operable at a first capacity and a second capacity that is greater than the first capacity; an indoor fan operable at a first speed and a second speed that is greater than the first speed; characterised by a controller configured to operate the compressor and the indoor fan: in response to the thermostat asserting the first signal, initially at the first capacity and the first speed for a first predetermined time period and subsequently at the second capacity and the first speed based on an outdoor air temperature or other measured indicator of outdoor thermal load; then in response to the thermostat asserting the second signal, at the second capacity and the second speed; and then in response to the thermostat de-asserting the second signal, at the second capacity and the first speed until the first signal is de-asserted. in response to the thermostat asserting the first signal, initially at the first capacity and the first speed for a first predetermined time period and subsequently at the second capacity and the first speed based on an outdoor air temperature or other measured indicator of outdoor thermal load; then in response to the thermostat asserting the second signal, at the second capacity and the second speed; and then in response to the thermostat de-asserting the second signal, at the second capacity and the first speed until the first signal is de-asserted.
Vertical packaging machine comprising a supply conduit through which the product to be packaged falls and an injection device configured for injecting a gaseous fluid into the supply conduit, the supply conduit being formed by at least one hopper through which said product to be packaged is introduced in the supply conduit and a tube which is arranged downstream of the hopper, characterized in that the supply conduit is divided into at least a first passage conduit with a corresponding central axis and a second passage conduit with a corresponding central axis, in a bifurcation zone which is upstream of the tube, said passage conduits (201, 202) being separated from one another such that each passage conduit (201, 202) offers a different path in said bifurcation zone for the product to be packaged, each passage conduit (201, 202) comprising at least a first injection opening (9.1) and a second injection opening (9.2) arranged at different heights and in different angular positions with respect to the corresponding central axis (Y201, Y202), and communicated with the injection device, through which the gaseous fluid enters the supply conduit, and said injection device and/or injection openings (9.1, 9.2) being configured for the gaseous fluid to enter the supply conduit in a downward direction.
A satellites gripper comprising a base to which at least one movable finger is hinge-mounted consisting of at least two phalanges (4, 5) hinged to each other, and activated mechanically by one linear drive link, wherein the movable finger comprises at least a distal phalanx and proximal phalanx, the distal phalanx is hinged to the first end of the proximal phalanx with a shorter and a longer guiding segment, both of the guiding segments (7, 8) are mutually parallel and form with two phalanges (4, 5) a movable parallelogram, wherein the free end of the longer guiding segment extends beyond the proximal phalanx, between the proximal phalanx and the shorter guiding segment there is an element increasing the torque required for turning the segment relative to the proximal phalanx, at the second end of the proximal phalanx there is the first end of the first drive segment mounted, in the middle part of the proximal phalanx there is the first end of the second drive segment hinged, the second end of the first drive segment is connected pivotally to the middle part of the second drive segment via the first rod, and the second end of the second drive segment is connected pivotally to the free end of the longer guiding segment via the second rod.
A method for telestrating on a three-dimensional view of an anatomical structure generated from a pair of stereoscopic images of the anatomical structure, the method including the step of: receiving a telestration graphic input generated by a user interacting with a two-dimensional touch screen (313, 412); characterized in that the two-dimensional touch screen (313, 412) is displaying one of the pair of stereoscopic images of the anatomical structure, and in that the method includes the steps of: determining a corresponding telestration graphic input in the other of the pair of stereoscopic images by using a disparity map associated with the pair of stereoscopic images on selected points of the received telestration graphic input so that a three-dimensional view of the telestration graphic input is displayable on a three-dimensional display; and displaying the three-dimensional view of the telestration graphic input as an overlay to the three-dimensional view of the anatomical structure on the three-dimensional display. receiving a telestration graphic input generated by a user interacting with a two-dimensional touch screen (313, 412); characterized in that the two-dimensional touch screen (313, 412) is displaying one of the pair of stereoscopic images of the anatomical structure, and in that the method includes the steps of: determining a corresponding telestration graphic input in the other of the pair of stereoscopic images by using a disparity map associated with the pair of stereoscopic images on selected points of the received telestration graphic input so that a three-dimensional view of the telestration graphic input is displayable on a three-dimensional display; and displaying the three-dimensional view of the telestration graphic input as an overlay to the three-dimensional view of the anatomical structure on the three-dimensional display. determining a corresponding telestration graphic input in the other of the pair of stereoscopic images by using a disparity map associated with the pair of stereoscopic images on selected points of the received telestration graphic input so that a three-dimensional view of the telestration graphic input is displayable on a three-dimensional display; and displaying the three-dimensional view of the telestration graphic input as an overlay to the three-dimensional view of the anatomical structure on the three-dimensional display.
A pneumatic tire having an electronic component provided at a position outwards of the carcass in the tire axial direction, wherein E*(100°C) at 100°C and E*(150°C) at 150°C of the rubber member for a tire having the largest E*(100°C) at 100°C, among the rubber members for tire located outward in the tire axial direction relative to the position where the electronic components is provided, satisfy the following formula: E * 150 ° C / E * 100 ° C ≧ 0.9 wherein the values E* are measured using a viscoelastic spectrometer in accordance with the prescription of "JIS K 6394", under an initial strain of 10%, at an amplitude of ±2.0% and a frequency of 10Hz in tensile deformation mode. wherein E*(100°C) at 100°C and E*(150°C) at 150°C of the rubber member for a tire having the largest E*(100°C) at 100°C, among the rubber members for tire located outward in the tire axial direction relative to the position where the electronic components is provided, satisfy the following formula: E * 150 ° C / E * 100 ° C ≧ 0.9 wherein the values E* are measured using a viscoelastic spectrometer in accordance with the prescription of "JIS K 6394", under an initial strain of 10%, at an amplitude of ±2.0% and a frequency of 10Hz in tensile deformation mode.
A rotor of an electric motor having a rotor housing and a permanent magnet arranged on the inside of the rotor housing in a form-fitting manner without adhesion, wherein the rotor housing has at least one axially open side via which the permanent magnet can be inserted into the rotor housing, wherein a functional element which is to be driven via the rotor is arranged on the outside of the rotor housing, which functional element, on the at least one axially open side of the rotor housing, has at least one fixing lug which extends in the radial direction with respect to an axis of rotation of the rotor and which locally reduces an inner diameter of the rotor housing and, as seen in axial projection, extends over the permanent magnet over a fixing length, wherein an outer edge portion of the rotor housing directed towards the axially open side defines an engagement portion for the functional element, which engagement portion is formed by a rounding extending on the inner wall of the rotor housing.
A method for graphic code recognition, performed by a terminal, the method comprising: displaying a target image, the target image comprising at least two graphic codes; in response to receiving an instruction to perform a graphic code recognition operation on the target image for selecting one of the at least two graphic codes to recognize, inputting the target image into a pre-trained target detection model to obtain predicted graphic code position information and position confidences of the at least two graphic codes wherein a higher position confidence indicates a higher probability that the position specified by the predicted position information is a graphic code, and determining graphic code position information of the at least two graphic codes in the target image according to the predicted graphic code position information and the position confidences; determining a target graphic code indicated by the graphic code recognition operation according to the graphic code position information, the target graphic code belonging to the at least two graphic codes; and displaying a target graphic code recognition result corresponding to the target graphic code. displaying a target image, the target image comprising at least two graphic codes; in response to receiving an instruction to perform a graphic code recognition operation on the target image for selecting one of the at least two graphic codes to recognize, inputting the target image into a pre-trained target detection model to obtain predicted graphic code position information and position confidences of the at least two graphic codes wherein a higher position confidence indicates a higher probability that the position specified by the predicted position information is a graphic code, and determining graphic code position information of the at least two graphic codes in the target image according to the predicted graphic code position information and the position confidences; determining a target graphic code indicated by the graphic code recognition operation according to the graphic code position information, the target graphic code belonging to the at least two graphic codes; and displaying a target graphic code recognition result corresponding to the target graphic code.
Locking device comprising - a locking cylinder having a rotatable cylinder core at least partially accommodated in a housing, and a locking member for actuating a locking element, - an electrically actuated coupling for selectively connecting or disconnecting a rotary movement of the cylinder core to or from the locking member, - an electronic authentication device for authenticating an electronic access authorisation, which interacts with the coupling to actuate the coupling when an access authorisation is present, - an electrical generator (9, 14) which supplies the authentication device and/or the coupling with electrical energy, the generator (9, 14) comprising at least one movable part (10, 15), the movement of which can be converted into electrical energy, - a handle connected to the cylinder core for conjoint rotation, characterised in that the movable part (10,15) of the electrical generator (9,14) is arranged in the cylinder core or the handle and is movable relative to the cylinder core, and in that a recess (12, 17) extending through the handle to the movable part (10, 15) of the generator (9, 14) is provided for movably receiving a generator drive member (11, 18). - a locking cylinder having a rotatable cylinder core at least partially accommodated in a housing, and a locking member for actuating a locking element, - an electrically actuated coupling for selectively connecting or disconnecting a rotary movement of the cylinder core to or from the locking member, - an electronic authentication device for authenticating an electronic access authorisation, which interacts with the coupling to actuate the coupling when an access authorisation is present, - an electrical generator (9, 14) which supplies the authentication device and/or the coupling with electrical energy, the generator (9, 14) comprising at least one movable part (10, 15), the movement of which can be converted into electrical energy, - a handle connected to the cylinder core for conjoint rotation,
A method for controlling a hairspring or a hairspring blank arranged to form a hairspring, the hairspring required to have at least one predetermined resonance frequency, the control method including the following steps: a. applying to the hairspring alone or to the hairspring blank alone a vibrational excitation varying over time to cover a predetermined frequency range, b. identifying at least one characteristic of a resonance frequency, such as a resonance peak, of the hairspring or of the hairspring blank during the vibrational excitation over the predetermined frequency range, c. submitting to a prediction machine the resonance frequency characteristic identified in step b. to determine a stiffness of the hairspring or of the hairspring blank and/or to determine whether a dimensional correction of the hairspring alone or of the hairspring blank alone is necessary to obtain the predetermined resonance frequency. a. applying to the hairspring alone or to the hairspring blank alone a vibrational excitation varying over time to cover a predetermined frequency range, b. identifying at least one characteristic of a resonance frequency, such as a resonance peak, of the hairspring or of the hairspring blank during the vibrational excitation over the predetermined frequency range, c. submitting to a prediction machine the resonance frequency characteristic identified in step b. to determine a stiffness of the hairspring or of the hairspring blank and/or to determine whether a dimensional correction of the hairspring alone or of the hairspring blank alone is necessary to obtain the predetermined resonance frequency.