mhurhangee/ep-ind-claims huggingface dataset:
Quick-connection system comprising: - a first connector having a body, a lever mounted with the ability to rotate on the body by means of a shaft, a return means and a claw mounted at one of the ends of the lever and having first catching means, - a second connector having a body and second catching means designed to collaborate with the first catching means, the first connector and the second connector being designed to fit one inside the other by being brought closer together in a connection direction, the lever being able to move between a blocking position in which the first catching means collaborate with the second catching means to prevent the connectors (100, 300) from being separated by moving them apart parallel to the connection direction, and a free position in which the first catching means do not collaborate with the second catching means thus allowing the connectors (100, 300) to be separated by movement parallel to the connection direction, and the return means being designed to force the lever into the blocking position, the quick-connection system being characterized in that the first catching means take the form of a screw thread in that the second catching means take the form of a screw thread, and in that the body has a base and a ring bearing the lever which is mounted with the ability to rotate on the base about an axis of rotation coaxial with the connection direction. - a first connector having a body, a lever mounted with the ability to rotate on the body by means of a shaft, a return means and a claw mounted at one of the ends of the lever and having first catching means, - a second connector having a body and second catching means designed to collaborate with the first catching means, the first connector and the second connector being designed to fit one inside the other by being brought closer together in a connection direction, the lever being able to move between a blocking position in which the first catching means collaborate with the second catching means to prevent the connectors (100, 300) from being separated by moving them apart parallel to the connection direction, and a free position in which the first catching means do not collaborate with the second catching means thus allowing the connectors (100, 300) to be separated by movement parallel to the connection direction, and the return means being designed to force the lever into the blocking position, the quick-connection system being characterized in that the first catching means take the form of a screw thread in that the second catching means take the form of a screw thread, and in that the body has a base and a ring bearing the lever which is mounted with the ability to rotate on the base about an axis of rotation coaxial with the connection direction.
A signal processing system, adapted to be used in an active stylus, comprising: a pre-amplifier circuit, configured to pre-amplify a received direct sequence spread spectrum, DSSS, signal and output a pre-amplified DSSS signal; a low-pass filter circuit, configured to filter the pre-amplified DSSS signal and output a filtered DSSS signal; an analog-to-digital converter circuit, configured to sample the filtered DSSS signal and output a sampled DSSS signal; wherein a gain of the pre-amplifier circuit is adaptively adjusted according to the sampled DSSS signal; a noise detecting and filtering-out circuit, configured to filter out a noise in the sampled DSSS signal and output a noise-filtered DSSS signal; and a digital demodulation circuit, configured to demodulate the noise-filtered DSSS signal to output a demodulated signal. a pre-amplifier circuit, configured to pre-amplify a received direct sequence spread spectrum, DSSS, signal and output a pre-amplified DSSS signal; a low-pass filter circuit, configured to filter the pre-amplified DSSS signal and output a filtered DSSS signal; an analog-to-digital converter circuit, configured to sample the filtered DSSS signal and output a sampled DSSS signal; wherein a gain of the pre-amplifier circuit is adaptively adjusted according to the sampled DSSS signal; a noise detecting and filtering-out circuit, configured to filter out a noise in the sampled DSSS signal and output a noise-filtered DSSS signal; and a digital demodulation circuit, configured to demodulate the noise-filtered DSSS signal to output a demodulated signal.
A kneading apparatus in which a first rotary shaft having a plurality of paddles (Pn, Pn' with n = 1 to 17) as stirring members provided on the external periphery thereof so as to be arranged helically at a predetermined helical pitch and at intervals of a predetermined angular pitch, and a second rotary shaft having a plurality of paddles (Qn, Qn' with n = 1 to 17) as stirring members provided on the external periphery thereof so as to be arranged helically with the inverse helix from the first rotary shaft at a predetermined helical pitch and at intervals of a predetermined angular pitch are disposed in parallel and rotated in opposite directions at unequal speeds to each other to knead an object with the paddles (Pn, Pn', Qn, Qn'), characterized in that the helical pitch ratio of the first and second rotary shafts (3, 4) is the inverse of the rotational speed ratio of the first and second rotary shafts (3, 4), and the angular pitch ratio of the paddles (Pn, Pn', Qn, Qn') of the first and second rotary shafts (3, 4) is the same as the rotational speed ratio of the first and second rotary shafts (3, 4), wherein the paddles (Pn, Pn', Qn, Qn') of the first and second rotary shafts (3, 4) are arranged so that the paddle surfaces assume either a normal phase to advance the kneaded object in a feed direction, or a reverse phase symmetrical to the normal phase relative to a center axis of the rotary shaft, and the paddles (Pn, Pn', Qn, Qn') of the rotary shafts (3, 4) that are positioned equidistant from the ends thereof as viewed in the axial direction of the rotary shafts (3, 4) face to each other with the surfaces thereof assuming the same phase; and the paddles (Pn, Pn', Qn, Qn') of the first and second rotary shafts (3, 4) are arranged so that the normal phases and reverse phases cyclically repeat in a predetermined sequence as seen in the axial direction of the rotary shafts (3, 4).
A vascular filter device comprising a support frame and filter elements, the filter elements extending from the support frame towards filter element ends forming an apex at which they are interconnected, and wherein said apex is located at or near a central axis of the vascular filter device; characterized in that the filter elements are biased such that if unconnected the filter element ends are located between the support frame and said central axis when the vascular filter device is unconstrained.
A strip-shaped detector for detecting an analyte in a liquid sample, the detector comprising: a collecting member; a holding member including a labeling reagent binding specifically to the analyte, the labeling reagent being held in a state where the labeling reagent can move along with the movement of the liquid sample; a detecting member including a detection reagent for capturing a complex of the analyte and the labeling reagent by binding specifically to the analyte, and the detection reagent being immobilized; an absorbing member being capable of absorbing the liquid sample; and a liquid-impermeable supporting member, wherein the collecting member, the holding member, the detecting member, and the absorbing member are arranged on the supporting member in the longitudinal direction of the detector so that the liquid sample moves through the inside of these members in the above order of the members by capillarity, the collecting member and the holding member share a single fibrous substrate, the labeling reagent is held in the end portion of the downstream side in the movement direction of the fibrous substrate so as to form the holding member, the holding member includes a portion overlapped with a portion of the detecting member, and the length along the longitudinal direction of the overlapped portion is equal to or longer than the length along the longitudinal direction of a portion holding the labeling reagent in the holding member, and the collecting member includes a protruding portion sticking out of the supporting member at the upstream side in the movement direction of the liquid sample. a collecting member; a holding member including a labeling reagent binding specifically to the analyte, the labeling reagent being held in a state where the labeling reagent can move along with the movement of the liquid sample; a detecting member including a detection reagent for capturing a complex of the analyte and the labeling reagent by binding specifically to the analyte, and the detection reagent being immobilized; an absorbing member being capable of absorbing the liquid sample; and a liquid-impermeable supporting member, wherein the collecting member, the holding member, the detecting member, and the absorbing member are arranged on the supporting member in the longitudinal direction of the detector so that the liquid sample moves through the inside of these members in the above order of the members by capillarity, the collecting member and the holding member share a single fibrous substrate, the labeling reagent is held in the end portion of the downstream side in the movement direction of the fibrous substrate so as to form the holding member, the holding member includes a portion overlapped with a portion of the detecting member, and the length along the longitudinal direction of the overlapped portion is equal to or longer than the length along the longitudinal direction of a portion holding the labeling reagent in the holding member, and the collecting member includes a protruding portion sticking out of the supporting member at the upstream side in the movement direction of the liquid sample.
Herbicide combination comprising as component pelargonic acid and as component at least one ALS inhibitor selected from the group consisting of iodosulfuron-methyl, foramsulfuron, mesosulfuron-methyl, amidosulfuron, ethoxysulfuron and thiencarbazone-methyl.
A method for receiving health information by a system, wherein the system comprises a terminal and an electronic device, the method comprising determining (1101, 1103), by the terminal, a scheme for communicating with the electronic device based on a type of information to be received from the electronic device, in response to determining that the type of information is health information, starting communication with the electronic device using a human body communication and transmitting, to the electronic device via the human body communication, a message that requests the health information, and measuring, by the electronic device, a body condition of a user using at least one sensor of the electronic device, receiving, from the electronic device, the health information via the human body communication, wherein the health information is information being based on the body condition measured by the electronic device, in response to determining that the type of information is control information, transmitting, to the electronic device via a wireless communication, a message that requests the control information, and receiving, from the electronic device, the control information via the wireless communication. determining (1101, 1103), by the terminal, a scheme for communicating with the electronic device based on a type of information to be received from the electronic device, in response to determining that the type of information is health information, starting communication with the electronic device using a human body communication and transmitting, to the electronic device via the human body communication, a message that requests the health information, and measuring, by the electronic device, a body condition of a user using at least one sensor of the electronic device, receiving, from the electronic device, the health information via the human body communication, wherein the health information is information being based on the body condition measured by the electronic device, in response to determining that the type of information is control information, transmitting, to the electronic device via a wireless communication, a message that requests the control information, and receiving, from the electronic device, the control information via the wireless communication.
A trip device of a circuit breaker, the trip device comprising: a rectifying unit including bridge diodes, adapted to convert an AC (Alternating Current) voltage applied to the circuit breaker to a DC (Direct Current) voltage; a smoothing unit including at least one or more parallel-connected capacitors and connected to the rectifying unit in parallel to mitigate ripples of the converted DC voltage; a trip coil connected to the smoothing unit in parallel to determine whether to trip the circuit breaker, characterized by a switching element connected to the trip coil in parallel and adapted to be turned on in response to an external control signal. a rectifying unit including bridge diodes, adapted to convert an AC (Alternating Current) voltage applied to the circuit breaker to a DC (Direct Current) voltage; a smoothing unit including at least one or more parallel-connected capacitors and connected to the rectifying unit in parallel to mitigate ripples of the converted DC voltage; a trip coil connected to the smoothing unit in parallel to determine whether to trip the circuit breaker, characterized by a switching element connected to the trip coil in parallel and adapted to be turned on in response to an external control signal.
A method of a user equipment, UE, in a communication system, comprising: establishing first connection with a first cell using a first access technology; transmitting, to the first cell via the first connection, capability information of the UE, the capability information indicated that the UE support an operation to receive data from the first cell using the first access technology and a second cell using a second access technology, different from the first access technology; receiving first data from the first cell via the first connection; receiving configuration information related to the second cell using the second access technology, from the first cell via the first connection; establishing (212, 214, 306) second connection with the second cell using the second access technology based on the configuration information; and receiving (226, 316) second data from the second cell via the second connection while the first data is received from the first cell, wherein the first cell and the second cell are simultaneously active for the UE, and wherein the first cell and the second cell are connected with one core network. establishing first connection with a first cell using a first access technology; transmitting, to the first cell via the first connection, capability information of the UE, the capability information indicated that the UE support an operation to receive data from the first cell using the first access technology and a second cell using a second access technology, different from the first access technology; receiving first data from the first cell via the first connection; receiving configuration information related to the second cell using the second access technology, from the first cell via the first connection; establishing (212, 214, 306) second connection with the second cell using the second access technology based on the configuration information; and receiving (226, 316) second data from the second cell via the second connection while the first data is received from the first cell, wherein the first cell and the second cell are simultaneously active for the UE, and wherein the first cell and the second cell are connected with one core network.
A housing for an electrical connector, in particular for an electrical connector of a charging device for an electric vehicle, comprising a first set of orifices (16, 18, 20) intended to receive first pins of an electrical connector, and a second set of orifices (22, 24, 26, 28, 30, 32) intended to receive second pins of an electrical connector, the orifices (16, 18, 20, 22, 24, 26, 28, 30, 32) being holes passing through the housing from a first interface of the housing towards a second interface of the housing in a connecting direction, the first interface of the housing being designed to be coupled with a housing of a mating electrical connector in the connecting direction, wherein the housing comprises a first draining means which is suitable for evacuating a fluid coming from the first set of orifices (16, 18, 20), and the housing comprises a second draining means which is suitable for evacuating a fluid coming from the second set of orifices (22, 24, 26, 28, 30, 32), characterized in that that the first draining means and the second draining means are isolated from each other, preventing fluid communication between a fluid coming from the first set of orifices (16, 18, 20) and a fluid coming from the second set of orifices (22, 24, 26, 28, 30, 32). a first set of orifices (16, 18, 20) intended to receive first pins of an electrical connector, and a second set of orifices (22, 24, 26, 28, 30, 32) intended to receive second pins of an electrical connector, the orifices (16, 18, 20, 22, 24, 26, 28, 30, 32) being holes passing through the housing from a first interface of the housing towards a second interface of the housing in a connecting direction, the first interface of the housing being designed to be coupled with a housing of a mating electrical connector in the connecting direction, wherein the housing comprises a first draining means which is suitable for evacuating a fluid coming from the first set of orifices (16, 18, 20), and the housing comprises a second draining means which is suitable for evacuating a fluid coming from the second set of orifices (22, 24, 26, 28, 30, 32), characterized in that that the first draining means and the second draining means are isolated from each other, preventing fluid communication between a fluid coming from the first set of orifices (16, 18, 20) and a fluid coming from the second set of orifices (22, 24, 26, 28, 30, 32).
A method of encryption of a k -bit plaintext m, the method being performed in a device and comprising the steps of: - obtaining plaintext m; - picking a random x ∈ Z N *; - generating ciphertext c = y m x 2 k mod N; and - outputting the ciphertext; wherein ∘ N is a multiple of a product of two prime numbers p and q each of the two prime numbers being equal to 1 (mod 2 k) and N is not a square; ∘ y is an element in multiplicative group Z N * of integers modulo N and y ∈ J 2 \ QR; and ∘ k is an integer larger than 1. - obtaining plaintext m; - picking a random x ∈ Z N *; - generating ciphertext c = y m x 2 k mod N; and - outputting the ciphertext; ∘ N is a multiple of a product of two prime numbers p and q each of the two prime numbers being equal to 1 (mod 2 k) and N is not a square; ∘ y is an element in multiplicative group Z N * of integers modulo N and y ∈ J 2 \ QR; and ∘ k is an integer larger than 1.
Apparatus for use in allocating resource in a wireless communication system employing transmission control protocol, TCP, based data transfer between a network and a wireless subscriber communication unit, the apparatus characterised by: a scheduler located in the network arranged to buffer a TCP data segment for downlink, DL, transmission; a transmitter arranged to transmit the buffered TCP data segment to the wireless subscriber communication unit in a message that indicates an allocation of DL resources plus sufficient uplink resources to transfer a stand-alone acknowledgement, ACK, data segment; and counting logic operably coupled to the scheduler and arranged to count a number of segments transmitted to the wireless subscriber communication unit, wherein the scheduler is arranged to allocate uplink resources for supporting a transmission of the stand-alone ACK data segment in response to a count of the number of transmitted segments reaching a value, wherein the value is two or more. a scheduler located in the network arranged to buffer a TCP data segment for downlink, DL, transmission; a transmitter arranged to transmit the buffered TCP data segment to the wireless subscriber communication unit in a message that indicates an allocation of DL resources plus sufficient uplink resources to transfer a stand-alone acknowledgement, ACK, data segment; and counting logic operably coupled to the scheduler and arranged to count a number of segments transmitted to the wireless subscriber communication unit, wherein the scheduler is arranged to allocate uplink resources for supporting a transmission of the stand-alone ACK data segment in response to a count of the number of transmitted segments reaching a value, wherein the value is two or more.
A computerised system for accessing to a vehicle comprising: - a key for said vehicle_configured to interact, according to a wireless mode, with a control system of said vehicle, said key comprising a control unit, a first wireless communication module operatively connected to said control unit and adapted to allow said control unit to communicate with said control system and a second wireless communication module operatively connected to said control unit and adapted to allow said control unit to communicate with a mobile computerised device; characterised in that said computerised system comprises a software application which can be stored on and executed by at least one mobile computerised device, wherein said software application is configured to send control signals to said key to control said control unit, when executed by said mobile computerised device, wherein, in response to said control signals, said control unit interacts with the control system of said vehicle to cause the unlocking of one or more doors of said vehicle. - a key for said vehicle_configured to interact, according to a wireless mode, with a control system of said vehicle, said key comprising a control unit, a first wireless communication module operatively connected to said control unit and adapted to allow said control unit to communicate with said control system and a second wireless communication module operatively connected to said control unit and adapted to allow said control unit to communicate with a mobile computerised device; characterised in that said computerised system comprises a software application which can be stored on and executed by at least one mobile computerised device, wherein said software application is configured to send control signals to said key to control said control unit, when executed by said mobile computerised device, wherein, in response to said control signals, said control unit interacts with the control system of said vehicle to cause the unlocking of one or more doors of said vehicle.
Use of one or more silicone gums in cosmetic or dermatological preparations comprising one or more antiperspirant active ingredients for reducing or preventing staining in or on clothing, characterized in that polydiorganosiloxanes, dimethicone and dimethiconol having a molar mass in the range of 100 000 to 2 000 000 g/mol are effective as silicone gums.