mhurhangee/ep-ind-claims huggingface dataset:
An injector (10, 110, 210) comprising: a cylindrical barrel (12, 212) including a discharge port; a movable body including a main body, a seal body disposed on the main body and a flange disposed on the main body, the seal body coming into close contact with an inner circumferential surface of the barrel (12, 212), the movable body being restored to an original shape when the movable body stops moving, the original shape being a shape where an outer circumferential side portion of the seal body is separated from the main body; a plunger (16, 116, 216) for pushing and moving the seal body to the discharge port side of the barrel; and a stopper (16d, 116d, 212f) disposed on one of the barrel (12, 212) and the plunger (16, 116, 216) and coming into elastic contact with the other in a radial direction of the barrel (12, 212), wherein the seal body and the plunger (16, 116, 216) are configured to separate from each other when the plunger (16, 116, 216) is being retracted. a cylindrical barrel (12, 212) including a discharge port; a movable body including a main body, a seal body disposed on the main body and a flange disposed on the main body, the seal body coming into close contact with an inner circumferential surface of the barrel (12, 212), the movable body being restored to an original shape when the movable body stops moving, the original shape being a shape where an outer circumferential side portion of the seal body is separated from the main body; a plunger (16, 116, 216) for pushing and moving the seal body to the discharge port side of the barrel; and a stopper (16d, 116d, 212f) disposed on one of the barrel (12, 212) and the plunger (16, 116, 216) and coming into elastic contact with the other in a radial direction of the barrel (12, 212),
A dosing device (1, 1') for metering washing agents in liquid or viscous form, in particular for washing machines comprising a washing tub, said device (1, 1') comprising: - a first cylinder defining a first internal cavity wherein a first piston is slidingly insertable, - actuating means associated at least with said first piston through moving means (20, 20'), - a first suction conduit associated with first flow control means, connectable at one end to said first internal cavity and at the opposite end to a container for a washing agent, - a first expulsion conduit, associated with second flow control means, connectable at one end to said first internal cavity and at the opposite end to the tub of a washing machine, said first piston being adapted to reciprocate in said first cavity between a intake direction, wherein the washing agent is sucked from said container to fill at least a portion of said first cavity, and an outflow direction, wherein the washing agent previously sucked is introduced inside the tub, characterized in that said first cylinder is housed inside a second internal cavity defined by a second cylinder coaxial with said first cylinder, said first cylinder being slidingly insertable within said second cavity. - a first cylinder defining a first internal cavity wherein a first piston is slidingly insertable, - actuating means associated at least with said first piston through moving means (20, 20'), - a first suction conduit associated with first flow control means, connectable at one end to said first internal cavity and at the opposite end to a container for a washing agent, - a first expulsion conduit, associated with second flow control means, connectable at one end to said first internal cavity and at the opposite end to the tub of a washing machine,
A method for securely learning parameters of a convolutional neural network, CNN, for data classification; the method comprising the implementation, by means for processing data of a first server, of steps of: Receiving, from a second server, an already classified learning database, said learning data being homomorphically encrypted; Learning in the encrypted domain, from said learning database, the parameters of a reference CNN comprising at least: - a non-linear layer (POLYNOME) operating a polynomial function of at least degree two approximating an activation function; - a non-approximated batch normalization layer before each non-linear layer (POLYNOME); Transmitting, to said second server, learned parameters for decryption and use in classification. Receiving, from a second server, an already classified learning database, said learning data being homomorphically encrypted; Learning in the encrypted domain, from said learning database, the parameters of a reference CNN comprising at least: - a non-linear layer (POLYNOME) operating a polynomial function of at least degree two approximating an activation function; - a non-approximated batch normalization layer before each non-linear layer (POLYNOME); - a non-linear layer (POLYNOME) operating a polynomial function of at least degree two approximating an activation function; - a non-approximated batch normalization layer before each non-linear layer (POLYNOME); Transmitting, to said second server, learned parameters for decryption and use in classification.
An auto-injector device for delivering a liquid medicament, comprising: - an injector body, - a syringe received in the injector body - a needle disposed in a first end of the syringe to extend toward an opening of the injector body, - an injector cap to enclose the opening and cover the needle, and - a releasable attachment mechanism configured to secure the cap in place covering the needle and comprising first and second engaging parts (124, 181; 24, 25; 40, 30, 50); characterized in that the first and second engaging parts (124, 181; 24, 25; 40, 30, 50) cooperate in an attached position to secure the cap in position covering the needle and wherein the attachment mechanism is configured to move into a release position in which the first and second engaging parts (124, 181; 24, 25; 40, 30, 50) are in reduced cooperation when above a threshold temperature to facilitate detachment of the injector cap to expose the needle. - an injector body, - a syringe received in the injector body - a needle disposed in a first end of the syringe to extend toward an opening of the injector body, - an injector cap to enclose the opening and cover the needle, and - a releasable attachment mechanism configured to secure the cap in place covering the needle and comprising first and second engaging parts (124, 181; 24, 25; 40, 30, 50);
A suction head for an extraction cleaner comprising: a base forming a suction chamber and a suction outlet in fluid communication with the suction chamber; and a piezoelectric element coupled to the base, the piezoelectric element comprising a first surface open to the suction chamber, a second surface facing an external environment away from the suction chamber, a thickness between the first surface and the second surface, and a through-via through the thickness open at both the first surface and the second surface. a base forming a suction chamber and a suction outlet in fluid communication with the suction chamber; and a piezoelectric element coupled to the base, the piezoelectric element comprising a first surface open to the suction chamber, a second surface facing an external environment away from the suction chamber, a thickness between the first surface and the second surface, and a through-via through the thickness open at both the first surface and the second surface.
A fuel cell system comprising: a pretreatment device removing an impurity included in a fuel gas and increasing purity of methane; a reformer converting the fuel gas emitted from the pretreatment device into a reformed gas; and a fuel cell stack generating electricity by using the reformed gas, wherein the pretreatment device includes an upgrading unit separating a byproduct gas including carbon dioxide from the fuel gas and a carbon dioxide removing unit removing carbon dioxide included in the byproduct gas, characterized in that the upgrading unit includes a compressor absorbing and compressing the fuel gas with the impurity removed, and a multistage separation membrane separating methane and carbon dioxide from the compressed fuel gas, and that the multistage separation membrane includes at least two separation membranes disposed in series. a pretreatment device removing an impurity included in a fuel gas and increasing purity of methane; a reformer converting the fuel gas emitted from the pretreatment device into a reformed gas; and a fuel cell stack generating electricity by using the reformed gas, wherein the pretreatment device includes an upgrading unit separating a byproduct gas including carbon dioxide from the fuel gas and a carbon dioxide removing unit removing carbon dioxide included in the byproduct gas, characterized in that the upgrading unit includes a compressor absorbing and compressing the fuel gas with the impurity removed, and a multistage separation membrane separating methane and carbon dioxide from the compressed fuel gas, and that the multistage separation membrane includes at least two separation membranes disposed in series.
A hearing assistance system, comprising: an implantable cochlear stimulator including a position element, a receiver apparatus (212, 214) adapted to wirelessly receive power and stimulation data, an electrode array, and a stimulation processor operably connected to the receiver apparatus and to the electrode array; a headpiece including a battery, a magnet that is to be magnetically attracted to the position element, and a data/power transmission apparatus (312, 314, 316, 318) adapted to receive stimulation data, to wirelessly transmit the received stimulation data to the cochlear stimulator receiver apparatus, and to wirelessly transmit power from the battery to the cochlear stimulator receiver apparatus; and a hearing assistance device (100, 100a,) including a battery, sound processor circuitry for converting electrical signals from a microphone into stimulation data, and a data communication apparatus (116, 118) configured to transmit the stimulation data; characterised by a notification source for transmitting a notification signal, and a retransmission apparatus, including a data communication apparatus (404, 408), that is configured to wirelessly receive the notification signal and to wirelessly transmit the stimulation data to the headpiece in response to receipt of the notification signal when the hearing assistance device is not in use. an implantable cochlear stimulator including a position element, a receiver apparatus (212, 214) adapted to wirelessly receive power and stimulation data, an electrode array, and a stimulation processor operably connected to the receiver apparatus and to the electrode array; a headpiece including a battery, a magnet that is to be magnetically attracted to the position element, and a data/power transmission apparatus (312, 314, 316, 318) adapted to receive stimulation data, to wirelessly transmit the received stimulation data to the cochlear stimulator receiver apparatus, and to wirelessly transmit power from the battery to the cochlear stimulator receiver apparatus; and a hearing assistance device (100, 100a,) including a battery, sound processor circuitry for converting electrical signals from a microphone into stimulation data, and a data communication apparatus (116, 118) configured to transmit the stimulation data; characterised by a notification source for transmitting a notification signal, and a retransmission apparatus, including a data communication apparatus (404, 408), that is configured to wirelessly receive the notification signal and to wirelessly transmit the stimulation data to the headpiece in response to receipt of the notification signal when the hearing assistance device is not in use.
A method of shifting a multi-mode drive unit comprising a transmission, a power take off unit having a first plurality of gear ratios and coupled to said transmission, and a rear drive module having a second plurality of gear ratios and coupled to said power take off unit, wherein said method in response to a shift request comprises: initiating a shift in said power take off unit from operation in a first gear ratio of said first plurality of gear ratios to operation in a second gear ratio of said first plurality of gear ratios; the method being characterized by in response to the shift request further comprising: monitoring the progress of said shift of said power take off unit; rejecting said shift request if said power take off unit is unable to successfully shift from operation in said first gear ratio of said first plurality of gear ratios to operation in said second gear ratio of said first plurality of gear ratios; and shifting said rear drive module from operation in a first gear ratio of said second plurality of gear ratios to operation in a second gear ratio of said second plurality of gear ratios if said shift of said power take off unit is successfully completed. initiating a shift in said power take off unit from operation in a first gear ratio of said first plurality of gear ratios to operation in a second gear ratio of said first plurality of gear ratios; the method being characterized by in response to the shift request further comprising: monitoring the progress of said shift of said power take off unit; rejecting said shift request if said power take off unit is unable to successfully shift from operation in said first gear ratio of said first plurality of gear ratios to operation in said second gear ratio of said first plurality of gear ratios; and shifting said rear drive module from operation in a first gear ratio of said second plurality of gear ratios to operation in a second gear ratio of said second plurality of gear ratios if said shift of said power take off unit is successfully completed.
A laundry washing apparatus, comprising: a storage container configured to store a washing agent; and a washing agent pump configured to be coupled to the storage container, wherein the washing agent pump comprises an introduction end portion configured to be inserted in the storage container when the washing agent pump is coupled to the storage container, characterized in that: an introduction hole is formed through a peripheral surface of the introduction end portion within the storage container. a storage container configured to store a washing agent; and a washing agent pump configured to be coupled to the storage container, wherein the washing agent pump comprises an introduction end portion configured to be inserted in the storage container when the washing agent pump is coupled to the storage container, characterized in that: an introduction hole is formed through a peripheral surface of the introduction end portion within the storage container.
Broad-band resonance silencer, comprising at least one two-part housing defining a silencer longitudinal axis and a silencer transverse axis, an exhaust gas- or gas-carrying pipe (4.1) received in said housing, which pipe defines a pipe interior with a circumferentially surrounding pipe jacket with acoustic openings formed therein, wherein the pipe (4.1) in the installed position is enclosed by at least one damping chamber which is formed by the housing and which is operatively connected to the interior of the pipe via said acoustic openings (4.2) in order to form a broad-band resonator, wherein the housing comprises at least two housing parts, in particular two split housing half shells (2.1., 2.4), wherein the pipe (4.1) is designed as a pipe insert body which comprises a middle pipe section with two frontal pipe ends, wherein the pipe insert body is designed for insertion into the housing parts of the housing, wherein the damping chamber is divided into at least two resonance chambers via at least one insert web (4.3), wherein the broad-band resonator may also be designed as a Helmholtz resonator, wherein at least one insert web (4.3) on the insert body is formed integrally therewith, wherein the insert web (4.3) further acts as a position fixing means of the pipe insert body in relation to the housing, wherein in addition to the broad-band resonator at least one acoustic channel (4,5, 4.6, 4.11, 4.12, 4.13, 4.15, 4.20) forming a tubular resonator volume is included, wherein the channel inlet opening (4.11, 4.12) of the acoustic channel is formed in the pipe insert body, characterized in that i) the acoustic channel extends at least in sections from the pipe jacket while forming an intermediate space between the channel (4,5, 4.6, 4.11, 4.12, 4.13, 4.15, 4.20) and the pipe (4.1) and/or ii) extends in the direction of the damper longitudinal axis over several damping chambers. i) the acoustic channel extends at least in sections from the pipe jacket while forming an intermediate space between the channel (4,5, 4.6, 4.11, 4.12, 4.13, 4.15, 4.20) and the pipe (4.1) and/or ii) extends in the direction of the damper longitudinal axis over several damping chambers.
A method for determining the efficacy of glypican 3 (GPC-3)-targeting drug therapy for liver cancer in a patient or determining the continuation of GPC3-targeting drug therapy for a patient, said method comprising measuring the concentration of free GPC3 in a serum sample isolated from the patient before the start of GPC3-targeting drug therapy, wherein when the concentration of free GPC3 is above a predetermined value which value is within the range from 0.1 ng/ml to 100 ng/ml, the GPC3-targeting drug therapy is determined to be effective, and/or measuring the concentration of free GPC3 in a serum sample isolated from the patient treated with the GPC3-targeting drug therapy, wherein when the concentration of free GPC3 is larger than that in a serum sample isolated before the start of the GPC3-targeting drug therapy from the patient, it is determined that the GPC3-targeting drug therapy is effective and that the GPC3-targeting drug therapy should be continued. measuring the concentration of free GPC3 in a serum sample isolated from the patient before the start of GPC3-targeting drug therapy, wherein when the concentration of free GPC3 is above a predetermined value which value is within the range from 0.1 ng/ml to 100 ng/ml, the GPC3-targeting drug therapy is determined to be effective, and/or measuring the concentration of free GPC3 in a serum sample isolated from the patient treated with the GPC3-targeting drug therapy, wherein when the concentration of free GPC3 is larger than that in a serum sample isolated before the start of the GPC3-targeting drug therapy from the patient, it is determined that the GPC3-targeting drug therapy is effective and that the GPC3-targeting drug therapy should be continued.
A battery system, comprising: a battery module in which a plurality of assembled batteries (11, 12) each having a plurality of battery cells is connected together; battery monitoring circuits (21, 31) that are provided so as to correspond to each of the assembled batteries (11, 12) of the battery module and monitor a status of each of the battery cells of the assembled batteries (11, 12); a control circuit for controlling operation of the battery monitoring circuits (21, 31); a first signal transmission path (41, 42) for transmitting all signals that are input and output between the battery monitoring circuits (21, 31) and the control circuit; a first isolation element (50, 60) connected to the control circuit; a second isolation element connected to the battery monitoring circuit (21, 31); the battery system characterized in that: the first signal transmission path (41, 42) is isolated from the control circuit by the first isolation element (50, 60) and is isolated from the battery monitoring circuit (21, 31) by capacitors for communication (23, 33) as the second isolation element, and an electrical potential of the first signal transmission path (41, 42) is a floating potential in relation to an electrical potential of the control circuit and electrical potentials of the battery monitoring circuits (21, 31). a battery module in which a plurality of assembled batteries (11, 12) each having a plurality of battery cells is connected together; battery monitoring circuits (21, 31) that are provided so as to correspond to each of the assembled batteries (11, 12) of the battery module and monitor a status of each of the battery cells of the assembled batteries (11, 12); a control circuit for controlling operation of the battery monitoring circuits (21, 31); a first signal transmission path (41, 42) for transmitting all signals that are input and output between the battery monitoring circuits (21, 31) and the control circuit; a first isolation element (50, 60) connected to the control circuit; a second isolation element connected to the battery monitoring circuit (21, 31); the battery system characterized in that: the first signal transmission path (41, 42) is isolated from the control circuit by the first isolation element (50, 60) and is isolated from the battery monitoring circuit (21, 31) by capacitors for communication (23, 33) as the second isolation element, and an electrical potential of the first signal transmission path (41, 42) is a floating potential in relation to an electrical potential of the control circuit and electrical potentials of the battery monitoring circuits (21, 31). the first signal transmission path (41, 42) is isolated from the control circuit by the first isolation element (50, 60) and is isolated from the battery monitoring circuit (21, 31) by capacitors for communication (23, 33) as the second isolation element, and an electrical potential of the first signal transmission path (41, 42) is a floating potential in relation to an electrical potential of the control circuit and electrical potentials of the battery monitoring circuits (21, 31).
A method for transmitting control information through a part of Layer 1, L1, signaling information, the part of L1 signaling information including information associated with at least one P hysical L ayer P ipe, PLP, in a frame, in an Orthogonal Frequency Division Multiplexing, OFDM, based broadcasting system, the method comprising the steps of: determining a number of LDPC blocks through which the part of Layer 1, L1, signaling information is to be transmitted, according to a total number of bits of the part of L1 signaling information; calculating a number of input information bits of each LDPC block when there is a plurality of LDPC blocks, such that the number of input information bits of each LDPC block is equal; determining a number of puncturing bits in accordance with a modulation order and a time interleaving depth; generating (4 0 5) the determined number of LDPC blocks, each LDPC block comprising bits of the calculated number of input information bits puncturing each LDPC block based on the determined number of puncturing bits; and transmitting a frame including one or more LDPC blocks generated through the preceding steps. determining a number of LDPC blocks through which the part of Layer 1, L1, signaling information is to be transmitted, according to a total number of bits of the part of L1 signaling information; calculating a number of input information bits of each LDPC block when there is a plurality of LDPC blocks, such that the number of input information bits of each LDPC block is equal; determining a number of puncturing bits in accordance with a modulation order and a time interleaving depth; generating (4 0 5) the determined number of LDPC blocks, each LDPC block comprising bits of the calculated number of input information bits puncturing each LDPC block based on the determined number of puncturing bits; and transmitting a frame including one or more LDPC blocks generated through the preceding steps.