mhurhangee/ep-ind-claims huggingface dataset:
Household refrigeration appliance, having a carcass and a door (3, 4) which can be hinged to said carcass, which, when the door (3, 4) is closed, delimit a heat-insulated refrigeration chamber, a refrigeration device for refrigerating the refrigeration chamber, an icemaker and/or water dispenser (8, 9), a first electronic module for controlling/regulating the refrigeration device, a display/input module which can be used to adjust and/or display operating parameters associated with the first electronic module, and a bus system connecting the display/input module to the first electronic module, characterised by a second electronic module separate from the first electronic module for controlling/regulating the icemaker and/or water dispenser (8, 9), wherein the display/input module can be used to actuate and/or adjust functions associated with the icemaker and/or water dispenser (8, 9) and the display/input module is connected to the second electronic module by way of the bus system, wherein the second electronic module is coupled using control technology to the first electronic module by way of the bus system, and shares the display/input module.
A sewing machine, comprising an apparatus for manually exchanging a transporter, comprising the transporter and a transporter holder, wherein the transporter holder is arranged in a free arm that is associated with the sewing machine, wherein the transporter has a support face which can be arranged parallel with the surface of a sewn-product support which contains a needle-hole plate, wherein the needle-hole plate can at least be partially formed by the surface of the free arm, wherein the support face is received in an opening of the needle-hole plate, wherein the transporter is fastenable in the recess (31, 81) by means of a fastening element (40, 82, 83) or an adjusting element such that the support face can be aligned so as to be substantially parallel with the surface of the needle-hole plate, wherein the fastening element (40, 82, 83) or the adjusting element is releasably held in the transporter holder, wherein the transporter has a base surface which is arranged opposite the support face, characterised in that the transporter is receivable in a recess (31, 81) of the transporter holder, wherein the transporter located in the recess (31, 81) rests with the base surface at least partially on a base of the recess (31, 81) in the assembled state.
A vascular access device declotting system, comprising: a vascular access assembly, comprising: a first tubular conduit comprising a first central end portion for disposal within a heart of a patient, a second tubular conduit for being coupled to a vessel, and at least one connector coupled to the first tubular conduit and the second tubular conduit such that a flow path extends via the first tubular conduit and the second tubular conduit; and a declotting catheter comprising a second central end portion, wherein the first central end portion of the first tubular conduit is configured to couple with the second central end portion of the declotting catheter, and wherein the system is configured such that the coupling of the first central end portion to the first tubular conduit with second central end portion of the declotting catheter is configured to be carried out in the vasculature of the patient. a vascular access assembly, comprising: a first tubular conduit comprising a first central end portion for disposal within a heart of a patient, a second tubular conduit for being coupled to a vessel, and at least one connector coupled to the first tubular conduit and the second tubular conduit such that a flow path extends via the first tubular conduit and the second tubular conduit; and a first tubular conduit comprising a first central end portion for disposal within a heart of a patient, a second tubular conduit for being coupled to a vessel, and at least one connector coupled to the first tubular conduit and the second tubular conduit such that a flow path extends via the first tubular conduit and the second tubular conduit; and a declotting catheter comprising a second central end portion, wherein the first central end portion of the first tubular conduit is configured to couple with the second central end portion of the declotting catheter, and wherein the system is configured such that the coupling of the first central end portion to the first tubular conduit with second central end portion of the declotting catheter is configured to be carried out in the vasculature of the patient.
A cardiac assistance device comprising a shell, which can transition from a non-expanded state to an expanded state, wherein the shell in its non-expanded state can be inserted into a delivery system, the shell is self-expandable, as well as the shell can enclose at least a portion of the heart in its expanded state, characterised in that the shell has a cut-out at its upper edge in order to not compromise the vena cava inferior in its implanted state and the shell having at least one extension strut at its lower edge.
An inkjet recording device comprising: an inkjet unit configured to eject ink to a recording medium while scanning in a main scanning direction; a first treatment liquid ejection head that is arranged side by side with the inkjet unit in the main scanning direction, contains a first treatment liquid, and is configured to scan together with the inkjet unit and eject the first treatment liquid to the recording medium; and a second treatment liquid ejection head that is arranged side by side with the inkjet unit in the main scanning direction, contains a second treatment liquid, and is configured to scan together with the inkjet unit and eject the second treatment liquid different from the first treatment liquid to the recording medium, wherein at least one of the first treatment liquid ejection head and the second treatment liquid ejection head is arranged on both sides of the inkjet unit in the main scanning direction, the first treatment liquid contains a coagulant that coagulates the ink, and characterized in that the second treatment liquid contains a resin dispersing agent obtained by dispersing a resin into a solution. an inkjet unit configured to eject ink to a recording medium while scanning in a main scanning direction; a first treatment liquid ejection head that is arranged side by side with the inkjet unit in the main scanning direction, contains a first treatment liquid, and is configured to scan together with the inkjet unit and eject the first treatment liquid to the recording medium; and a second treatment liquid ejection head that is arranged side by side with the inkjet unit in the main scanning direction, contains a second treatment liquid, and is configured to scan together with the inkjet unit and eject the second treatment liquid different from the first treatment liquid to the recording medium, wherein at least one of the first treatment liquid ejection head and the second treatment liquid ejection head is arranged on both sides of the inkjet unit in the main scanning direction, the first treatment liquid contains a coagulant that coagulates the ink, and characterized in that the second treatment liquid contains a resin dispersing agent obtained by dispersing a resin into a solution.
A method of connecting a tube to a port, comprising: providing a tube having first and second ends, wherein the second end comprises a tip; inserting the first end of the tube through a first spring and a body, wherein said body comprises a first end, a second end, and a passageway therethrough adapted to receive the tube extending through said body; inserting at least a portion of a latch member having an opening, into a portion of said body, wherein one or more projections of the latch member are adapted to be held in one or more recesses (5003a, 5003b) on said portion of said body; inserting a portion (5011, 5011a) of a cap member having an opening, into a portion of the latch member, wherein said portion (5011, 5011a) of the cap is adapted to hold the cap member and latch member together; and inserting at least a portion of the body, including at least the latch member, into a port, wherein the latch member is retained within the port. providing a tube having first and second ends, wherein the second end comprises a tip; inserting the first end of the tube through a first spring and a body, wherein said body comprises a first end, a second end, and a passageway therethrough adapted to receive the tube extending through said body; inserting at least a portion of a latch member having an opening, into a portion of said body, wherein one or more projections of the latch member are adapted to be held in one or more recesses (5003a, 5003b) on said portion of said body; inserting a portion (5011, 5011a) of a cap member having an opening, into a portion of the latch member, wherein said portion (5011, 5011a) of the cap is adapted to hold the cap member and latch member together; and inserting at least a portion of the body, including at least the latch member, into a port, wherein the latch member is retained within the port.
An apparatus comprising: a transistor (330.1) comprising a substrate; a gain element configured to generate a voltage (VRIN) proportional to a drain-to-source voltage of the transistor (330.1); a negative rectifier configured to rectify a negative portion of the voltage proportional to the drain-to-source voltage of the transistor; and the substrate is coupled to a constant bias voltage via a first resistor, and the substrate is coupled to the output of the negative rectifier via a second resistor. a transistor (330.1) comprising a substrate; a gain element configured to generate a voltage (VRIN) proportional to a drain-to-source voltage of the transistor (330.1); a negative rectifier configured to rectify a negative portion of the voltage proportional to the drain-to-source voltage of the transistor; and the substrate is coupled to a constant bias voltage via a first resistor, and the substrate is coupled to the output of the negative rectifier via a second resistor.
A liquid polymer composition for administration into the body of a human, comprising: a. a biodegradable liquid polyester comprising at least one carboxylic acid end group, wherein a ratio of monomer units to carboxylic acid end groups is between 5:1 and 90:1; b. a biocompatible organicsolvent, and c. an active pharmaceutical agent, wherein the biodegradable liquid polyester comprises at least about 50% lactide residues and an amount greater than about 5% of residues of comonomers selected from caprolactone, trimethylene carbonate and combinations thereof; and the biodegradable liquid polyester has a weight-average molecular weight between 5 kDa and 25 kDa. a. a biodegradable liquid polyester comprising at least one carboxylic acid end group, wherein a ratio of monomer units to carboxylic acid end groups is between 5:1 and 90:1; b. a biocompatible organicsolvent, and c. an active pharmaceutical agent, the biodegradable liquid polyester comprises at least about 50% lactide residues and an amount greater than about 5% of residues of comonomers selected from caprolactone, trimethylene carbonate and combinations thereof; and the biodegradable liquid polyester has a weight-average molecular weight between 5 kDa and 25 kDa.
A tire rubber composition, comprising, based on 100% by mass of total rubber components therein, 25% by mass or more of an isoprene-based rubber and 35% by mass or more of a styrene-butadiene rubber, and having a tan δ versus temperature curve whose peak tan δ and half width satisfy the following relationship: 0.025 ≤ Peak tan δ / Half width ≤ 0.080
An aircraft landing gear assembly including; a support strut and a wheel; a plurality of noise-inducing elements, at least one of the noise-inducing elements comprising a brake assembly or electric drive system; and a noise reduction fairing provided and shaped to closely fit about the inner surface of the brake assembly or electric drive system such that the fairing is located between the brake assembly or the electric drive system and the wheel and the lower portion of the support strut and configured such as to provide shielding of only a portion of the brake assembly or of only a portion of the electric drive system from incident airflow. a support strut and a wheel; a plurality of noise-inducing elements, at least one of the noise-inducing elements comprising a brake assembly or electric drive system; and a noise reduction fairing provided and shaped to closely fit about the inner surface of the brake assembly or electric drive system such that the fairing is located between the brake assembly or the electric drive system and the wheel and the lower portion of the support strut and configured such as to provide shielding of only a portion of the brake assembly or of only a portion of the electric drive system from incident airflow.
An inductive power transfer apparatus comprising: an elongate primary conductive loop configured to provide a magnetic field for inductive power transfer, and a circuit for energising a magnetic flux coupling apparatus (109, 401), the circuit comprising: a pick-up coil for receiving power inductively from the primary conductive loop, an inverter for supplying electrical energy from the storage capacitor to the magnetic flux coupling apparatus (109, 401), a storage capacitor for storing energy from the inductively received power, characterized in that the storage capacitor being sufficiently large to supply transient load demands greater than the input power available from the primary conductive loop, and wherein power transfer to a load to be supplied by the magnetic flux coupling apparatus (109, 401) exceeds the inductively received power by means of the energy stored in the storage capacitor. an elongate primary conductive loop configured to provide a magnetic field for inductive power transfer, and a circuit for energising a magnetic flux coupling apparatus (109, 401), the circuit comprising: a pick-up coil for receiving power inductively from the primary conductive loop, an inverter for supplying electrical energy from the storage capacitor to the magnetic flux coupling apparatus (109, 401), a storage capacitor for storing energy from the inductively received power, characterized in that the storage capacitor being sufficiently large to supply transient load demands greater than the input power available from the primary conductive loop, and wherein power transfer to a load to be supplied by the magnetic flux coupling apparatus (109, 401) exceeds the inductively received power by means of the energy stored in the storage capacitor. a pick-up coil for receiving power inductively from the primary conductive loop, an inverter for supplying electrical energy from the storage capacitor to the magnetic flux coupling apparatus (109, 401), a storage capacitor for storing energy from the inductively received power, characterized in that the storage capacitor being sufficiently large to supply transient load demands greater than the input power available from the primary conductive loop, and wherein power transfer to a load to be supplied by the magnetic flux coupling apparatus (109, 401) exceeds the inductively received power by means of the energy stored in the storage capacitor.
A residual current device comprising a residual current transformer, which has a primary winding containing at least one phase conductor (3, 3', 3") and a neutral conductor and also a core, a secondary winding, and a test winding, using which a test current can be applied to the residual current transformer to simulate a defined residual current, the residual current device furthermore comprising a control unit to activate the test winding to generate the test current and to measure a secondary voltage induced in the secondary winding and/or a secondary current resulting from the induced secondary voltage, characterized in that the control unit is designed for calibrating the residual current device so that in the event of a deviation of the measured voltage value of the secondary voltage caused by the test current from a voltage setpoint value and/or in the event of a deviation of the measured current value of the secondary current caused by the test current from a current setpoint value, a correction factor is computed, by which measured voltage values of the secondary voltage caused by residual currents and/or measured current values of the secondary current caused by residual currents are multiplied, wherein the control unit is designed so that a calibration fault state is recognized if the correction factor is greater than a predefined maximum permissible correction factor or less than a predefined minimum permissible correction factor.
A holder for securing an item to the holder, the holder comprising: - a housing, - the housing having a face (3,4) configured for attaching to a side of the item, - a suction port (7,8) arranged in the face (3,4), - at least one vacuum pump connected to the suction port (7,8) for creating at least a partial vacuum between the face (3,4) and the side of the item for securing the item to the holder by suction, - a drive motor operably coupled the vacuum pump, - a manual control element coupled to a controller, - a bleed valve having at least a closed position and an open position, - the bleed valve fluidically connecting the suction port (7,8) to atmosphere in the open position, characterized by - the controller being configured: to activate the drive motor and to move the bleed valve to the closed position in response to an activation signal from the manual control element, and to deactivate the drive motor and to move the bleed valve to the open position in response to a deactivation signal from the manual control element. - a housing, - the housing having a face (3,4) configured for attaching to a side of the item, - a suction port (7,8) arranged in the face (3,4), - at least one vacuum pump connected to the suction port (7,8) for creating at least a partial vacuum between the face (3,4) and the side of the item for securing the item to the holder by suction, - a drive motor operably coupled the vacuum pump, - a manual control element coupled to a controller, - a bleed valve having at least a closed position and an open position, - the bleed valve fluidically connecting the suction port (7,8) to atmosphere in the open position, characterized by - the controller being configured: to activate the drive motor and to move the bleed valve to the closed position in response to an activation signal from the manual control element, and to deactivate the drive motor and to move the bleed valve to the open position in response to a deactivation signal from the manual control element. to activate the drive motor and to move the bleed valve to the closed position in response to an activation signal from the manual control element, and to deactivate the drive motor and to move the bleed valve to the open position in response to a deactivation signal from the manual control element.
Infusion pump device comprising a pumping means having a fluid inlet which is adapted to be connected to a vial for taking fluid out of the vial and a fluid outlet which is adapted to be connected to an infusion catheter (20, 22) wherein the pumping means is a rotary peristaltic pump means comprising a stationary flexible, resilient, first tubing which includes an inlet defining the fluid inlet and an outlet defining the fluid outlet and is provided between the fluid inlet and the fluid outlet with a bent portion having an essentially part-cycle, preferably half-cycle, form, and a rotor which is provided with engagement elements for locally engaging the bent portion of the first tubing so as to squeeze it during rotation for a pumping action, and a controlling means which is adapted to be connected to the vial and to control pressure inside the vial so as to avoid occurrence of underpressure at the fluid inlet, wherein the controlling means comprises an air line having an air inlet (16; 34) and an air outlet, which air outlet is adapted to be connected to the vial for delivering air taken up through the air inlet (16; 34) into the vial, and wherein the controlling means comprises a stationary flexible, resilient, second tubing which includes an inlet defining the air inlet and an outlet defining the air outlet so as to define the air line and is provided between the air inlet and the air outlet with a bent portion having an essentially part-cycle, preferably half-cycle, form, wherein the engagement elements locally engage the bent portion of the second tubing so as to squeeze it during rotation, characterized in that the cross-section of the second tubing is larger than the cross-section of the first tubing such that during rotation the controlling means creates overpressure in the vial to assist viscous fluids to be drawn out of the vial.
Activated contactless communication circuit comprising means for receiving and transmitting a data-carrying electromagnetic field (5, 6, 7, 8), a first resonant circuit (7, 13) with a first antenna for receiving data and a second resonant circuit (8, 43) with a second antenna for transmitting data, said first and second resonant circuits being different from one another, characterized in that said circuit is designed to carry out phase synchronization, by changing the phase of a transmission frequency, so that said data transmission is carried out at a transmission frequency that is phase-synchronized with the frequency of the receiving electromagnetic field, and characterized in that said circuit is arranged so as to deactivate the first resonant circuit with first antenna while the second resonant circuit with the second antenna is active and vice versa. characterized in that said circuit is designed to carry out phase synchronization, by changing the phase of a transmission frequency, so that said data transmission is carried out at a transmission frequency that is phase-synchronized with the frequency of the receiving electromagnetic field, and characterized in that said circuit is arranged so as to deactivate the first resonant circuit with first antenna while the second resonant circuit with the second antenna is active and vice versa.
A tire having a tire cavity between first and second sidewalls that extend respectively from a pair of beads (22, 24) to a tire tread region, the tire further incorporating a pump mechanism allowing a self-inflation of the tire, the pump mechanism comprising an air tube body extending between an axially outward facing tire surface and an axially inward tire cavity surface along an air tube body path, the air tube body having an enclosed hollow outlet end at a first end of the air tube body and an enclosed hollow inlet end at an opposite second end of the air tube body, and an air passageway extending through the air tube body from the inlet end to the outlet end, the outlet end being positioned to face at least partially exposed from the axially inward tire cavity surface and the inlet end being positioned to face at least partially exposed from the axially outward tire surface, characterized in that the air tube body path at least partially surrounds a first bead core.
Method for measuring the concentration of at least one gas from a gas sample by a sensor system which has a measuring area with at least one gas sensor, the measuring area having a diffusion opening which is closed by a gas-permeable structure, characterized in that the measuring area is initially heated up, a heating is then switched off or the heating power is reduced to a value different from 0 and the change in resistance of the at least one gas sensor is measured.
A chloride salt of a peptide which is TAT-NR2B9c (SEQ ID NO: 6) or differs from TAT-NR2B9c by up to 5 amino acid substitutions, insertions or deletions, wherein greater than 95% by moles of all anions in the salt are chloride.