mhurhangee/ep-ind-claims huggingface dataset:
A respiration-synchronizing gas supply unit provided with respiratory gas generating means, conductor means having one end communicating with said generating means, having open supply means for said respiratory gas at the other end and having automatic on-off valve means between the ends, respiration phase detection means capable of detecting at least a portion of a prescribed phase of respiration and control means which controls opening and closing of said automatic on-off valve based on the respiratory signal which is the detection result from said detection means, the respiration-synchronizing gas supply unit being characterized in that said control means has recognition means which recognizes the inspiration phase initial point and the expiration phase initial point by detecting the pressure of gas in said open supply means, the gas supply unit so configured that the control be done in such a manner that said recognition means does not recognize the initial point of the next inspiration phase during the time between recognition of the inspiration phase initial point and recognition of the expiration phase initial point, and between recognition of the expiration phase initial point and elapse of a predetermined time period, in order that erroneous recognition with the pressure in said open supply means is avoided, and the expiration phase initial point is recognized as being the point at which the pressure surpasses 0 Pa, from the minus side to the plus side; and wherein said recognition means has a standard value which is the value of the respiratory signal at atmospheric pressure and at the time of venting of said respiration-synchronizing gas supply unit, and recognizes as the expiration phase initial point the point at which the respiratory signal surpasses said standard value from the inspiration phase side to the expiration phase side.
Hydraulic transmission apparatus (10, 210, 310, 410, 510) comprising at least one hydraulic motor (26A, 26B) having radial pistons, said motor comprising: • a casing; • inside the casing, a cylinder block that comprises a plurality of cylinders, each cylinder containing a slidably mounted piston and being disposed radially relative to an axis of rotation of the motor; and • an undulating cam for the pistons; the apparatus further comprising: • two motor ducts (30, 32, 302A, 322A) respectively for the fluid feed and for the fluid discharge of the motor, said motor ducts being suitable for being put into communication with said cylinders; and • a casing duct (40, 240) connected to an internal space provided inside the casing and in which a "casing pressure" prevails; the motor being suitable for being clutched, in which state the pistons slide in the cylinders while being held in contact with the cam, and the motor is suitable for generating outlet torque under the effect of a difference in pressure between the motor ducts, and for being declutched, in which state the pistons are held in the retracted position inside the cylinders; the apparatus further comprising clutching means that, in order to perform the clutching of the motor, are suitable for bringing a first one of the motor ducts to a "clutching" first pressure that is higher than casing pressure while also making it possible for fluid to be evacuated via the casing duct; the apparatus being characterized in that, disposed on the casing duct, said apparatus further comprises means (82, 282, 382, 482, 582) for limiting the flow of fluid in said casing duct, in a manner such as to cause the pressure inside the casing to increase during the clutching operation. • a casing; • inside the casing, a cylinder block that comprises a plurality of cylinders, each cylinder containing a slidably mounted piston and being disposed radially relative to an axis of rotation of the motor; and • an undulating cam for the pistons; • two motor ducts (30, 32, 302A, 322A) respectively for the fluid feed and for the fluid discharge of the motor, said motor ducts being suitable for being put into communication with said cylinders; and • a casing duct (40, 240) connected to an internal space provided inside the casing and in which a "casing pressure" prevails;
Assembly of two streamlined portions (2, 3, 3') for streamlined flat windscreen wipers (1, 1'), in particular for a vehicle, comprising a short streamlined portion (2, 3') and a long streamlined portion (2, 3), each streamlined portion having an elongated shape and comprising two terminal caps (3, 3') and a central mounting which extends between the terminal caps and which comprises at its longitudinal ends means (4, 41) for connecting to the terminal caps, the central mountings of the two streamlined portions being identical, characterized in that the means (4, 41) for connecting are means (4, 41) for articulation.
A refrigerator, comprising: a main body having a storage chamber (F, R) formed therein; a door (4, 6) that opens and closes the storage chamber (F, R); a basket (16,18) installed on the door (4,6) and configured to receive a storage item (J, M, W) therein; a pressure sensor that detects a pressure applied by the storage item received in the basket (16, 18); a controller that outputs a control signal based on the pressure detected by the pressure sensor; and a display installed in one of the door (4,6) or the main body, wherein the display displays a residual amount of the storage item based on the control signal output by the controller; characterized in that the door (4,6) comprises a front cover including a decoration portion, and wherein the display is positioned to a rear of the front cover such that when the display is turned off, the display is obscured by the decoration portion, and when the display is turned on, the display displays the residual amount on the decoration portion. a main body having a storage chamber (F, R) formed therein; a door (4, 6) that opens and closes the storage chamber (F, R); a basket (16,18) installed on the door (4,6) and configured to receive a storage item (J, M, W) therein; a pressure sensor that detects a pressure applied by the storage item received in the basket (16, 18); a controller that outputs a control signal based on the pressure detected by the pressure sensor; and a display installed in one of the door (4,6) or the main body, wherein the display displays a residual amount of the storage item based on the control signal output by the controller; characterized in that the door (4,6) comprises a front cover including a decoration portion, and wherein the display is positioned to a rear of the front cover such that when the display is turned off, the display is obscured by the decoration portion, and when the display is turned on, the display displays the residual amount on the decoration portion.
A method of manufacturing a fluid-filled chamber defining an interior void and formed from an upper polymer barrier portion, a lower polymer barrier portion, and a sidewall barrier portion that extends around the periphery of the fluid-filled chamber and between the upper polymer barrier portion and the lower polymer barrier portion, the method comprising: knitting a tensile member, utilizing yarn, to have a shape of the chamber; and locating the tensile member within the interior void and bonding the tensile member to the upper polymer barrier portion and the lower polymer barrier portion, characterized in that: the step of knitting further includes: utilizing a flat-knitting machine; and finishing at least one edge of the tensile member such that ends of the yarn are substantially absent from the edge. knitting a tensile member, utilizing yarn, to have a shape of the chamber; and locating the tensile member within the interior void and bonding the tensile member to the upper polymer barrier portion and the lower polymer barrier portion, characterized in that: the step of knitting further includes: utilizing a flat-knitting machine; and finishing at least one edge of the tensile member such that ends of the yarn are substantially absent from the edge. the step of knitting further includes: utilizing a flat-knitting machine; and finishing at least one edge of the tensile member such that ends of the yarn are substantially absent from the edge.
A semiconductor device comprising: a pixel portion, the pixel portion comprising: a photoelectric conversion element portion buried in a substrate comprising a silicon semiconductor; a transfer transistor electrically connected to the photoelectric conversion element portion; a signal charge storage portion electrically connected to the transfer transistor; a reset transistor electrically connected to the signal charge storage portion; and an amplifier transistor electrically connected to the signal charge storage portion, wherein a channel formation region of the transfer transistor and a channel formation region of the reset transistor comprise an oxide semiconductor (102, 122) and a channel formation region of the amplifier transistor comprises the silicon semiconductor, wherein a concentration of hydrogen in the oxide semiconductor (102, 122) is lower than 5 x 10 19 atoms / cm 3 such that off-state current of each of the transfer transistor and the reset transistor is 100 aA / μm or less, and characterized in that the transfer transistor or the reset transistor is provided over the amplifier transistor. a pixel portion, the pixel portion comprising: a photoelectric conversion element portion buried in a substrate comprising a silicon semiconductor; a transfer transistor electrically connected to the photoelectric conversion element portion; a signal charge storage portion electrically connected to the transfer transistor; a reset transistor electrically connected to the signal charge storage portion; and an amplifier transistor electrically connected to the signal charge storage portion, wherein a channel formation region of the transfer transistor and a channel formation region of the reset transistor comprise an oxide semiconductor (102, 122) and a channel formation region of the amplifier transistor comprises the silicon semiconductor, wherein a concentration of hydrogen in the oxide semiconductor (102, 122) is lower than 5 x 10 19 atoms / cm 3 such that off-state current of each of the transfer transistor and the reset transistor is 100 aA / μm or less, and a photoelectric conversion element portion buried in a substrate comprising a silicon semiconductor; a transfer transistor electrically connected to the photoelectric conversion element portion; a signal charge storage portion electrically connected to the transfer transistor; a reset transistor electrically connected to the signal charge storage portion; and an amplifier transistor electrically connected to the signal charge storage portion, wherein a channel formation region of the transfer transistor and a channel formation region of the reset transistor comprise an oxide semiconductor (102, 122) and a channel formation region of the amplifier transistor comprises the silicon semiconductor, wherein a concentration of hydrogen in the oxide semiconductor (102, 122) is lower than 5 x 10 19 atoms / cm 3 such that off-state current of each of the transfer transistor and the reset transistor is 100 aA / μm or less, and
Method for monitoring an operation of a binary interface, wherein a source transmits an information item via an output and at least two conductors to an input of a sink, wherein a signal voltage level (U H) which can be defined by means of a voltage which is connected to the output means either an on state - positive logic - or an off state - negative logic - and a base voltage level (U L) which is applied when the voltage is separated from the output accordingly means an off or on state, and wherein an error identification with regard to the operation of the output or the interface or a cross-fault identification with regard to at least one conductor is preferably carried out by means of monitoring the voltage applied at the output, characterised in that the on state and/or the off state is/are produced in each case by means of at least two definable different signal voltage levels (U H1, U H2) and/or base voltage levels (U L1, U L2) or vice versa, wherein the signal voltage levels (U H1, U H2) are each applied at different line outputs of the output, and in that at least one signal voltage level (U H1, U H2) and/or base voltage level (U L1, U L2) for error identification and/or cross-fault identification are monitored for a deviation of the respective level height thereof from the defined level height by a definable voltage value and/or for any distinguishability from the other signal voltage level(s) (U H1, U H2) and/or base voltage levels (U L1, U L2).
An electric power transmission device that is configured to contactlessly transmit electric power to an electric power receiving device including a power receiving unit, the electric power transmission device comprising: an inverter having a plurality of switching devices (Q1, Q2, Q3, Q4) and a plurality of diodes (D1, D2, D3, D4), the inverter being configured to convert DC power derived from an external power supply into AC power; a power transmission unit configured to transmit the AC power from the inverter to the power receiving unit of the electric power receiving device; and an electronic control unit configured to control the AC power through switching control of the plurality of switching devices (Q1, Q2, Q3, Q4) of the inverter, characterized in that the electronic control unit has a map that defines a relationship among a coupling coefficient of the power receiving unit and the power transmission unit, a frequency of the AC power, and a current phase of output current flowing from the inverter to the power transmission unit relative to a voltage phase of output voltage, the electronic control unit is configured to calculate the coupling coefficient of the power receiving unit and the power transmission unit, and the electronic control unit is configured to determine whether the current phase leads the output voltage, and adjust the frequency of the AC power in a direction to reduce a lead angle of the current phase using the calculated coupling coefficient and the map when leading of the current phase relative to the output voltage is detected. an inverter having a plurality of switching devices (Q1, Q2, Q3, Q4) and a plurality of diodes (D1, D2, D3, D4), the inverter being configured to convert DC power derived from an external power supply into AC power; a power transmission unit configured to transmit the AC power from the inverter to the power receiving unit of the electric power receiving device; and an electronic control unit configured to control the AC power through switching control of the plurality of switching devices (Q1, Q2, Q3, Q4) of the inverter, characterized in that the electronic control unit has a map that defines a relationship among a coupling coefficient of the power receiving unit and the power transmission unit, a frequency of the AC power, and a current phase of output current flowing from the inverter to the power transmission unit relative to a voltage phase of output voltage, the electronic control unit is configured to calculate the coupling coefficient of the power receiving unit and the power transmission unit, and the electronic control unit is configured to determine whether the current phase leads the output voltage, and adjust the frequency of the AC power in a direction to reduce a lead angle of the current phase using the calculated coupling coefficient and the map when leading of the current phase relative to the output voltage is detected.
An interior rearview mirror comprising: a flat mirror plate; a frame and support assembly containing the flat mirror plate for mounting in a suitable location in a vehicle; an OLED (Organic Light Emitting Diode) film overlying the surface of the flat mirror; a sensor that senses day and night; a light sensor that senses a headlight coming from behind the vehicle; an on-off button; and an automatic anti-dazzle system provided by a processing circuit arranged to cause a decrease in reflectance of the flat mirror plate when the interior rearview mirror senses, via the light sensor, the headlight coming from behind the vehicle; characterized in that said OLED film overlies the entire surface of the flat mirror plate; and in that said OLED film is arranged to be activated by said processing circuit to effect said decrease in reflectance when the headlight is sensed by said light sensor.
A method of controlling communication ports for an online session of a multi-user application, comprising: opening multiple communication ports on a first network computer executing the multi-user application, through which the multi-user application can send communication signals to other network computers that are participating in the online session; associating each of the communication ports of the first network computer with a protocol such that communication signals that the multi-user application sends and receives will conform to the protocol of each of the communication ports, wherein the multi-user application performs the associating; designating an active communication port through which the multi-user application will send and receive communication signals for the first network computer; and sending a communication signal from the first network computer to one or more of the other network computers participating in the online session, wherein the communication signal from the first network computer identifies the active communication port and the associated protocol for the first network computer. opening multiple communication ports on a first network computer executing the multi-user application, through which the multi-user application can send communication signals to other network computers that are participating in the online session; associating each of the communication ports of the first network computer with a protocol such that communication signals that the multi-user application sends and receives will conform to the protocol of each of the communication ports, wherein the multi-user application performs the associating; designating an active communication port through which the multi-user application will send and receive communication signals for the first network computer; and sending a communication signal from the first network computer to one or more of the other network computers participating in the online session, wherein the communication signal from the first network computer identifies the active communication port and the associated protocol for the first network computer.
Monodisperse magnetic hydrogel polymer particles comprising a magnetic material and a polymer formed from (a) a hydrophilic vinylic monomer having a log P oct/wat (log P) of less than 0.6; and (b) a crosslinker comprising at least two vinyl groups; wherein said particles are monodisperse in that a plurality of at least 100 said particles have a coefficient of variation of less than 20% as measured by disc centrifuge analysis; wherein said log P is calculated using ChemBioDraw® Ultra 14.0 from CambridgeSoft Corp; and wherein the hydrophilic vinylic monomer comprises at least one hydrophilic vinylic monomer selected from a monomer: (i) comprising -C NH 2, -C NHCH 3, -C NHCH 2 CH 3, or -C N(CH 3) 2; (ii) a compound of formula (Ib): (iii) a compound of formula (Ic): wherein: R 1 and R 1a are each independently selected from -H, -CH 3, -CH 2 CH 3 or - CH 2 C OH; (iv) 4-acrylolymorpholine or 1-vinylimidazole; and (v) comprising at least two vinyl groups, wherein the monomer does not comprise a primary amine, a secondary amine, a hydroxy or a carboxylic acid. (a) a hydrophilic vinylic monomer having a log P oct/wat (log P) of less than 0.6; and (b) a crosslinker comprising at least two vinyl groups; (i) comprising -C NH 2, -C NHCH 3, -C NHCH 2 CH 3, or -C N(CH 3) 2; (ii) a compound of formula (Ib): (iii) a compound of formula (Ic): wherein: R 1 and R 1a are each independently selected from -H, -CH 3, -CH 2 CH 3 or - CH 2 C OH; (iv) 4-acrylolymorpholine or 1-vinylimidazole; and (v) comprising at least two vinyl groups, wherein the monomer does not comprise a primary amine, a secondary amine, a hydroxy or a carboxylic acid.
Motorhome, caravan or similar travelling or recreational vehicle with a living area and/or a driver's cab, wherein at least one piece of furniture is included, and the piece of furniture is designed as a bed frame, characterised in that the furniture is made from a drop-stitch material or has at least one component which comprises a drop-stitch material. wherein at least one piece of furniture is included, and the piece of furniture is designed as a bed frame, characterised in that the furniture is made from a drop-stitch material or has at least one component which comprises a drop-stitch material.
A clot removal device for removing clot from a body vessel comprising an expandable structure and an elongate member, the elongate member having a proximal end and a distal end, the elongate member being connected to the expandable structure at its distal end, the expandable structure having a constrained delivery configuration, an expanded clot engaging deployed configuration, and an at least partially constrained clot pinching configuration, at least a portion of the expandable structure being configured to engage clot in the expanded deployed configuration and to pinch clot on movement from the deployed configuration to the clot pinching configuration, the clot engaging element comprising a plurality of adjacent segments, characterised in that, the segments are configured such that the radial force exerted by at least two adjacent segments differs from each other, wherein the clot engaging element comprises a ring of cells comprising from two to five circumferential cells, the ring of cells connected to connecting struts that are curved toward a center-line of the expandable structure at their mid-point enabling clot to protrude into the area of the connecting struts, thereby enabling proximal struts of the ring of cells to pinch protruding clot against a tip of a catheter during partial resheathing, in use. at least a portion of the expandable structure being configured to engage clot in the expanded deployed configuration and to pinch clot on movement from the deployed configuration to the clot pinching configuration, the clot engaging element comprising a plurality of adjacent segments, characterised in that, the segments are configured such that the radial force exerted by at least two adjacent segments differs from each other, wherein the clot engaging element comprises a ring of cells comprising from two to five circumferential cells, the ring of cells connected to connecting struts that are curved toward a center-line of the expandable structure at their mid-point enabling clot to protrude into the area of the connecting struts, thereby enabling proximal struts of the ring of cells to pinch protruding clot against a tip of a catheter during partial resheathing, in use.