mhurhangee/ep-ind-claims huggingface dataset:
Use of foliar application of an aqueous composition to mitigate phytotoxicity in plants that is caused by exposure of the plants to phytotoxic levels of sodium chloride, the aqueous composition being characterized by comprising an aqueous mixture of complex polymeric polyhydroxy acids having a predetermined amount of total organic carbon, wherein the complex polymeric polyhydroxy acids are derived from partially humified organic matter, and wherein the complex polymeric polyhydroxy acids are further characterised by all of the parameters a-d: a. the complex polymeric polyhydroxy acids comprise a mixture of condensed aromatic hydrocarbons, lignins, and tannins and/or condensed tannins; b. the complex polymeric polyhydroxy acids have an oxygen-to-carbon ratio that is greater than 0.5 for dissolved organic matter present in the aqueous mixture; c. the complex polymeric polyhydroxy acids comprise a total number of tannin compounds greater than 200, the tannin compounds having a hydrogen to carbon ratio of 0.5 to 1.4, and an aromaticity index of less than 0.7 as measured by mass spectroscopy; d. the complex polymeric polyhydroxy acids comprise a mass distribution of 55-60% lignin compounds, 27-35% tannin compounds; and 8-15% condensed aromatic hydrocarbon as measured by mass spectroscopy. a. the complex polymeric polyhydroxy acids comprise a mixture of condensed aromatic hydrocarbons, lignins, and tannins and/or condensed tannins; b. the complex polymeric polyhydroxy acids have an oxygen-to-carbon ratio that is greater than 0.5 for dissolved organic matter present in the aqueous mixture; c. the complex polymeric polyhydroxy acids comprise a total number of tannin compounds greater than 200, the tannin compounds having a hydrogen to carbon ratio of 0.5 to 1.4, and an aromaticity index of less than 0.7 as measured by mass spectroscopy; d. the complex polymeric polyhydroxy acids comprise a mass distribution of 55-60% lignin compounds, 27-35% tannin compounds; and 8-15% condensed aromatic hydrocarbon as measured by mass spectroscopy.
Extra-corporeal circuit for circulation of a physiological liquid, comprising a tube having a circular cross-section with an external diameter d and a peristaltic pump suitable for co-operating with the tube, wherein the peristaltic pump comprises a stator and a rotor defining a rotation axis X, wherein the tube comprises a loop formed by a tube portion, the loop comprising a curve extending around the axis X, and the rotor comprising a plurality of rollers suitable for pressing the tube against the stator, the rotor further comprising a couple of radial fingers placed immediately before each roller with respect to the rotation direction, the extra-corporeal circuit being characterized in that a minimum axial distance ( a) between the radial fingers is less than d so that the radial fingers force the tube to assume an oval cross-section with a major axis M and a minor axis m perpendicular to each other, the major axis M being longer than the minor axis m, and wherein the minor axis m of each cross-section of the tube along the curve is parallel to the axis X.
A liquid container detachably mountable to a main assembly of a recording apparatus, wherein the main assembly includes a carriage (205, 415) including a plurality of mounting positions to which the liquid container is detachably mountable, wherein one of the mounting positions is a correct mounting position for the liquid container, apparatus electrical contacts corresponding to the mounting positions, respectively, a light receiving portion capable of receiving light from the liquid container, a common electrical line which is commonly electrically connected with the apparatus electrical contacts, and discriminating means capable of discriminating whether the liquid container is mounted at the correct mounting position in the carriage, on the basis of light reception information of the light receiving portion, the liquid container comprising: a casing including a chamber (11, 12) for containing liquid; a container electrical contact for electrically connecting with one of the apparatus electrical contacts; an information storing portion (103B,103D) storing container discrimination information that indicates a color of the liquid contained in the chamber; characterised in that the liquid container further comprising a light emitting portion for emitting the light toward the light receiving portion; and a controlling portion (103A, 103C) for receiving a control code for controlling the light emitting portion and color information from the common electrical line through the container electrical contact and for controlling the light emitting portion based on the received control code if the received color information corresponds to the container discrimination information stored in the information storing portion. a casing including a chamber (11, 12) for containing liquid; a container electrical contact for electrically connecting with one of the apparatus electrical contacts; an information storing portion (103B,103D) storing container discrimination information that indicates a color of the liquid contained in the chamber; characterised in that the liquid container further comprising a light emitting portion for emitting the light toward the light receiving portion; and a controlling portion (103A, 103C) for receiving a control code for controlling the light emitting portion and color information from the common electrical line through the container electrical contact and for controlling the light emitting portion based on the received control code if the received color information corresponds to the container discrimination information stored in the information storing portion.
An optical fiber communication system comprising: a transmitter transmitting a plurality of optical signals in parallel, a multicore fiber in which outer circumferences of a plurality of cores are covered with a common clad, and the respective optical signals transmitted in parallel from the optical transmitter are input into the cores such that the respective optical signals are coupled to the respective cores of the multicore fiber; and an optical receiver receiving the optical signals output in parallel from the respective cores of the multicore fiber, wherein the optical transmitter and the optical receiver perform a MIMO communication, wherein each of the plurality of cores includes a unique transmission path characteristic of an individual amplitude gain, wherein the optical receiver stores information of the unique transmission path characteristic of each of the plurality of cores, and the optical receiver obtains signals transmitted from the optical transmitter from the received optical signals by using the stored information of the transmission path characterisitic. a transmitter transmitting a plurality of optical signals in parallel, a multicore fiber in which outer circumferences of a plurality of cores are covered with a common clad, and the respective optical signals transmitted in parallel from the optical transmitter are input into the cores such that the respective optical signals are coupled to the respective cores of the multicore fiber; and an optical receiver receiving the optical signals output in parallel from the respective cores of the multicore fiber, wherein the optical transmitter and the optical receiver perform a MIMO communication, wherein each of the plurality of cores includes a unique transmission path characteristic of an individual amplitude gain, wherein the optical receiver stores information of the unique transmission path characteristic of each of the plurality of cores, and the optical receiver obtains signals transmitted from the optical transmitter from the received optical signals by using the stored information of the transmission path characterisitic.
An imitation candle comprising: an optically translucent body shaped and sized to resemble a candle reduced by burning with a vertical side and an upper surface, the upper surface including a depressed central region which is shaped to resemble a top portion of a candle which has been reduced by melting; a light source disposed within the optically translucent body in a cavity sized and shaped to admit the light source and to capture light emitted therefrom from the light source for diffusion through the optically translucent body, the light source being a light emitting diode, wherein the light source emits highly directional light oriented to transmit most of its light upwardly toward the depressed central region of the upper surface of the optically translucent body; a power source (5, 50); and a flicker energization signal generator connected between the power source (5, 50) and the light source for delivering a varying energization signal to the light source, wherein the light source varies in brightness in a pseudorandom manner to simulate the flickering of a real candle flame. an optically translucent body shaped and sized to resemble a candle reduced by burning with a vertical side and an upper surface, the upper surface including a depressed central region which is shaped to resemble a top portion of a candle which has been reduced by melting; a light source disposed within the optically translucent body in a cavity sized and shaped to admit the light source and to capture light emitted therefrom from the light source for diffusion through the optically translucent body, the light source being a light emitting diode, wherein the light source emits highly directional light oriented to transmit most of its light upwardly toward the depressed central region of the upper surface of the optically translucent body; a power source (5, 50); and a flicker energization signal generator connected between the power source (5, 50) and the light source for delivering a varying energization signal to the light source, wherein the light source varies in brightness in a pseudorandom manner to simulate the flickering of a real candle flame.
A system for a vehicle having at least one vehicle subsystem (12a-12e), the system comprising: one or more of a vehicle detection system and a vehicle sensor system for generating a signal from which at least one terrain condition indicator (17, 22, 26) is derived; a subsystem controller for controlling at least one vehicle subsystem in a plurality of subsystem control modes, each of which corresponds to one or more different terrain types for the vehicle; evaluation means for evaluating the at least one terrain condition indicator (17, 22, 26) to determine the extent to which each of the subsystem control modes is appropriate and for providing an output indicative of the subsystem control mode which is most appropriate; automatic control means operable in an automatic response mode to select a subsystem control mode in dependence on the output; switching means for enabling switching between the automatic response mode in which the automatic control means controls the vehicle subsystems in dependence on the output automatically, and a manual response mode in which the appropriate subsystem control mode is selected by the driver manually; and indication means for providing an indication to the driver; wherein the system is operable to provide an indication to the driver, by the indication means, to switch to the automatic response mode if a subsystem control mode has been selected by the driver in the manual response mode which is not consistent with the subsystem control mode selected in dependence on the output. one or more of a vehicle detection system and a vehicle sensor system for generating a signal from which at least one terrain condition indicator (17, 22, 26) is derived; a subsystem controller for controlling at least one vehicle subsystem in a plurality of subsystem control modes, each of which corresponds to one or more different terrain types for the vehicle; evaluation means for evaluating the at least one terrain condition indicator (17, 22, 26) to determine the extent to which each of the subsystem control modes is appropriate and for providing an output indicative of the subsystem control mode which is most appropriate; automatic control means operable in an automatic response mode to select a subsystem control mode in dependence on the output; switching means for enabling switching between the automatic response mode in which the automatic control means controls the vehicle subsystems in dependence on the output automatically, and a manual response mode in which the appropriate subsystem control mode is selected by the driver manually; and indication means for providing an indication to the driver; wherein the system is operable to provide an indication to the driver, by the indication means, to switch to the automatic response mode if a subsystem control mode has been selected by the driver in the manual response mode which is not consistent with the subsystem control mode selected in dependence on the output.
Under-counter furniture unit, preferably for a sanitary washing unit, comprising - a base member which includes a side wall with an upper wall end surface, and - a panel element which is fastened with a fastening section to an inner side of the side wall and extends with a shadow gap panel section upward past the upper wall end surface of the side wall, - a cover profile fastened to the side wall and having a covering section which on top covers the upper wall end surface of the side wall, and - an object support element with a fastening section for fastening said object support element to the panel element and/or to the cover profile, and with an object support section by which it extends outward past the side wall of the base member, characterized in that - the cover profile in the shape of an L comprises a first L-profile side (4 1), which forms the covering section, and a second L-profile side (4 2) which extends along the inner side of the side wall - a base member which includes a side wall with an upper wall end surface, and - a panel element which is fastened with a fastening section to an inner side of the side wall and extends with a shadow gap panel section upward past the upper wall end surface of the side wall, - a cover profile fastened to the side wall and having a covering section which on top covers the upper wall end surface of the side wall, and - an object support element with a fastening section for fastening said object support element to the panel element and/or to the cover profile, and with an object support section by which it extends outward past the side wall of the base member, characterized in that - the cover profile in the shape of an L comprises a first L-profile side (4 1), which forms the covering section, and a second L-profile side (4 2) which extends along the inner side of the side wall
An electric power tool comprising: a driving unit (17, 27) generating a driving force by electricity and various components (9, 35, 36) functioning by electricity; a circuit board on which a control unit configured to control the driving unit (17, 27) and the various components (9, 35, 36) is mounted; a plurality of connectors (71a to 71c) connecting a plurality of wirings (72a to 72c), which extend from the driving unit (17, 27) and the various components (9, 35, 36), with a plurality of wirings (72a to 72c), which extend from the circuit board; a body portion installed therein with the driving unit (17, 27), the various components (9, 35, 36), the circuit board and the plurality of connectors (71a to 71c); and a receiving portion which receives the plurality of connectors (71a to 71c) therein and which is fixed to the body portion, characterized in that the receiving portion includes a container portion and a lid portion closing the container portion adapted to attach the connectors (71a-71c) to the container portion outside the body portion. a driving unit (17, 27) generating a driving force by electricity and various components (9, 35, 36) functioning by electricity; a circuit board on which a control unit configured to control the driving unit (17, 27) and the various components (9, 35, 36) is mounted; a plurality of connectors (71a to 71c) connecting a plurality of wirings (72a to 72c), which extend from the driving unit (17, 27) and the various components (9, 35, 36), with a plurality of wirings (72a to 72c), which extend from the circuit board; a body portion installed therein with the driving unit (17, 27), the various components (9, 35, 36), the circuit board and the plurality of connectors (71a to 71c); and a receiving portion which receives the plurality of connectors (71a to 71c) therein and which is fixed to the body portion, characterized in that the receiving portion includes a container portion and a lid portion closing the container portion adapted to attach the connectors (71a-71c) to the container portion outside the body portion.
An implantable sensor device for measuring fluid pressure, comprising: a vibratable sensor comprising a sensor membrane, a base plate having a first side and a second side defining a thickness therebetween, and an orifice extending therethrough, a housing (202, 592) defining a cavity into which the vibratable sensor is disposed, said housing (202, 592) is disposed on the base plate an acoustically transparent bottom film disposed on the second side of the base plate, wherein the orifice in the base plate exposes all or a portion of the sensor membrane to said bottom film, and said base plate is separated from the sensor membrane, the sensor membrane having a thickness of at least one micron; and the vibratable sensor having a total volume of less than or equal to 0.3 cubic millimeters. a vibratable sensor comprising a sensor membrane, a base plate having a first side and a second side defining a thickness therebetween, and an orifice extending therethrough, a housing (202, 592) defining a cavity into which the vibratable sensor is disposed, said housing (202, 592) is disposed on the base plate an acoustically transparent bottom film disposed on the second side of the base plate, wherein the orifice in the base plate exposes all or a portion of the sensor membrane to said bottom film, and said base plate is separated from the sensor membrane, the sensor membrane having a thickness of at least one micron; and the vibratable sensor having a total volume of less than or equal to 0.3 cubic millimeters.
A cartridge assembly for delivering a quantity of medication to bone marrow of a bone comprising: a fluid reservoir (132; 132a) having a first end and a second end; a hollow, bone penetrating needle releasably engaged with the first end of the fluid reservoir (132; 132a), the needle operable to penetrate into the bone and bone marrow; a plunger assembly including a plunger shaft and a piston slidably disposed in the fluid reservoir (132; 132a); a drive connector attached to the second end of the fluid reservoir (132; 132a) opposite from the bone penetrating needle; and a portion of the plunger shaft extending from the second end of the fluid reservoir (132; 132a), where the drive connector is operable to be releasably engaged with a plunger operating and cartridge drive mechanism (50, 50a); and where the needle is operable to be disengaged from the fluid reservoir (132; 132a) when the needle has penetrated into the bone and bone marrow. a fluid reservoir (132; 132a) having a first end and a second end; a hollow, bone penetrating needle releasably engaged with the first end of the fluid reservoir (132; 132a), the needle operable to penetrate into the bone and bone marrow; a plunger assembly including a plunger shaft and a piston slidably disposed in the fluid reservoir (132; 132a); a drive connector attached to the second end of the fluid reservoir (132; 132a) opposite from the bone penetrating needle; and a portion of the plunger shaft extending from the second end of the fluid reservoir (132; 132a), where the drive connector is operable to be releasably engaged with a plunger operating and cartridge drive mechanism (50, 50a); and where the needle is operable to be disengaged from the fluid reservoir (132; 132a) when the needle has penetrated into the bone and bone marrow.
A bending tool storage device for storing bending tools, comprising: - a rack, - at least one tool storage, which is mounted on the rack so as to be rotatable about a first, preferably vertical rotation axis, and comprises a plurality of guide rails for holding and guiding bending tools, wherein the guide rails each extend - with respect to the rotation axis - in radial direction or in a direction with a radial component, and - at least one transport device mounted on the rack, said transport device comprising an extendable transport means for displacing bending tools along the guide rails of the tool storage and a rest, preferably in the form of a guide rail, which holds the transport means in the retracted state, wherein the rest is arranged in the region of those ends of the guide rails of the tool storage that are close to the rotation axis and is, in different relative rotational positions between the transport device and the tool storage, in each case in aligned orientation with another guide rail of the tool storage, characterized in that the transport device is rotatable relative to the rack and relative to the tool storage about a second rotation axis, which essentially coincides with the first rotation axis. - a rack, - at least one tool storage, which is mounted on the rack so as to be rotatable about a first, preferably vertical rotation axis, and comprises a plurality of guide rails for holding and guiding bending tools, wherein the guide rails each extend - with respect to the rotation axis - in radial direction or in a direction with a radial component, and - at least one transport device mounted on the rack, said transport device comprising an extendable transport means for displacing bending tools along the guide rails of the tool storage and a rest, preferably in the form of a guide rail, which holds the transport means in the retracted state,
Fastening system for mounting plate-shaped elements on a supporting surface comprising - a fastening means designed to anchor the fastening system in the surface, - at least two sleeves (6,7) arranged in an anchoring direction behind the fastening means and having wall openings, wherein the fastening means can be guided through the sleeves (6,7) and the front sleeve (6,7) in the anchoring direction receives the fastening means, - a releasable connection between all sleeves. - a fastening means designed to anchor the fastening system in the surface, - at least two sleeves (6,7) arranged in an anchoring direction behind the fastening means and having wall openings, wherein the fastening means can be guided through the sleeves (6,7) and the front sleeve (6,7) in the anchoring direction receives the fastening means, - a releasable connection between all sleeves.