mhurhangee/ep-ind-claims huggingface dataset:
Fluid flow management apparatus of a vehicle, the apparatus comprising: an epicyclic gear set having first and second inputs configured to receive rotational drive input from a torque output feature of a powertrain of the vehicle and a rotary actuator (120; 220) respectively; a pump driver for driving a fluid pump, the pump driver configured to receive rotational drive input from an output of the epicyclic gear set; a temperature sensor for generating output indicative of the temperature of fluid driven by the fluid pump; characterised by a controller configured to receive the output generated by the temperature sensor and based on this control the rotary actuator (120; 220) such that the pump driver is caused to rotate at a speed such that the temperature of the fluid driven by the fluid pump is substantially maintained in accordance with a pre-specified fluid temperature, and wherein the torque output feature of the powertrain is rotationally fixed to either a transmission output shaft or a differential cross-shaft. an epicyclic gear set having first and second inputs configured to receive rotational drive input from a torque output feature of a powertrain of the vehicle and a rotary actuator (120; 220) respectively; a pump driver for driving a fluid pump, the pump driver configured to receive rotational drive input from an output of the epicyclic gear set; a temperature sensor for generating output indicative of the temperature of fluid driven by the fluid pump; characterised by a controller configured to receive the output generated by the temperature sensor and based on this control the rotary actuator (120; 220) such that the pump driver is caused to rotate at a speed such that the temperature of the fluid driven by the fluid pump is substantially maintained in accordance with a pre-specified fluid temperature, and wherein the torque output feature of the powertrain is rotationally fixed to either a transmission output shaft or a differential cross-shaft.
Alcoholic foam composition for disinfection comprising: a) from 52 to ≤99% by weight, with respect to the total quantity of the foamable composition, of an alcohol which is selected from methanol, ethanol, 1-propanol, 2-propanol, 1-butanol, isobutyl alcohol, tert-butyl alcohol, the amyl alcohols 1-, 2-, 3-pentanol, neopentyl alcohol, 1-hexanol and admixtures thereof; b) from 0.5 to 20% by weight, with respect to the total quantity of the foamable composition, of at least one silicone surfactant, wherein the silicone surfactant is selected from polysiloxane polyether copolymers; c) from 0.01 to 3% by weight, with respect to the total quantity of the foamable composition, of at least one polyalkylene glycol; d) at least one foam stabilising agent which is selected from the group comprising cellulose ether; e) at least one element which is selected from the group comprising cosmetic additives, excipients, active ingredients and water or an admixture thereof, wherein the surface tension of the component b) is in the range ±15 dyn/cm of the surface tension of the component a) or corresponds to the surface tension of the component a), and the total of the components a) to e) is 100% by weight with respect to the total quantity of the foam composition. a) from 52 to ≤99% by weight, with respect to the total quantity of the foamable composition, of an alcohol which is selected from methanol, ethanol, 1-propanol, 2-propanol, 1-butanol, isobutyl alcohol, tert-butyl alcohol, the amyl alcohols 1-, 2-, 3-pentanol, neopentyl alcohol, 1-hexanol and admixtures thereof; b) from 0.5 to 20% by weight, with respect to the total quantity of the foamable composition, of at least one silicone surfactant, wherein the silicone surfactant is selected from polysiloxane polyether copolymers; c) from 0.01 to 3% by weight, with respect to the total quantity of the foamable composition, of at least one polyalkylene glycol; d) at least one foam stabilising agent which is selected from the group comprising cellulose ether; e) at least one element which is selected from the group comprising cosmetic additives, excipients, active ingredients and water or an admixture thereof, wherein the surface tension of the component b) is in the range ±15 dyn/cm of the surface tension of the component a) or corresponds to the surface tension of the component a), and
Facility for regulating the tension in a metal monofilament and for winding the metal monofilament, comprising: - a regulating device regulating the tension of the metal monofilament, - a winding device winding the metal monofilament and arranged downstream of the regulating device in the direction in which the metal monofilament travels, the regulating device comprising: - a frame, - at least one regulating pulley regulating the tension in the metal monofilament, mounted with the ability to rotate with respect to the frame about an axis of rotation of the regulating pulley, the regulating pulley being mounted with the ability to move translationally with respect to the frame in a direction substantially perpendicular to the axis of rotation of the regulating pulley, the regulating pulley being designed to be free to move translationally with respect to the frame under the effects of the tension of the metal monofilament and of the weight of the regulating pulley, - detection means detecting at least one critical threshold of an indicator of the winding tension of the metal monofilament corresponding to a critical upper winding tension value, the winding device comprising: - a winding reel capable of rotational movement about a winding axis, - drive means driving the rotation of the winding reel about the winding axis, the facility comprising regulating means regulating the drive means and connected to the drive means and to the detection means so as to reduce the rotational speed of the winding reel when the indicator reaches the critical threshold corresponding to the critical upper winding tension value, the regulating means being arranged in such a way that that the critical upper winding tension value is less than or equal to 1000 g, the facility being characterized in that the or each regulating pulley comprises a monolithic pulley wheel made from a material having a density less than or equal to 7 g.cm-3, preferably less than or equal to 2 g.cm-3. - a regulating device regulating the tension of the metal monofilament, - a winding device winding the metal monofilament and arranged downstream of the regulating device in the direction in which the metal monofilament travels, - a frame, - at least one regulating pulley regulating the tension in the metal monofilament, mounted with the ability to rotate with respect to the frame about an axis of rotation of the regulating pulley, the regulating pulley being mounted with the ability to move translationally with respect to the frame in a direction substantially perpendicular to the axis of rotation of the regulating pulley, the regulating pulley being designed to be free to move translationally with respect to the frame under the effects of the tension of the metal monofilament and of the weight of the regulating pulley, - detection means detecting at least one critical threshold of an indicator of the winding tension of the metal monofilament corresponding to a critical upper winding tension value, - a winding reel capable of rotational movement about a winding axis, - drive means driving the rotation of the winding reel about the winding axis,
A regenerative demineralizer apparatus, comprising: a cathode and an anode; one or more water-splitting ion exchange membranes laminated between the cathode and the anode wherein an anion exchange surface of the exchange membrane faces the anode and a cation exchange surface of the exchange membrane faces the cathode; and a casing for housing the cathode, the anode and the one or more water-splitting ion exchange membranes, wherein the casing includes a first inlet straight line connected with a first outlet to form a first flow path for water for treatment in between, and a second inlet straight line connected with a second outlet forming a second flow path for water for regeneration in between, characterized in that the water-splitting ion exchange membrane is provided perpendicular to the first flow path and parallel to the second follow path such that water in the first flow path passes through the water-splitting ion exchange membrane.
An ECG device with ECG lead electrodes (V1-V6, V4r-V6r, 3, 5, 6) comprising at least limb electrodes (5, 6), wherein at least one of the ECG lead electrodes (3, 5, 6) is designed, in addition to its ECG lead function, for the emission and/or for receiving additional physical signals, in particular current, voltage, pressure, sound, light, temperature, position, wherein the ECG lead electrodes (V1-V6, V4r-V6r, 3, 5, 6) are furthermore designed for being arranged at the human body spaced apart from each other, thereby building up an alternating current field between each other, wherein, in addition to the ECG lead electrodes, at least one electrode (3, 6, 6a) positionable at the upper thorax aperture, in particular at the head, neck, the back of the neck, at the shoulder or the arms, is provided, which is designed for the supply and/or measurement of an alternating current, and the ECG device is developed such that it also records the change in impedance as a function of the heartbeat in at least one segment close to the heart and at least one segment remote from the heart, wherein the electrodes in the state of being arranged at the body are designed for inducing an ion conduction in the body, the ECG device being configured for using those parts of the body as ion conductors which are not passed through by an alternating current field, the ECG device being developed for switching the current supply between a first distal leg electrode positionable at one leg and a second distal leg electrode positionable at the other leg and for measuring the impedance and the change in impedance as a function of the heartbeat alternately between the electrode (3, 6a) positionable at the upper body aperture and the first distal leg electrode or, respectively, the electrode (3, 6a) positionable at the upper body aperture and the second distal leg electrode.
A pipette (10c; 10d; 10e), comprising - a guide tube (20c; 20d; 20e), - a piston inserted displaceably in the guide tube (20c; 20d; 20e), comprising a permanent magnet, - an actuating arrangement (42c; 42d; 42e) for exerting a force on the piston in order to displace the piston in the guide tube (20c; 20d; 20e), and - a chamber (28, 30) for accommodating a medium to be metered, the medium to be metered being aspiratable or dispensable in accordance with displacement of the piston, wherein the actuating arrangement (42c; 42d; 42e) is designed for a magnetic interaction with the piston, characterized in that the piston comprises at least two mutually adjacent permanent magnet portions (56-1,..., 56-5), the magnetizations (M l,..., M 5) of which extend axially relative to the guide tube (20c; 20d; 20e), wherein the magnetizations (M l,..., M 5) of mutually adjacent permanent magnet portions (56-1,..., 56-5) being directed in opposite directions relative to one another, in that the actuating arrangement comprises a magnetic field generating arrangement for generating a magnetic field, the magnetic field generating means (42; 42c) comprising a coil arrangement with a plurality of coils (44-1, 44-2, 44-3; 44c), the turns of which surround the guide tube (20b; 20c) at least in parts coaxially, the coils (44-1, 44-2, 44-3; 44c) being axially offset in relation to one another, and in that the distance (s) between axially adjacent coils, measured between axially central positions of each coil is adapted so to the axial length (L m) of a permanent magnet portion (56-1,..., 56-5) and to a phase control of the coils that a distance (s) between adjacent coils amounts to s = 1/n x 2 x L m, with s for the distance, n for the number of phases of phase operation of phase control and with L m for the axial length of the permanent magnet portion (56-1,..., 56-5). - a guide tube (20c; 20d; 20e), - a piston inserted displaceably in the guide tube (20c; 20d; 20e), comprising a permanent magnet, - an actuating arrangement (42c; 42d; 42e) for exerting a force on the piston in order to displace the piston in the guide tube (20c; 20d; 20e), and - a chamber (28, 30) for accommodating a medium to be metered, the medium to be metered being aspiratable or dispensable in accordance with displacement of the piston,
Rivet (10, 10A, 10B, 10C) comprising a screw with a handling element, a breaking groove designed to hold under a tensile stress and break under a torsional stress, a head separated from the handling element by the breaking groove, a smooth shank and a threaded portion; a sleeve (14, 14A) comprising a collar able to receive the head, and a tubular shank (42, 42A, 42B) comprising an internal thread intended to come into engagement with the threaded portion of the screw, characterized in that the handling element of the screw comprises a first handling portion (28, 28C) able to guide the introduction of the rivet into a setting tool, and a second handling portion (28C, 32C) able to transmit a torque, the two handling portions being separated by a blocking portion able to limit an axial motion of the rivet in a setting tool.
A patient-supporting unit for a device for supporting a patient who is to be X-rayed during an operation, comprising a fastening unit for fastening the patient-supporting unit (40 through 46) to a rail (12, 14) of the device, a resting pad for resting a body part of the patient thereon, and a height adjustment unit for changing the distance between the fastening unit and the resting pad within a predetermined setting range, wherein the height adjustment unit includes a locking unit and a rod, and the resting pad is fastened to a first end of the rod, and the locking unit is stationary relative to the fastening unit, and the rod is slidably guided in a receptacle of the locking unit in the longitudinal direction of the rod, wherein multiple first snap-in recesses are provided on a first side of the rod, and the locking unit includes a first locking bar, and the first locking bar in a locked position selectively engages in one of the first snap-in recesses and prevents movement of the rod in a first direction, characterized in that multiple second snap-in recesses are provided on a second side of the rod, the locking unit includes a second locking bar, and the second locking bar in a locked position selectively engages in one of the second snap-in recesses and prevents movement of the rod in the first direction.
Plough, in particular reversible plough, with a plough frame which is fastenable to a headstock for connecting the plough to an agricultural tractor, is supportable on the ground preferably via a support wheel and has at least one row of ploughshares (7, 8) arranged on the plough frame and each having a plough body with a ploughshare and a mouldboard, with which a furrow ridge of the ground to be cultivated can be subjected to a dynamic turning operation, and with a guiding member which is arranged behind the ploughshare in the working direction of the plough, is assigned to the lower region of the mouldboard and extends in the direction of a furrow base of the ground to be prepared, characterized in that the contour profile of the guiding member, in the orientation thereof with respect to the furrow base of the soil to be cultivated, projects downwards over the upper edge of the ploughshare of a plough body by preferably not more than three quarters of the height, preferably half the height of the ploughshare and continues a region of the guiding plate counter to the working direction of the plough behind the ploughshare and towards the furrow base of the ground to be cultivated, in which region a dynamic turning operation of the furrow ridge of the soil to be cultivated takes place.
Combination comprising or made from a) an oligopeptide with a length of 2-100 amino acids comprising at least two reactive groups selected from a group consisting of hydroxyl and/or amino, b) a reactive terminally functionalized oligolactone, wherein the oligolactone has terminal isocyanate groups, and c) optionally, a filler or additive. a) an oligopeptide with a length of 2-100 amino acids comprising at least two reactive groups selected from a group consisting of hydroxyl and/or amino, b) a reactive terminally functionalized oligolactone, wherein the oligolactone has terminal isocyanate groups, and c) optionally, a filler or additive.
An apparatus for controlling opening and closing of an enclosure, said apparatus comprising: a handle assembly including a handle and a rotator; a base assembly the handle being rotatably coupled with the base assembly; an elongate shaft extending from a first end portion to a second end portion; the first end portion adapted to engage with a disconnect switch; the second end portion adapted to engage with the rotator of the handle assembly; and a defeater characterized in that the base assembly includes a housing with an opening therein, and the defeater is disposed within the base assembly, the defeater including a defeater catch adapted to interact with the second end portion of the shaft to prevent, depending on an orientation of the shaft, longitudinal movement of the shaft relative to the handle assembly, thereby preventing opening of the enclosure, wherein the opening is configured to allow access to the defeater in order to release the defeater catch from the second end portion of the shaft. a handle assembly including a handle and a rotator; a base assembly the handle being rotatably coupled with the base assembly; an elongate shaft extending from a first end portion to a second end portion; the first end portion adapted to engage with a disconnect switch; the second end portion adapted to engage with the rotator of the handle assembly; and a defeater characterized in that the base assembly includes a housing with an opening therein, and the defeater is disposed within the base assembly, the defeater including a defeater catch adapted to interact with the second end portion of the shaft to prevent, depending on an orientation of the shaft, longitudinal movement of the shaft relative to the handle assembly, thereby preventing opening of the enclosure, wherein the opening is configured to allow access to the defeater in order to release the defeater catch from the second end portion of the shaft.
A method for optimizing an application served from a server to a client across a network, comprising: providing a launch page across a network to the client; executing program code provided within the launch page to conduct an initial check to determine whether a web browser can support JavaScript for the application; if the client can support JavaScript for the web browser, executing JavaScript in the launch page from an application server and/or web server to determine whether the web browser can safely run Java for the application; if the client can safely execute Java, running JavaScript and Java program code provided in the launch page to probe for a connection to hosting server within a host system and further examine client execution environment; running Java within the launch page to discover further parameters for the execution environment; if the client can successfully probe the host system to establish communications with hosting server, requesting application content and program code from the hosting server and gathering additional parameters for the application; updating the launch page to include program code, in JavaScript or Java, for execution on the client to continue discovering parameters for the execution environment; gathering the parameters discovered about the execution environment and parameters previously provided from the host system into a request; sending the request to the hosting server; confirming the parameters gathered by the client and making one or more decisions for adjusting the configuration and settings of an application. providing a launch page across a network to the client; executing program code provided within the launch page to conduct an initial check to determine whether a web browser can support JavaScript for the application; if the client can support JavaScript for the web browser, executing JavaScript in the launch page from an application server and/or web server to determine whether the web browser can safely run Java for the application; if the client can safely execute Java, running JavaScript and Java program code provided in the launch page to probe for a connection to hosting server within a host system and further examine client execution environment; running Java within the launch page to discover further parameters for the execution environment; if the client can successfully probe the host system to establish communications with hosting server, requesting application content and program code from the hosting server and gathering additional parameters for the application; updating the launch page to include program code, in JavaScript or Java, for execution on the client to continue discovering parameters for the execution environment; gathering the parameters discovered about the execution environment and parameters previously provided from the host system into a request; sending the request to the hosting server; confirming the parameters gathered by the client and making one or more decisions for adjusting the configuration and settings of an application.
A patient interface device, comprising: a support structure; a pivot arm pivotably coupled to the support structure and structured to pivot about an axis; a patient coupling member coupled to the pivot arm; and a cam wheel rotateably coupled to the support structure and engaging the pivot arm, wherein a rotation of the cam wheel relative to the support structure and the pivot arm causes the pivot arm to pivot about the axis, thereby moving the patient coupling member relative to the support structure along a path of movement, wherein the cam wheel comprises a cylindrically shaped member having a central bore and left and right outside walls (52, 54), wherein both the left outside wall and the right outside wall vary in height from a maximum at a top middle portion of the cam wheel to a minimum at a bottom middle portion of the cam wheel, and wherein the pivot arm continuously engages the cam wheel at two locations on the cam wheel as the cam wheel is rotated relative to the pivot arm. a support structure; a pivot arm pivotably coupled to the support structure and structured to pivot about an axis; a patient coupling member coupled to the pivot arm; and a cam wheel rotateably coupled to the support structure and engaging the pivot arm, wherein a rotation of the cam wheel relative to the support structure and the pivot arm causes the pivot arm to pivot about the axis, thereby moving the patient coupling member relative to the support structure along a path of movement, wherein the cam wheel comprises a cylindrically shaped member having a central bore and left and right outside walls (52, 54), wherein both the left outside wall and the right outside wall vary in height from a maximum at a top middle portion of the cam wheel to a minimum at a bottom middle portion of the cam wheel, and wherein the pivot arm continuously engages the cam wheel at two locations on the cam wheel as the cam wheel is rotated relative to the pivot arm.