mhurhangee/ep-ind-claims huggingface dataset:
A device for a motor vehicle, preferably a utility vehicle, comprising: an energy storage device, preferably a traction battery or a fuel tank; a crash structure which covers an outer side of the energy storage device in a protective manner and is configured to deform in a predetermined manner in the event of a collision while dissipating energy; characterized in that the device further comprises: a side panelling which covers an outer side of the crash structure facing away from the energy storage device, wherein: the side panelling comprises an inner side facing the outer side of the crash structure and an outer side facing opposite to the inner side of the side panelling; the inner side of the side panelling is set back in sections towards the outer side of the side panelling to form a receiving space, preferably with a substantially concave or shell-like contour in cross-section; and the crash structure is arranged at least partially in the receiving space. an energy storage device, preferably a traction battery or a fuel tank; a crash structure which covers an outer side of the energy storage device in a protective manner and is configured to deform in a predetermined manner in the event of a collision while dissipating energy; the side panelling comprises an inner side facing the outer side of the crash structure and an outer side facing opposite to the inner side of the side panelling; the inner side of the side panelling is set back in sections towards the outer side of the side panelling to form a receiving space, preferably with a substantially concave or shell-like contour in cross-section; and the crash structure is arranged at least partially in the receiving space.
Clamping or gripping device with a base body defining a clamping axis, which has a central axial receiving bore which is open towards the front end face of the base body and passes in particular through the base body, wherein a plurality of guide grooves for receiving clamping jaws are formed in the front end face of the base body, which extend radially between the outer circumferential surface of the base body and the receiving bore and are designed in such a way that in each case a clamping jaw can be pushed radially into the guide grooves, in particular from the outside of the base body, connecting means being provided on the base body, which releasably fix outer cover elements to the base body, which cover elements at least partially close the guide grooves on their open outer sides, characterized in that the connecting means on the base body side have plug-in connecting means which are designed in such a way that the outer cover elements can be brought into engagement with them producing a plug-in connection, by means of which the outer cover elements are fixed to the base body in a form-fitting manner in the radial direction, from the front side or the rear side of the base body, and in that outer cover elements are engaged with the base-body-side plug-in connection means in a form-fitting manner and are thus fixed to the base body
An interfacial polymerization process for preparing a highly permeable RO-membrane comprising, contacting on a porous support membrane, a) a first solution containing a polyamine monomer and b) a second solution containing trimesoyl chloride as a polyfunctional acid halide monomer, with a molecular additive compound, characterized in that the molecular additive compound is mono-hydrolyzed trimesoyl chloride, whereby the molecular additive compound is present in b) during the polymerization reaction and the ratio of trimesoyl chloride/mono-hydrolyzed trimesoyl chloride is from 50:1 to 15:1, and recovering a highly permeable RO-membrane. contacting on a porous support membrane, a) a first solution containing a polyamine monomer and b) a second solution containing trimesoyl chloride as a polyfunctional acid halide monomer, a) a first solution containing a polyamine monomer and b) a second solution containing trimesoyl chloride as a polyfunctional acid halide monomer, with a molecular additive compound, characterized in that the molecular additive compound is mono-hydrolyzed trimesoyl chloride, whereby the molecular additive compound is present in b) during the polymerization reaction and the ratio of trimesoyl chloride/mono-hydrolyzed trimesoyl chloride is from 50:1 to 15:1, and recovering a highly permeable RO-membrane.
A method for controlling publishing and application of packages, comprising: receiving, by a Media Gateway, MG, a first audit command request delivered by a Media Gateway Controller, MGC, wherein the first audit command request carries a package descriptor indicating an audit of packages supported by the MG; adding, by the MG, identifiers of packages supported by the MG into a first audit command response to the MGC according to the set parameters of a Base Package Publishing, BPP, property; wherein the first audit command response is returned to the MGC; and selecting, by the MG, a package among packages corresponding to the identifiers published by the MG, and applying this package to a control interface between the MG and the MGC; wherein, before receiving, the method further comprises: receiving, by the MG, a command from the MGC, wherein the command carries a Base Package Publishing, BPP, property; setting, by the MG, parameters of the BPP property according to the command received from the MGC; if the value of the BPP property indicates that the MGC allows the MG to choose whether to publish the base package, choosing, by the MG, whether to publish the base package along with the extended package corresponding to the base package at time of publishing the package. receiving, by a Media Gateway, MG, a first audit command request delivered by a Media Gateway Controller, MGC, wherein the first audit command request carries a package descriptor indicating an audit of packages supported by the MG; adding, by the MG, identifiers of packages supported by the MG into a first audit command response to the MGC according to the set parameters of a Base Package Publishing, BPP, property; wherein the first audit command response is returned to the MGC; and selecting, by the MG, a package among packages corresponding to the identifiers published by the MG, and applying this package to a control interface between the MG and the MGC; wherein, before receiving, the method further comprises: receiving, by the MG, a command from the MGC, wherein the command carries a Base Package Publishing, BPP, property; setting, by the MG, parameters of the BPP property according to the command received from the MGC; if the value of the BPP property indicates that the MGC allows the MG to choose whether to publish the base package, choosing, by the MG, whether to publish the base package along with the extended package corresponding to the base package at time of publishing the package. receiving, by the MG, a command from the MGC, wherein the command carries a Base Package Publishing, BPP, property; setting, by the MG, parameters of the BPP property according to the command received from the MGC; if the value of the BPP property indicates that the MGC allows the MG to choose whether to publish the base package, choosing, by the MG, whether to publish the base package along with the extended package corresponding to the base package at time of publishing the package.
A method for decreasing the presence of amine-derived contaminants, decreasing degradation of the amine in the amine solvent solution, or both as compared to that which would have occurred in an amine additive-free amine solvent solution liquid or gas, or both, the method consisting of: - treating a liquid or gas feed stream with an amine solvent solution; - adding amine additives N-(2-aminoethyl)-N'-{2-{(2-aminoethyl)amino}ethyl}-1,2-ethanediamine}, and 4-(2-aminoethyl)-N-(2-aminoethyl)-N'-{2-{(2-aminoethyl)amino}ethyl}-1,2-ethandiamine) 1-(2-aminoethyl)-4-[(2-aminoethyl)amino]ethyl]-piperazine), and 1-[2-[[2-[(2-aminoethtyl)amino]ethyl]-amino]ethyl]-piperazine to the amine solvent solution, the liquid or gas feed stream, or both. - treating a liquid or gas feed stream with an amine solvent solution; - adding amine additives N-(2-aminoethyl)-N'-{2-{(2-aminoethyl)amino}ethyl}-1,2-ethanediamine}, and 4-(2-aminoethyl)-N-(2-aminoethyl)-N'-{2-{(2-aminoethyl)amino}ethyl}-1,2-ethandiamine) 1-(2-aminoethyl)-4-[(2-aminoethyl)amino]ethyl]-piperazine), and 1-[2-[[2-[(2-aminoethtyl)amino]ethyl]-amino]ethyl]-piperazine to the amine solvent solution, the liquid or gas feed stream, or both.
A method of suppressing formation of pH excursions on a charged solid support having associated hydrogen or hydroxide ions, the method comprising providing a solid support in association with an equilibration buffer, a wash buffer, or a loading buffer, wherein the solid support has been loaded with a sample comprising a target molecule; subsequently contacting the solid support with a solution comprising displacing counterions with a charge opposite the net charge of the solid support, wherein the displacing counter ion is a positively-charged molecule thereby replacing hydrogen ions associated with a negatively charged solid support, or wherein the displacing counter ion is a negatively-charged molecule thereby replacing hydroxide ions associated with a positively charged solid support; and subsequently eluting the target molecule from the solid support, wherein the eluting comprises increasing conductivity of an elution solution in contact with the solid support.
A secondary battery pack comprising: a cell assembly comprising a secondary battery and a stacking frame supporting the secondary battery and stacked in a direction; a pack case having an internal space for accommodating the cell assembly, and having a through hole in internal and external directions; an electrode terminal electrically connected to the cell assembly and protruding to an outer part of the pack case by passing through the through hole; a bonding part filling a gap between the through hole and the electrode terminal to form an adhesive layer; and a bonding cover attached to the through hole of the pack case while surrounding a boundary of the electrode terminal above the bonding part, characterized in that the bonding cover comprises an outer circumferential part closely contacting an upper surface of the pack case at an outer part of the through hole, and an inner circumferential part that is shrink-fitted to the electrode terminal to contact a boundary surface of the electrode terminal and bent downward with respect to the outer circumferential part to be inserted into the through hole. a cell assembly comprising a secondary battery and a stacking frame supporting the secondary battery and stacked in a direction; a pack case having an internal space for accommodating the cell assembly, and having a through hole in internal and external directions; an electrode terminal electrically connected to the cell assembly and protruding to an outer part of the pack case by passing through the through hole; a bonding part filling a gap between the through hole and the electrode terminal to form an adhesive layer; and a bonding cover attached to the through hole of the pack case while surrounding a boundary of the electrode terminal above the bonding part, characterized in that the bonding cover comprises an outer circumferential part closely contacting an upper surface of the pack case at an outer part of the through hole, and an inner circumferential part that is shrink-fitted to the electrode terminal to contact a boundary surface of the electrode terminal and bent downward with respect to the outer circumferential part to be inserted into the through hole.
Backrest assembly (1, 100, 200) for a wheelchair with a backrest frame (20, 120, 220) pivotally connected to a seat or seat frame, a carrying means (30, 130, 230) provided by or attached to the backrest frame (20, 120, 220), a rotating means (40, 40', 140, 240) rotatable secured to the carrier means (30, 130, 230), a first sliding means (50, 150, 250) slidable connected to the backrest frame (20, 120, 220) on the rear side of the backrest assembly (1, 100, 200) and connected to the rotating means (40, 40', 140, 240) via a first mechanical link, with the first sliding means (50, 150, 250) being pivotally connected to at least one push rod being fixedly connected to the seat or seat frame, a second sliding means (60, 60',160, 260) slidable secured to the backrest frame (20, 120, 220) on the front of the backrest assembly (1, 100, 200) and connected to the rotating means (40, 40', 140, 240) via a second mechanical link, and an actuator (70, 170, 270) for adjusting the backrest assembly (1, 100, 200) between an upright and reclined position with a recline angle, with the actuator (70, 170, 270) affecting a rotation of the backrest frame (20, 120, 220) relative to the seat frame around a pivot point (11, 110) with the first sliding means (50, 150, 250) sliding up during reclining of the backrest frame (20, 120, 220) and the second sliding means (60, 60',160, 260) sliding down during such a reclining, and the recline angle driving the second sliding means (60, 60',160, 260) to perform a sinusoidal movement.
A multi-mode squat rack comprising: a frame unit comprising a first strut, a second strut pivotally connected to the first strut, and a mount, wherein the mount can be kept in position on the first strut; a support unit comprising a seat post pivotally connected to the first strut, a seat supported on the seat post, at least one fin and an elastic unit arranged between the mount and the fin; and a handle unit comprising a stem pivotally connected to the first strut, a connection rod formed with a first end pivotally connected to the stem and a second end, and a handle connected to the stem characterised in that the mount is pivotally connected to the first strut, the support unit comprises a pair of ears supported on a side of the seat post near the first strut and the at least one fin is supported on an opposite side of the seat post, and in that the second end of the connection rod is pivotally connected to a selected one of the first strut or the pair of ears to select between a first and a second mode. a frame unit comprising a first strut, a second strut pivotally connected to the first strut, and a mount, wherein the mount can be kept in position on the first strut; a support unit comprising a seat post pivotally connected to the first strut, a seat supported on the seat post, at least one fin and an elastic unit arranged between the mount and the fin; and a handle unit comprising a stem pivotally connected to the first strut, a connection rod formed with a first end pivotally connected to the stem and a second end, and a handle connected to the stem characterised in that the mount is pivotally connected to the first strut, the support unit comprises a pair of ears supported on a side of the seat post near the first strut and the at least one fin is supported on an opposite side of the seat post, and in that the second end of the connection rod is pivotally connected to a selected one of the first strut or the pair of ears to select between a first and a second mode.
- Flexible container for growing plants, comprising: - a flexible casing of impermeable material open at the top, which is intended to receive, in a lower compartment, a porous material, and in an upper compartment, a substrate for growing plants; - a porous separating sheet separating the two compartments; - a means for supplying to the lower compartment a substrate wetting water which is intended to rise up the porous material by capillary action to wet the substrate by passing through the separating sheet, the substrate wetting water being a water which may contain at least one nutrient and/or at least one fertiliser; and - a means of discharging the wetting water through at least one opening in the casing in the region of the lower compartment, characterised by the fact that it includes a wetting water passage pocket, open at its lower end, in the position of use, disposed at the wetting water discharge port on the outer part of the container, to allow the discharge of wetting water from the wetting water discharge port, a rod being arranged in the wetting water passage pocket to prevent the pocket from being pressed against the wall of the container in the position of use. - a flexible casing of impermeable material open at the top, which is intended to receive, in a lower compartment, a porous material, and in an upper compartment, a substrate for growing plants; - a porous separating sheet separating the two compartments; - a means for supplying to the lower compartment a substrate wetting water which is intended to rise up the porous material by capillary action to wet the substrate by passing through the separating sheet, the substrate wetting water being a water which may contain at least one nutrient and/or at least one fertiliser; and - a means of discharging the wetting water through at least one opening in the casing in the region of the lower compartment, a wetting water passage pocket, open at its lower end, in the position of use, disposed at the wetting water discharge port on the outer part of the container, to allow the discharge of wetting water from the wetting water discharge port, a rod being arranged in the wetting water passage pocket to prevent the pocket from being pressed against the wall of the container in the position of use.
Intraocular pressure measuring and/or monitoring system, comprising: - an intraocular pressure measuring device to be placed on or in the eye of a user for measuring the intraocular pressure of said eye, comprising a support and a pressure sensor united with said support, said support being configured for placing said pressure sensor in contact with an eye of a user for sensing the intraocular pressure of said eye, - a portable recording device configured for communicating with said intraocular pressure measuring device and for storing data received from said intraocular pressure measuring device, wherein said portable recording device comprises an antenna for wirelessly communicating with said intraocular pressure measuring device; characterized in that said system further comprises an inertial sensor and said portable recording device is configured for communicating with the inertial sensor, and for storing data received from said inertial sensor; wherein said inertial sensor is located in a communication module forming an interface to said antenna and adapted to be placed on a user's head when said intraocular pressure measuring and/or monitoring system is worn by said user; or in a patch comprising said antenna and being adapted to surround the eye of a user when said intraocular pressure measuring and/or monitoring system is worn by said user. - an intraocular pressure measuring device to be placed on or in the eye of a user for measuring the intraocular pressure of said eye, comprising a support and a pressure sensor united with said support, said support being configured for placing said pressure sensor in contact with an eye of a user for sensing the intraocular pressure of said eye, - a portable recording device configured for communicating with said intraocular pressure measuring device and for storing data received from said intraocular pressure measuring device, wherein said portable recording device comprises an antenna for wirelessly communicating with said intraocular pressure measuring device;
An aircraft comprising a landing gear bay, a landing gear bay door, a landing gear and a linkage mechanism for driving the landing gear bay door, the linkage mechanism being suitable for connecting with bay doors and the landing gear and converting a back-and-forth movement of the landing gear between a retracted position and a released position into a back-and-forth movement of the bay doors between an opened position and a closed position, the linkage mechanism comprising: a primary torsion tube comprising a first portion located inside the landing gear bay and a second portion outside the landing gear bay; a first drive apparatus connected between the first portion and a landing gear strut so as to transfer the driving force of the strut to the primary torsion tube; a secondary torsion tube comprising an inner end portion located inside the landing gear bay and an outer end portion outside the landing gear bay; a secondary drive apparatus connecting the outer end portion and the second portion for transmitting a torque of the primary torsion tube to the secondary torsion tube; and two third drive apparatuses respectively connected between the inner end portion of the secondary torsion tube and one of the bay doors so as to enable the bay doors to be driven by the secondary torsion tube for accomplishing the opening and closing movement. a primary torsion tube comprising a first portion located inside the landing gear bay and a second portion outside the landing gear bay; a first drive apparatus connected between the first portion and a landing gear strut so as to transfer the driving force of the strut to the primary torsion tube; a secondary torsion tube comprising an inner end portion located inside the landing gear bay and an outer end portion outside the landing gear bay; a secondary drive apparatus connecting the outer end portion and the second portion for transmitting a torque of the primary torsion tube to the secondary torsion tube; and two third drive apparatuses respectively connected between the inner end portion of the secondary torsion tube and one of the bay doors so as to enable the bay doors to be driven by the secondary torsion tube for accomplishing the opening and closing movement.
A method of defining regions with different surface liquid tension properties on a substrate, said method comprising the steps of: a. providing a substrate with a main surface having a first surface liquid tension property, the first liquid tension property being liquid-philic, the main surface being at least partially covered with an electrically conductive seed layer and further comprising at least one micro-bump formed on the seed layer, thereby leaving part of the seed layer exposed, b. patterning the exposed seed layer thereby exposing part of the main surface and forming from the seed layer at least one closed loop structure enclosing a region of the main surface, and; c. chemically treating the main surface of the substrate thereby generating on the surface of the at least one closed loop structure and of the at least one micro-bump a second surface liquid tension property, the second surface liquid tension property being liquid-phobic. a. providing a substrate with a main surface having a first surface liquid tension property, the first liquid tension property being liquid-philic, the main surface being at least partially covered with an electrically conductive seed layer and further comprising at least one micro-bump formed on the seed layer, thereby leaving part of the seed layer exposed, b. patterning the exposed seed layer thereby exposing part of the main surface and forming from the seed layer at least one closed loop structure enclosing a region of the main surface, and; c. chemically treating the main surface of the substrate thereby generating on the surface of the at least one closed loop structure and of the at least one micro-bump a second surface liquid tension property, the second surface liquid tension property being liquid-phobic.