mhurhangee/patent-ind-claim-en huggingface dataset:
A remote testing system for a vehicle comprising: • a diagnostic unit installable on-board the vehicle and configured for generating a signal (Y) representing a vehicle status and for sending said signal outside the vehicle via a first connecting OBD socket ; • a testing device configured for receiving and processing the signal (Y) representing the vehicle status and provided with a first connecting OBD plug configured to be coupled with the first connecting OBD socket of the diagnostic unit ; • a first adapter comprising a second connecting OBD plug configured for coupling with the first connecting OBD socket of the diagnostic unit , and a remote communication unit configured for transmitting the signal (Y) representing the vehicle status outside the first adapter ; • a second adapter comprising a remote communication unit configured for receiving the signal (Y) representing the vehicle status from the communication unit of the first adapter , and a second connecting OBD socket configured for coupling with the first connecting OBD plug of the testing device . • a diagnostic unit installable on-board the vehicle and configured for generating a signal (Y) representing a vehicle status and for sending said signal outside the vehicle via a first connecting OBD socket ; • a testing device configured for receiving and processing the signal (Y) representing the vehicle status and provided with a first connecting OBD plug configured to be coupled with the first connecting OBD socket of the diagnostic unit ; • a first adapter comprising a second connecting OBD plug configured for coupling with the first connecting OBD socket of the diagnostic unit , and a remote communication unit configured for transmitting the signal (Y) representing the vehicle status outside the first adapter ; • a second adapter comprising a remote communication unit configured for receiving the signal (Y) representing the vehicle status from the communication unit of the first adapter , and a second connecting OBD socket configured for coupling with the first connecting OBD plug of the testing device .
A prefilled syringe comprising: a syringe body including a hollow body portion ; a proximal-end opening portion that is disposed at a proximal end portion of the body portion ; and a distal-end nozzle that is disposed at a distal end portion of the body portion , a gasket that is slidably inserted into the body portion ; a cap including a sealing portion that seals an opening portion of the distal-end nozzle ; and a drug solution (M) that is filled in a filling space formed by the syringe body and the gasket , wherein a nominal volume of the syringe body is in a range of 0.1 to 5 mL, and wherein the body portion is made of a cyclic olefin polymer or a cyclic olefin copolymer, characterized in that a wall thickness (T) of the body portion is in a range of 2.23 to 2.40 mm, and wherein an outer surface of the syringe body has been sterilized with a hydrogen peroxide or ethylene oxide gas. a syringe body including a hollow body portion ; a proximal-end opening portion that is disposed at a proximal end portion of the body portion ; and a distal-end nozzle that is disposed at a distal end portion of the body portion , a gasket that is slidably inserted into the body portion ; a cap including a sealing portion that seals an opening portion of the distal-end nozzle ; and a drug solution (M) that is filled in a filling space formed by the syringe body and the gasket , wherein a nominal volume of the syringe body is in a range of 0.1 to 5 mL, and wherein the body portion is made of a cyclic olefin polymer or a cyclic olefin copolymer, characterized in that a wall thickness (T) of the body portion is in a range of 2.23 to 2.40 mm, and wherein an outer surface of the syringe body has been sterilized with a hydrogen peroxide or ethylene oxide gas.
A device for cleaning smoke removal equipment having a globally planar free surface and through which smoke to be cleaned flows during the use of the smoke removal equipment, this device including bars for dispensing a pressurized fluid, said bars: - extending lengthwise substantially parallel to one another, while being distributed transversely relative to their longitudinal direction, and - are suitable for being arranged, during use, across from the free surface of the smoke removal equipment , each bar being provided with elements that are distributed along the length of the bar and which, during use, emit fluid jets (J11, J12) that are each centered on an axis (Z11, Z12) and that are intended to clean the free surface of the smoke removal equipment , characterized in that the bars are, during use, located at a distance (D) from the free surface of the smoke removal equipment , which is comprised between 120 and 400 mm, and in that each of the elements is suitable for orienting its fluid jet (J11, J12) such that the axis (Z11, Z12) of the fluid jet forms an angle (α) comprised between 15 and 35° relative to the free surface of the smoke removal equipment . - extending lengthwise substantially parallel to one another, while being distributed transversely relative to their longitudinal direction, and - are suitable for being arranged, during use, across from the free surface of the smoke removal equipment , each bar being provided with elements that are distributed along the length of the bar and which, during use, emit fluid jets (J11, J12) that are each centered on an axis (Z11, Z12) and that are intended to clean the free surface of the smoke removal equipment , characterized in that the bars are, during use, located at a distance (D) from the free surface of the smoke removal equipment , which is comprised between 120 and 400 mm, and in that each of the elements is suitable for orienting its fluid jet (J11, J12) such that the axis (Z11, Z12) of the fluid jet forms an angle (α) comprised between 15 and 35° relative to the free surface of the smoke removal equipment .
A small water heater , comprising: a storage tank having a volume of ≤ 20 litres, an electrically operable heating element , wherein the storage tank is configured as a plastic tank and includes a top and a bottom part , wherein the bottom part of the storage tank includes an opening , and wherein a flanged immersion heater comprising the electrically operable heating element is introduced through the opening such that the flanged immersion heater projects into the tank volume and the electrically operable heating element heats the water located inside the tank volume , characterised in that at least one vacuum insulation panel is provided directly on the storage tank around the outer wall of the top half and the bottom half , and an EPS foam is provided directly on the outer side of the at least one vacuum insulation panel , wherein the EPS foam surrounds the entire outer side of the at least one vacuum insulation panel , wherein the top and the bottom part of the storage tank are welded together along a weld zone , wherein the at least one vacuum insulation panel includes two sections with a sealing joint therebetween, wherein the sealing joint in the installed state covers the weld zone . a storage tank having a volume of ≤ 20 litres, an electrically operable heating element , wherein the storage tank is configured as a plastic tank and includes a top and a bottom part , wherein the bottom part of the storage tank includes an opening , and wherein a flanged immersion heater comprising the electrically operable heating element is introduced through the opening such that the flanged immersion heater projects into the tank volume and the electrically operable heating element heats the water located inside the tank volume , characterised in that at least one vacuum insulation panel is provided directly on the storage tank around the outer wall of the top half and the bottom half , and an EPS foam is provided directly on the outer side of the at least one vacuum insulation panel , wherein the EPS foam surrounds the entire outer side of the at least one vacuum insulation panel , wherein the top and the bottom part of the storage tank are welded together along a weld zone , wherein the at least one vacuum insulation panel includes two sections with a sealing joint therebetween, wherein the sealing joint in the installed state covers the weld zone .
Device comprising a gearbox fork , an internal fork shaft and an assisted device which, under the control of an external shift control member, axially translationally drives the gearbox fork fastened to said internal fork shaft , which comprises - a saddle on which the external control member acts to drive it translationally, which comprises two arms which are traversed by the fork shaft , and which is mounted so as to slide along the fork shaft over a predetermined travel, - and an assistance spring wound around the fork shaft and mounted so as to be compressed axially between an arm of the saddle and an end stop connected axially to the fork shaft , and wherein: - the saddle comprises, arranged outside the saddle , an oblong slot of axial orientation; - and the fork shaft bears a radial pin fastened to the fork shaft and extending through the oblong slot in which it is mounted so as to slide axially and in which it is received angularly without play, characterized in that the fork shaft comprises, arranged outside the saddle , a fixed stop for limiting, in one direction, the sliding travel of the saddle along the fork shaft by the saddle bearing axially against this fixed stop . - a saddle on which the external control member acts to drive it translationally, which comprises two arms which are traversed by the fork shaft , and which is mounted so as to slide along the fork shaft over a predetermined travel, - and an assistance spring wound around the fork shaft and mounted so as to be compressed axially between an arm of the saddle and an end stop connected axially to the fork shaft , and wherein: - the saddle comprises, arranged outside the saddle , an oblong slot of axial orientation; - and the fork shaft bears a radial pin fastened to the fork shaft and extending through the oblong slot in which it is mounted so as to slide axially and in which it is received angularly without play,
After treatment system, ATS, for a vehicle comprising, fluidly connected in series, an inlet , an urea mixer and an outlet , said inlet being fluidly connectable to an output of an engine of said vehicle and said outlet being fluidly connectable to an outlet tube of said vehicle , said mixer comprises a dosing module , an inner element and an outer element , said inner element being configured so that a first flow (F1) of exhaust gas flow (F) flowing from said inlet into said mixer flows into an inner volume defined by said inner element and said outer element being configured so that a second flow (F2) flows in a volume defined between said inner element and said outer element , said first and second flows (F1, F2) rejoining together in a mixing chamber fluidly connected to said volume and to said inner volume downstream with respect said inner and outer elements , said outer element comprises, downstream with respect to said dosing module , at least one opening , and a terminal plate carried downstream with respect to said dosing module , said one opening and terminal plate are configured to deviate flow F1 radially out with respect to the inner volume, the ATS being characterized in that said at least one opening comprises, on at least one of its edges, a baffle configured to deviate flow (F) coming out from said at least one opening .
A device configuration method based on Network Configuration Protocol, NETCONF, wherein the method is applied to a network management device, the network management device is connected to a managed device, the managed device is connected to one or more lower-level devices, and the network management device and the managed device support NETCONF; and the method comprises: establishing , by the network management device, a model of configuration data by using a predefined YANG model, wherein the predefined YANG model comprises n reference fields and one or more object fields separately corresponding to each reference field, the reference field is used to indicate a YANG model referenced in the predefined YANG model, an object field corresponding to an i th reference field is used to indicate a target lower-level device or a target lower-level device group of target configuration data modeled by using a YANG model referenced in the i th reference field, the target lower-level device group is a group comprising one or more lower-level devices, 1 ≤ i ≤ n, and i and n are positive integers; and sending , by the network management device, the configuration data to the managed device based on NETCONF. establishing , by the network management device, a model of configuration data by using a predefined YANG model, wherein the predefined YANG model comprises n reference fields and one or more object fields separately corresponding to each reference field, the reference field is used to indicate a YANG model referenced in the predefined YANG model, an object field corresponding to an i th reference field is used to indicate a target lower-level device or a target lower-level device group of target configuration data modeled by using a YANG model referenced in the i th reference field, the target lower-level device group is a group comprising one or more lower-level devices, 1 ≤ i ≤ n, and i and n are positive integers; and sending , by the network management device, the configuration data to the managed device based on NETCONF.
A cradle for supporting at least a section of a wind turbine blade, the cradle comprising at least one array of support members extending between a first end and a second end of said cradle , wherein said support members comprise vacuum clamps arranged to receive a surface of said at least a section of a wind turbine blade characterised in that , the cradle comprises an open-framed cradle body , and said vacuum clamps are translationally moveable relative to said cradle body .
Mixture for use as binder in the no-bake process, comprising (a) monomeric furfuryl alcohol, wherein the amount of monomeric furfuryl alcohol is at most 25 wt.%, (b) 40 wt.% or more of reaction products of formaldehyde, wherein the reaction products comprise (b-1) reaction products of formaldehyde with furfuryl alcohol and optionally other constituents, and (b-2) optionally reaction products of formaldehyde with one or a plurality of other compounds, which is not or are not furfuryl alcohol, (c) water, wherein the amount of water is at most 20 wt.%, (d) one or a plurality of organic acids with a pKa value greater than or equal to 2.5, preferably in the range from 2.75 to 6, preferably in the range from 3 to 5, at 25°C and/or salts thereof, wherein the mixture has a content of free formaldehyde of at most 0.5 wt.%, wherein the percentages by weight are relative to the total weight of the mixture. (a) monomeric furfuryl alcohol, wherein the amount of monomeric furfuryl alcohol is at most 25 wt.%, (b) 40 wt.% or more of reaction products of formaldehyde, wherein the reaction products comprise (b-1) reaction products of formaldehyde with furfuryl alcohol and optionally other constituents, and (b-2) optionally reaction products of formaldehyde with one or a plurality of other compounds, which is not or are not furfuryl alcohol, (b-1) reaction products of formaldehyde with furfuryl alcohol and optionally other constituents, and (b-2) optionally reaction products of formaldehyde with one or a plurality of other compounds, which is not or are not furfuryl alcohol, (c) water, wherein the amount of water is at most 20 wt.%, (d) one or a plurality of organic acids with a pKa value greater than or equal to 2.5, preferably in the range from 2.75 to 6, preferably in the range from 3 to 5, at 25°C and/or salts thereof, wherein the mixture has a content of free formaldehyde of at most 0.5 wt.%, wherein the percentages by weight are relative to the total weight of the mixture.
A work vehicle , comprising: a ladder ; an operator's compartment having an openable and closable door disposed above the ladder ; an actuator disposed at the operator's compartment so as to actuate the door to make an opening motion; and an operation unit that receives an operation from an operator, characterized in that the work vehicle further comprises a controller that controls drive of the actuator , based on an operation signal received from the operation unit , so that the door makes the opening motion while the operation unit is receiving the operation from the operator, the actuator is an electric actuator that is driven by supply of electric power, the work vehicle further comprises a current detector that detects a drive current value of the actuator , and if the drive current value detected by the current detector is equal to or more than a threshold value, the controller stops the supply of electric power to the actuator even while the operation unit is receiving the operation from the operator. a ladder ; an operator's compartment having an openable and closable door disposed above the ladder ; an actuator disposed at the operator's compartment so as to actuate the door to make an opening motion; and an operation unit that receives an operation from an operator, characterized in that the work vehicle further comprises a controller that controls drive of the actuator , based on an operation signal received from the operation unit , so that the door makes the opening motion while the operation unit is receiving the operation from the operator, the actuator is an electric actuator that is driven by supply of electric power, the work vehicle further comprises a current detector that detects a drive current value of the actuator , and if the drive current value detected by the current detector is equal to or more than a threshold value, the controller stops the supply of electric power to the actuator even while the operation unit is receiving the operation from the operator.
A method for batch culturing eukaryote cells comprising: providing cell culture inoculant comprising eukaryotic cells in a bicarbonate-containing culture liquid to a vessel, said vessel having walls that encapsulate said cell culture and a gas phase head space above said cell culture, and wherein said vessel comprises at least one port that provides an entrance and an egress of gas to and from said head space; agitating said vessel; and providing gas to said head space through said port wherein said gas contains an amount of CO 2 , and wherein said amount of CO 2 in said gas is modulated over time to adjust the pH of said cell culture in order to maintain a predetermined pH of said cell culture, wherein said CO 2 is provided in an amount of 8% (v/v) of said gas on day 1, in an amount of 5% (v/v) of said gas on day 2, and in an amount of 2% (v/v) of said gas thereafter. providing cell culture inoculant comprising eukaryotic cells in a bicarbonate-containing culture liquid to a vessel, said vessel having walls that encapsulate said cell culture and a gas phase head space above said cell culture, and wherein said vessel comprises at least one port that provides an entrance and an egress of gas to and from said head space; agitating said vessel; and providing gas to said head space through said port wherein said gas contains an amount of CO 2 , and wherein said amount of CO 2 in said gas is modulated over time to adjust the pH of said cell culture in order to maintain a predetermined pH of said cell culture, wherein said CO 2 is provided in an amount of 8% (v/v) of said gas on day 1, in an amount of 5% (v/v) of said gas on day 2, and in an amount of 2% (v/v) of said gas thereafter.
An elastomer composition for a self-supporting support insert for a non-pneumatic tire of a vehicle wheel, the composition comprising predominantly by weight a blend of at least one first thermoplastic elastomer and of at least one second thermoplastic elastomer, characterized in that said at least one first thermoplastic elastomer is a copolyamide (COPA) and said at least one second thermoplastic elastomer is a styrenic thermoplastic elastomer (TPS), and in that the composition is not crosslinked.
A packaging assembly for a cosmetic product, comprising a container able to contain said product, and an insert carrying a dispensing member and dismountably mounted on the container to allow, when it is mounted on the container , the dispensing of product by the dispensing member , wherein the movement of mounting and/or dismounting of the insert on/from the container comprises a rotation of the insert relative to the container and the insert is configured to cooperate with the container so that during each of the movements of mounting and dismounting of the insert on/from the container , the insert passes successively through a first position in which the force required for said movement reaches a first local maximum, and a second position in which said force reaches a second local maximum.
An implantable device for treating chronic cardiac dysfunction with bounded titration, comprising: an implantable neurostimulator comprising a pulse generator configured to deliver electrical therapeutic stimulation tuned to restore autonomic balance through continuously-cycling, intermittent and periodic electrical pulses delivered in a manner that results in creation and propagation in both afferent and efferent directions of action potentials within neuronal fibers comprising a cervical vagus nerve of a patient in continuous alternating cycles of stimuli application and stimuli inhibition; a therapy lead electrically coupled to the pulse generator and terminated by one or more electrodes through which the therapeutic electrical stimulation is delivered; and an integrated leadless heart rate sensor configured to sense and record a patient's heart rate in response to the electrical therapeutic stimulation; wherein the pulse generator is further configured to down titrate the therapeutic electrical stimulation in response to the sensed heart rate, as sensed by the leadless heart rate sensor , falling below a predetermined lower heart rate bound of a predetermined range of heart rates stored in a recordable memory in the pulse generator by adjusting stimulation parameters stepwise downwards until the sensed heart rate rises above the predetermined lower heart rate bound, wherein the pulse generator is further configured to suspend the therapeutic electrical stimulation for a fixed period of time and gradually up titrate the therapeutic electrical stimulation after the down titration. an implantable neurostimulator comprising a pulse generator configured to deliver electrical therapeutic stimulation tuned to restore autonomic balance through continuously-cycling, intermittent and periodic electrical pulses delivered in a manner that results in creation and propagation in both afferent and efferent directions of action potentials within neuronal fibers comprising a cervical vagus nerve of a patient in continuous alternating cycles of stimuli application and stimuli inhibition; a therapy lead electrically coupled to the pulse generator and terminated by one or more electrodes through which the therapeutic electrical stimulation is delivered; and an integrated leadless heart rate sensor configured to sense and record a patient's heart rate in response to the electrical therapeutic stimulation; wherein the pulse generator is further configured to down titrate the therapeutic electrical stimulation in response to the sensed heart rate, as sensed by the leadless heart rate sensor , falling below a predetermined lower heart rate bound of a predetermined range of heart rates stored in a recordable memory in the pulse generator by adjusting stimulation parameters stepwise downwards until the sensed heart rate rises above the predetermined lower heart rate bound, wherein the pulse generator is further configured to suspend the therapeutic electrical stimulation for a fixed period of time and gradually up titrate the therapeutic electrical stimulation after the down titration.