mhurhangee/ep-ind-claims huggingface dataset:
A collar system for a dust extractor comprising: a collar which comprises a drill passage which extends through the collar and an extension which forms an internal passage which connects at one end with the drill passage, the extension being attached to or capable of being attached to the housing of a dust extractor to enable the internal passage to connect to a suction passage of the dust extractor; wherein there is provided a moveable cover mounted adjacent an entrance of the drill passage which is capable of being moved between a first position where it covers the entrance and a second position where it is remote from the entrance, wherein the cover comprises at lone east hole which passes through the cover; characterized in that the cover comprises; a rigid outer ring; and a resiliently deformable washer mounted inside of the outer ring; wherein the washer has an inner section through which the hole extends and an outer section which surrounds the inner section which connects between the outer ring and the inner section; wherein the thickness of the outer section is less than that of the inner section; wherein the washer comprises plurality of radial ribs formed on the surface of the outer section which extend from the inner section radially outwardly to the outer ring. a collar which comprises a drill passage which extends through the collar and an extension which forms an internal passage which connects at one end with the drill passage, the extension being attached to or capable of being attached to the housing of a dust extractor to enable the internal passage to connect to a suction passage of the dust extractor; wherein there is provided a moveable cover mounted adjacent an entrance of the drill passage which is capable of being moved between a first position where it covers the entrance and a second position where it is remote from the entrance, wherein the cover comprises at lone east hole which passes through the cover; characterized in that the cover comprises; a rigid outer ring; and a resiliently deformable washer mounted inside of the outer ring; wherein the washer has an inner section through which the hole extends and an outer section which surrounds the inner section which connects between the outer ring and the inner section; wherein the thickness of the outer section is less than that of the inner section; wherein the washer comprises plurality of radial ribs formed on the surface of the outer section which extend from the inner section radially outwardly to the outer ring.
A system for identification of sample cells of a sample tray for placement in a chromatography autosampler, each sample cell having (i) a container having a side wall and (ii) a cap having an end surface visible from the sample tray, the system comprising: a machine vision module within the autosampler, the MV module including a camera assembly, the camera assembly comprising a horizontally-directed camera configured to scan the side wall of each sample cell and a vertically-directed camera configured to scan the end surfaces of all of the sample cells of the sample tray; a cell gripper assembly configured to selectively grip, lift, and rotate respective sample cells relative to the sample tray; and a computing device that controls the MV module, wherein the computing device is configured to (i) control the cell gripper assembly to grip, lift, and rotate one of the sample cells above adjacent sample cells of the sample tray, (ii) control the horizontally-directed camera to scan the side wall of the one sample cell while rotated by the cell gripper assembly, and (iii) determine an identity of the sample in the sample cell based upon the scanned side walls and/or end surfaces of each sample cell. a machine vision module within the autosampler, the MV module including a camera assembly, the camera assembly comprising a horizontally-directed camera configured to scan the side wall of each sample cell and a vertically-directed camera configured to scan the end surfaces of all of the sample cells of the sample tray; a cell gripper assembly configured to selectively grip, lift, and rotate respective sample cells relative to the sample tray; and a computing device that controls the MV module, wherein the computing device is configured to (i) control the cell gripper assembly to grip, lift, and rotate one of the sample cells above adjacent sample cells of the sample tray, (ii) control the horizontally-directed camera to scan the side wall of the one sample cell while rotated by the cell gripper assembly, and (iii) determine an identity of the sample in the sample cell based upon the scanned side walls and/or end surfaces of each sample cell.
Functional unit for a reducing agent storage tank, wherein the reducing agent is preferably an aqueous urea solution for the aftertreatment of exhaust gases from an internal combustion engine, comprising a heating device and a heat distributor with at least one cavity for accommodating at least one heating element of the heating device and/or for accommodating at least one further component, such as for example a pump and/or a fill level sensor, wherein the heat distributor has an inner ring and an outer ring which are connected by way of radially running webs, such that intermediate spaces which run in arcuate fashion and which serve for accommodating the reducing agent are formed, characterized in that, on the outer ring, there is integrally formed a collar by way of which the functional unit can be mounted onto a tank, which is open at a base side, of a reducing agent storage tank, such that the functional unit forms a sump as a slosh-proof point of the container.
A composition in form of an aerosol formulation comprising hyaluronic acid sodium salt, camomile extract and N-acetylcysteine, in the concentration of: • hyaluronic acid sodium salt is between 0.01% and 1.0%; • camomile extract is between 0.01 % and 5 %; and • N-acetylcysteine of between 0.01 % and 9 %, for use in treatment of affections of the respiratory tract, wherein the composition is administered at the level of upper respiratory tract. • hyaluronic acid sodium salt is between 0.01% and 1.0%; • camomile extract is between 0.01 % and 5 %; and • N-acetylcysteine of between 0.01 % and 9 %,
Method for processing a vinyl aromatic/diene-block copolymer A, obtained by an anionic polymerization of a monomer composition, comprising: A1: 60-95 wt.-%, based on the total weight of the monomer composition, of at least one vinyl aromatic monomer, and A2: 5-40 wt.-%, based on the total weight of the monomer composition, of at least one diene monomer, or a polymer composition P comprising at least one vinyl aromatic/diene-block copolymer A and at least one styrene homopolymer or styrene copolymer; wherein a polymer melt is formed from the vinyl aromatic/diene-block copolymer A or the polymer composition P and water is dosed to the polymer melt during the processing; and wherein the vinyl aromatic/diene-block copolymer A in total comprises less than 10 parts per million (ppm), more preferably less than 5 ppm and in particular less than 2 ppm of acetaldehyde, methacrolein and styrene based on the total amount of vinyl aromatic/diene-block copolymer A; and the vinyl aromatic/diene-block copolymer A further comprises at least one stabilizer, selected from a phenol-based stabilizer or a phosphite-based stabilizer. A1: 60-95 wt.-%, based on the total weight of the monomer composition, of at least one vinyl aromatic monomer, and A2: 5-40 wt.-%, based on the total weight of the monomer composition, of at least one diene monomer, or a polymer composition P comprising at least one vinyl aromatic/diene-block copolymer A and at least one styrene homopolymer or styrene copolymer;
A high-bypass ratio geared turbomachine, comprising: a compressor section, the compressor section providing at least a low-pressure compressor and a high-pressure compressor, wherein a rotor of the low-pressure compressor rotates together with a rotor of a fan; and a turbine section; and a turbine shaft that rotates a geared architecture to rotate the rotor of the low-pressure compressor and the rotor of the fan, wherein the turbine shaft is a low-pressure turbine shaft, wherein the rotor of the low-pressure compressor and the rotor of the fan rotate at the same speed and in the same direction; and wherein the fan rotor and the low-pressure compressor rotor rotate together at a first speed and the turbine shaft rotates at a second speed different than the first speed, characterized by: a mid-turbine frame arranged axially between a high-pressure turbine rotor and a low-pressure turbine rotor, wherein the mid-turbine frame supports a bearing system in the turbine section and the mid-turbine frame includes airfoils within a path of a core airflow. a compressor section, the compressor section providing at least a low-pressure compressor and a high-pressure compressor, wherein a rotor of the low-pressure compressor rotates together with a rotor of a fan; and a turbine section; and a turbine shaft that rotates a geared architecture to rotate the rotor of the low-pressure compressor and the rotor of the fan, wherein the turbine shaft is a low-pressure turbine shaft, wherein the rotor of the low-pressure compressor and the rotor of the fan rotate at the same speed and in the same direction; and wherein the fan rotor and the low-pressure compressor rotor rotate together at a first speed and the turbine shaft rotates at a second speed different than the first speed, wherein the rotor of the low-pressure compressor and the rotor of the fan rotate at the same speed and in the same direction; and wherein the fan rotor and the low-pressure compressor rotor rotate together at a first speed and the turbine shaft rotates at a second speed different than the first speed, characterized by: a mid-turbine frame arranged axially between a high-pressure turbine rotor and a low-pressure turbine rotor, wherein the mid-turbine frame supports a bearing system in the turbine section and the mid-turbine frame includes airfoils within a path of a core airflow.
A method of operating a control node for communication with at least one user equipment, the communication being structured in frames comprising several subframes which are divided into at least a first slot and a second slot in the time domain, the method comprising: transmitting a control channel in a search area in only a subset of the subframes, wherein the search area comprises a configurable time span, and the position of the search area being in the first slot or in the second slot of a subframe depends on an index of the user equipment and a number of the subframe. transmitting a control channel in a search area in only a subset of the subframes, wherein the search area comprises a configurable time span, and the position of the search area being in the first slot or in the second slot of a subframe depends on an index of the user equipment and a number of the subframe.
A method for regulating a cooling system, wherein in the method: a requirement to connect an additional electrical load to the cooling system is established, characterised in that an expected generator temperature of a generator of the cooling system is determined on the basis of a thermal generator model, taking into account the additional electrical load, it is checked whether the expected generator temperature lies below a generator-temperature threshold value, and if this is not the case the cooling system continues to be operated without the additional electrical load being connected, if the expected generator temperature lies below a generator-temperature threshold value, it is checked whether a generator frequency lies above a generator-frequency threshold value, and if this is not the case the cooling system continues to be operated without the additional electrical load being connected, and if the generator frequency lies above a generator-frequency threshold value, the additional electrical load is connected to the cooling system, wherein the thermal generator model contains a correction factor which takes into consideration the working hours already completed, the overall age and/or the time since the last maintenance interval of the generator. a requirement to connect an additional electrical load to the cooling system is established, characterised in that an expected generator temperature of a generator of the cooling system is determined on the basis of a thermal generator model, taking into account the additional electrical load, it is checked whether the expected generator temperature lies below a generator-temperature threshold value, and if this is not the case the cooling system continues to be operated without the additional electrical load being connected, if the expected generator temperature lies below a generator-temperature threshold value, it is checked whether a generator frequency lies above a generator-frequency threshold value, and if this is not the case the cooling system continues to be operated without the additional electrical load being connected, and if the generator frequency lies above a generator-frequency threshold value, the additional electrical load is connected to the cooling system, wherein the thermal generator model contains a correction factor which takes into consideration the working hours already completed, the overall age and/or the time since the last maintenance interval of the generator.
A body implantable penile prosthetic assembly comprising: a penile implant including a first bladder and a second bladder, a reservoir connectable with the first bladder of the penile implant; characterized in that the second bladder contains a dilatant liquid and that fluid transferred from the reservoir into the first bladder of the penile implant imposes a shear on the dilatant liquid in the second bladder of the penile implant to increase viscosity in the dilatant liquid and harden the penile implant. a penile implant including a first bladder and a second bladder, a reservoir connectable with the first bladder of the penile implant; characterized in that the second bladder contains a dilatant liquid and that fluid transferred from the reservoir into the first bladder of the penile implant imposes a shear on the dilatant liquid in the second bladder of the penile implant to increase viscosity in the dilatant liquid and harden the penile implant.
An orthopedic device, comprising: a garment having a hip region arranged to circumferentially extend over a hip region of a user; first and second belt members (202, 204) secured to and extending generally from first and second sides of the garment and at an anterior side of the garment, the first and second belt members (202, 204) arranged to secure to one another and tension over the anterior side of the garment; an exorotation strap extending from a medial or lateral side of the orthopedic device at the lowermost portion of the garment and extending obliquely by spiraling over a thigh region to a lateral or medial side over an posterior or anterior side and toward the uppermost portion of the orthopedic device, the exorotation strap arranged to extend over a hip region of a user, the exorotation strap having a lower end anchoring to the garment and an upper end connecting to the posterior compression unit; characterized in further comprising a posterior compression system having first and second tensioning devices (214a, 214b, 214c, 214d) secured to and arranged to extend from opposed sides of a posterior region of the garment toward the anterior region of the garment, the posterior compression system arranged to produce compression over the posterior side of the garment. a garment having a hip region arranged to circumferentially extend over a hip region of a user; first and second belt members (202, 204) secured to and extending generally from first and second sides of the garment and at an anterior side of the garment, the first and second belt members (202, 204) arranged to secure to one another and tension over the anterior side of the garment; an exorotation strap extending from a medial or lateral side of the orthopedic device at the lowermost portion of the garment and extending obliquely by spiraling over a thigh region to a lateral or medial side over an posterior or anterior side and toward the uppermost portion of the orthopedic device, the exorotation strap arranged to extend over a hip region of a user, the exorotation strap having a lower end anchoring to the garment and an upper end connecting to the posterior compression unit; characterized in further comprising a posterior compression system having first and second tensioning devices (214a, 214b, 214c, 214d) secured to and arranged to extend from opposed sides of a posterior region of the garment toward the anterior region of the garment, the posterior compression system arranged to produce compression over the posterior side of the garment.
A cylinder head cover for a cylinder head of a piston engine, - having a cover body for mounting on the cylinder head, - having an outer cover seal for sealing off the cover body from the cylinder head, said seal running completely around along an outer edge of the cover body, - having a securing bridge for mounting on the cylinder head, said securing bridge fitting over the cover body on an outer side along a cover body section from a first longitudinal side edge of the cover body to an opposite second longitudinal side edge, characterised in that - at least in the cover body section, the cover body has several injector mounting points for attaching a fuel injector, - the securing bridge has an injector cut-out for the respective injector mounting point, through which cut-out the respective injector mounting point for attaching the respective fuel injector is accessible, - the securing bridge has two longitudinal webs (37, 38), which extend along the two longitudinal side edges (15, 16) of the cover body, - the securing bridge has three or more transverse webs (39, 40, 41), which extend from one longitudinal web via the cover body section to the other longitudinal web, - at least one of said transverse webs (39, 40) runs between two adjacent injector mounting points. - having a cover body for mounting on the cylinder head, - having an outer cover seal for sealing off the cover body from the cylinder head, said seal running completely around along an outer edge of the cover body, - having a securing bridge for mounting on the cylinder head, said securing bridge fitting over the cover body on an outer side along a cover body section from a first longitudinal side edge of the cover body to an opposite second longitudinal side edge, - at least in the cover body section, the cover body has several injector mounting points for attaching a fuel injector, - the securing bridge has an injector cut-out for the respective injector mounting point, through which cut-out the respective injector mounting point for attaching the respective fuel injector is accessible, - the securing bridge has two longitudinal webs (37, 38), which extend along the two longitudinal side edges (15, 16) of the cover body, - the securing bridge has three or more transverse webs (39, 40, 41), which extend from one longitudinal web via the cover body section to the other longitudinal web, - at least one of said transverse webs (39, 40) runs between two adjacent injector mounting points.
Method for introducing a defined weakness line by material removal on a covering material for producing a cover for airbags, wherein the covering material has a visible side and a rear side opposite the visible side, and a pulsed first laser beam is guided from a first laser towards the rear side of the covering material and along a track, and at least one observation unit is provided below the visible side of the covering material for monitoring the weakening process, wherein a second laser beam from a second laser is coupled into the beam path of the first laser beam, wherein the first pulsed laser beam serves to generate the weakness line, characterised in that the beam emerging on the visible side of the second laser beam is detected by the at least one observation unit.
Rotary electric machine, notably for a motor vehicle, comprising: - a stator and a rotor which are mounted inside a housing, - a shaft comprising: - at its first end, a coupling member comprising a pinion notably for coupling said rotary electric machine to a corresponding pinion of a host element, and - at its second end, an adjusting portion designed to allow said shaft to be turned, notably on insertion of said rotary electric machine in a casing of said host element, the housing comprising an indexing member designed to allow angular indexing of said rotary electric machine in a predetermined position upon its insertion into said casing of said host element intended to be coupled to said rotary electric machine, the rotary electric machine being characterized in that it comprises: - a cooling circuit designed notably to allow a lubricating and/or cooling liquid, for example oil, to flow inside the rotary electric machine. - a stator and a rotor which are mounted inside a housing, - a shaft comprising: - at its first end, a coupling member comprising a pinion notably for coupling said rotary electric machine to a corresponding pinion of a host element, and - at its second end, an adjusting portion designed to allow said shaft to be turned, notably on insertion of said rotary electric machine in a casing of said host element, - a cooling circuit designed notably to allow a lubricating and/or cooling liquid, for example oil, to flow inside the rotary electric machine.
An energy usage sub-metering system comprising: a first focal plane array including a plurality of radiant energy sensors configured to thermally map objects in a first space; a second focal plane array including a plurality of radiant energy sensors configured to thermally map objects in a second space; and a computer-based processor coupled to the first and second focal plane arrays and configured to: establish total energy expended associated with air conditioning of the first and second spaces; estimate surface area of the objects in the first and second spaces; determine first and second heat load estimates associated with the respective first and second spaces from the objects in the respective first and second spaces and based on a plurality of factors and through the application of an algorithm; and proportion energy usage between the first and second spaces based on the first and second heat load estimates and the total energy expended. a first focal plane array including a plurality of radiant energy sensors configured to thermally map objects in a first space; a second focal plane array including a plurality of radiant energy sensors configured to thermally map objects in a second space; and a computer-based processor coupled to the first and second focal plane arrays and configured to: establish total energy expended associated with air conditioning of the first and second spaces; estimate surface area of the objects in the first and second spaces; determine first and second heat load estimates associated with the respective first and second spaces from the objects in the respective first and second spaces and based on a plurality of factors and through the application of an algorithm; and proportion energy usage between the first and second spaces based on the first and second heat load estimates and the total energy expended. establish total energy expended associated with air conditioning of the first and second spaces; estimate surface area of the objects in the first and second spaces; determine first and second heat load estimates associated with the respective first and second spaces from the objects in the respective first and second spaces and based on a plurality of factors and through the application of an algorithm; and proportion energy usage between the first and second spaces based on the first and second heat load estimates and the total energy expended.