mhurhangee/patent-ind-claim-en huggingface dataset:
A method of controlling an air compressor of a vehicle , comprising: - starting (S1) the compressor, - at the time of starting the compressor: - determining (S2) , for the atmospheric air entering the compressor, a value H abs,atm of the absolute humidity, - determining (S3), for the compressed air exiting the compressor, a value H abs,comp of the absolute humidity, - based on the determined values H abs,atm and H abs,comp , calculating (S4) by means of a control unit a liquid water mass formed or evaporated inside the compressor during a defined period of time, - repeatedly performing (S5) the determining steps and the calculating step, - for each repetition, calculating (S6) by means of the control unit a cumulated liquid water mass inside the compressor, and - stopping (S7) the compressor when the calculated cumulated liquid water mass has returned to zero and the control unit no longer receives a compressed air request. - starting (S1) the compressor, - at the time of starting the compressor: - determining (S2) , for the atmospheric air entering the compressor, a value H abs,atm of the absolute humidity, - determining (S3), for the compressed air exiting the compressor, a value H abs,comp of the absolute humidity, - determining (S2) , for the atmospheric air entering the compressor, a value H abs,atm of the absolute humidity, - determining (S3), for the compressed air exiting the compressor, a value H abs,comp of the absolute humidity, - based on the determined values H abs,atm and H abs,comp , calculating (S4) by means of a control unit a liquid water mass formed or evaporated inside the compressor during a defined period of time, - repeatedly performing (S5) the determining steps and the calculating step, - for each repetition, calculating (S6) by means of the control unit a cumulated liquid water mass inside the compressor, and - stopping (S7) the compressor when the calculated cumulated liquid water mass has returned to zero and the control unit no longer receives a compressed air request.
Method for treating plant material comprising the application, to all or part of the surface of the plant material, of an aqueous dispersion comprising: (a) particles of at least one water-swellable polymer in a form non water-swollen or in a form wherein it maintains a water absorption capacity greater than 10 times its volume; (b) at least one equilibrating agent selected from among a mineral salt, organic salt, dispersant organic polymer and mixtures thereof. (a) particles of at least one water-swellable polymer in a form non water-swollen or in a form wherein it maintains a water absorption capacity greater than 10 times its volume; (b) at least one equilibrating agent selected from among a mineral salt, organic salt, dispersant organic polymer and mixtures thereof.
A method for producing metallic effect pigments on the basis of aluminum flakes furnished with a metal oxide coating, wherein the aluminum flakes have a thickness of 5 to 90 nm and are enveloped by the metal oxide coating, wherein the metal oxide coating is composed of Fe 2 O 3 , CuO, ZnO, or mixtures thereof in a thickness of 5 to 150 nm and has a refractive index of at least 1.9, wherein no further coating enveloping the aluminum flakes is provided between the surface of the aluminum flakes and the metal oxide coating, comprising the steps of: (a) Introducing the aluminum flakes in an organic solvent, with formation of a corresponding dispersion, and adding at least one metal oxide precursor compound, with dissolution of the metal oxide precursor compound, wherein the at least one metal oxide precursor compound is selected from the group consisting of nitrates, acetates, acetylacetonates, malonates, alkoxides, oxalates and oximates of iron, copper or zinc, and (b) Decomposing the metal oxide precursor compound in the organic solvent, to form the metal oxide coating on the aluminum flakes. wherein the aluminum flakes have a thickness of 5 to 90 nm and are enveloped by the metal oxide coating, wherein the metal oxide coating is composed of Fe 2 O 3 , CuO, ZnO, or mixtures thereof in a thickness of 5 to 150 nm and has a refractive index of at least 1.9, wherein no further coating enveloping the aluminum flakes is provided between the surface of the aluminum flakes and the metal oxide coating, comprising the steps of: (a) Introducing the aluminum flakes in an organic solvent, with formation of a corresponding dispersion, and adding at least one metal oxide precursor compound, with dissolution of the metal oxide precursor compound, wherein the at least one metal oxide precursor compound is selected from the group consisting of nitrates, acetates, acetylacetonates, malonates, alkoxides, oxalates and oximates of iron, copper or zinc, and (b) Decomposing the metal oxide precursor compound in the organic solvent, to form the metal oxide coating on the aluminum flakes. (a) Introducing the aluminum flakes in an organic solvent, with formation of a corresponding dispersion, and adding at least one metal oxide precursor compound, with dissolution of the metal oxide precursor compound, wherein the at least one metal oxide precursor compound is selected from the group consisting of nitrates, acetates, acetylacetonates, malonates, alkoxides, oxalates and oximates of iron, copper or zinc, and (b) Decomposing the metal oxide precursor compound in the organic solvent, to form the metal oxide coating on the aluminum flakes.
An assembly with water fitting and a fitment , wherein the water fitting is retained on the fitment and comprises a mixer capable of being supplied with warm water and cold water for mixing the warm water with the cold water and a water outlet pipe capable of being supplied with the warm water and the cold water by the mixer , wherein the water outlet pipe is adjustable in height in vertical direction in relation to the fitment , wherein the water outlet pipe comprises a first pipe part extending in vertical direction in installation position of the water outlet pipe and a second pipe part extending obliquely or perpendicularly to the first pipe part , wherein the first pipe part comprises at least one guiding device, by means of which the water outlet pipe is to be guided in adjusting in height, and wherein the water outlet pipe is displaceable in vertical direction related to its installation position between at least one stowage position and at least one use position, in which the water outlet pipe is arranged higher in vertical direction with respect to the stowage position, wherein the guiding device allows a rotation of the water outlet pipe around a rotational axis extending in vertical direction in the use position, characterized in that the guiding device prevents a rotation of the water outlet pipe around the rotational axis in the stowage position, wherein the fitment includes a worktop comprising a surface and a basin for collecting and discharging water, wherein a recess connected to the basin adjoins to the basin , and wherein the second pipe part is completely received in the recess and recessed with respect to the surface in the stowage position.
An electrical connection assembly for an evaporator, the assembly comprising an evaporator having an exterior side ; a frame fixedly connected to the exterior side of the evaporator; and a tray having at least one aperture in a wall thereof and supporting a quick-connect electrical system , the tray configured within at least a portion of the frame; wherein the tray is slideable from a first position to a second position, the first position being a closed position wherein the quick-connect electrical system is secured within the frame and the quick-connect electrical system is protected from the environment, and the second position being an open position that is removed from the first position and configured to enable access to the quick-connect electrical system within the tray.
Sliding contact holder for receiving a sliding contact movable along a conductor rail in the longitudinal direction (L) thereof and electrical contacting the conductor rail , the sliding contact holder has at least one sliding contact connector for electrical connection to a connector element of an electrical consumer movable along the conductor rail , the sliding contact holder having a sliding contact receptacle (9; 22) with an interior space (9a; 22a) for receiving at least part of an insertion region of the sliding contact , and wherein the sliding contact holder (9; 22) has retaining slats (12, 12; 24, 24') projecting into the interior space (9a; 22a) for releasably retaining the sliding contact in the sliding contact holder (9a; 22a), characterised in that free ends of the retaining slats (12, 12'; 24, 24') project inclined into the interior space (9a; 22a) surrounded by the sliding contact receptacle (9; 22), wherein adjacent retaining slats (12, 12'; 24, 24') extend parallel to one another.
A transportation anchor for double and sandwich walls, comprising - a bow-shaped base body , with - an arch-shaped central section for hooking-in lifting means, - two anchor legs projecting from the central section , extending essentially parallel to one another, - a pressure element arranged between the anchor legs , wherein - the pressure element is made from a fibre plastic composite material, - the pressure element comprises at its two ends cup-shaped or tubular section-shaped end caps , which are each placed with an open side on a free end of the cylindrical pressure element , characterised in that two openings lying opposite one another are provided in the peripheral surface of the cup-shaped or tubular section-shaped end caps , through each of which openings an anchor leg extends in the final assembled state. - a bow-shaped base body , with - an arch-shaped central section for hooking-in lifting means, - two anchor legs projecting from the central section , extending essentially parallel to one another, - a pressure element arranged between the anchor legs , - an arch-shaped central section for hooking-in lifting means, - two anchor legs projecting from the central section , extending essentially parallel to one another, - a pressure element arranged between the anchor legs , - the pressure element is made from a fibre plastic composite material, - the pressure element comprises at its two ends cup-shaped or tubular section-shaped end caps , which are each placed with an open side on a free end of the cylindrical pressure element ,
An in vitro method of determining a risk for a human subject to develop C . difficil e-associated disease (CDAD), recurrent CDAD and/or severe forms of CDAD, said method comprising: a) Quantitating in a sample from a human subject: i) the level of antibodies specifically binding at least one toxin antigen of C. difficile wherein said toxin antigen is selected from the group comprising TcdA and TcdB and ii) the level of antibodies specifically binding at least one colonization factor antigen of C. difficile, wherein said colonization factor antigen is selected from the group comprising: Cwp84 and FliD, b) Comparing said level of antibodies to a reference sample or a reference threshold, wherein said reference sample or reference threshold is the level of antibodies in a subject negative for C . difficile. wherein an increased level of antibodies specifically binding said at least one toxin antigen and specifically binding said at least one colonization factor antigen in step b) is associated with a low risk of CDAD, recurrent CDAD and/or severe forms of CDAD and, wherein no increased level of antibodies specifically binding said at least one toxin antigen and specifically binding said at least one colonization factor antigen in step b) is associated with a high risk of CDAD, recurrent CDAD and/or severe forms of CDAD. a) Quantitating in a sample from a human subject: i) the level of antibodies specifically binding at least one toxin antigen of C. difficile wherein said toxin antigen is selected from the group comprising TcdA and TcdB and ii) the level of antibodies specifically binding at least one colonization factor antigen of C. difficile, wherein said colonization factor antigen is selected from the group comprising: Cwp84 and FliD, b) Comparing said level of antibodies to a reference sample or a reference threshold, wherein said reference sample or reference threshold is the level of antibodies in a subject negative for C . difficile.
A network apparatus connected to a mobile network, the network apparatus comprising one or more processors and memory , the memory storing executable instructions that, when executed by the one or more processors, cause the apparatus to perform operations comprising: sending a subscription request to a plurality of other network apparatuses in the mobile network to provide mobile network status data maintained or monitored by each of the plurality of other network apparatuses in response to an event at each of the plurality of other network apparatuses; receiving a notification from each of the plurality of other network apparatuses, each notification comprising the mobile network status data requested from the other network apparatus; generating, based on the received mobile network status data, network statistics; sending, to a network repository function, NRF, of the mobile network, a request to register with the NRF, the request indicating to the NRF a network data analytics capability of the network apparatus and identifying one or more types of the generated network statistics; and receiving a response to the registration request from the NRF. sending a subscription request to a plurality of other network apparatuses in the mobile network to provide mobile network status data maintained or monitored by each of the plurality of other network apparatuses in response to an event at each of the plurality of other network apparatuses; receiving a notification from each of the plurality of other network apparatuses, each notification comprising the mobile network status data requested from the other network apparatus; generating, based on the received mobile network status data, network statistics; sending, to a network repository function, NRF, of the mobile network, a request to register with the NRF, the request indicating to the NRF a network data analytics capability of the network apparatus and identifying one or more types of the generated network statistics; and receiving a response to the registration request from the NRF.
A lighting signaling device applied to an access gate (V) comprising at least one elongated lighting element (L) located in at least part of the perimeter of said access gate, said device comprising a section bar which in turn is constrained on the perimeter, on the above and/or on the sides of the gate, characterized in that said section bar has a parallelepiped shape comprising on one of the two short sides a housing suitable to contain said elongated illumination element (L) and on one of the long sides means for constraining to the perimetral walls of the gate consisting of at least one longitudinal groove , shaped so as to receive the head (T) of a screw or similar fastening elements.
A trim element for a motor vehicle comprising at least one glass sheet having an absorption coefficient lower than 5 m -1 in the wavelength range from 750 to 1050 nm and having an external and an internal faces, characterized in that an infrared-based remote sensing device in the wavelength range from 750 to 1050 nm is placed behind the internal face of the glass sheet.
A piling hammer comprising: a linear electric machine comprising a mover connected to a ram block for striking a pile; characterized in that the piling hammer comprises a processor operatively connected to the linear electric machine and configured to: determine a recoiled kinetic energy from striking the pile using a ram block connected to a mover of the linear electric machine; determining at least a portion of the determined recoiled kinetic energy for regenerative braking the of the mover to a peak position; control the linear electric machine to decelerate the mover to the peak position based on the determined at least a portion of the determined recoiled kinetic energy. a linear electric machine comprising a mover connected to a ram block for striking a pile; characterized in that the piling hammer comprises a processor operatively connected to the linear electric machine and configured to: determine a recoiled kinetic energy from striking the pile using a ram block connected to a mover of the linear electric machine; determining at least a portion of the determined recoiled kinetic energy for regenerative braking the of the mover to a peak position; control the linear electric machine to decelerate the mover to the peak position based on the determined at least a portion of the determined recoiled kinetic energy. determine a recoiled kinetic energy from striking the pile using a ram block connected to a mover of the linear electric machine; determining at least a portion of the determined recoiled kinetic energy for regenerative braking the of the mover to a peak position; control the linear electric machine to decelerate the mover to the peak position based on the determined at least a portion of the determined recoiled kinetic energy.
Device for spreading the floor-loading of a computer cabinet comprising a bottom of which an external face is intended to be positioned facing the floor characterised in that : - an external face of the bottom of the cabinet comprises a plurality of pins with each pin (P1) including at its end furthest from the bottom a head (TT1) the diameter of which is greater than the diameter of a shank (T1) of the pin, said shank providing the connection between the cabinet and the pin, - the load-spreading device comprises at least two beams, with each beam including at least two parallel flat faces: ∘ a first face includes a slot acting as a rail, with the width of the slot being greater than the diameter of a pin shank but less than the diameter of a pin head, with this slot cooperating with at least two pins for the installation of the beam, ∘ a second face is in contact with the floor, - once the beams are in place the weight of the cabinet is spread over the second surfaces of the beams. - an external face of the bottom of the cabinet comprises a plurality of pins with each pin (P1) including at its end furthest from the bottom a head (TT1) the diameter of which is greater than the diameter of a shank (T1) of the pin, said shank providing the connection between the cabinet and the pin, - the load-spreading device comprises at least two beams, with each beam including at least two parallel flat faces: ∘ a first face includes a slot acting as a rail, with the width of the slot being greater than the diameter of a pin shank but less than the diameter of a pin head, with this slot cooperating with at least two pins for the installation of the beam, ∘ a second face is in contact with the floor, ∘ a first face includes a slot acting as a rail, with the width of the slot being greater than the diameter of a pin shank but less than the diameter of a pin head, with this slot cooperating with at least two pins for the installation of the beam, ∘ a second face is in contact with the floor, - once the beams are in place the weight of the cabinet is spread over the second surfaces of the beams.
A glenoid implant comprising: a body having an articular surface and a scapula-engaging surface opposite from the articular surface, the body comprising a blind hole formed in a domed portion of the body extending from the scapula-engaging surface; an internally-threaded insert secured within the blind hole; a first fixation member extending from the scapula-engaging surface; a second fixation member extending from the scapula-engaging surface; and a third fixation member configured to threadably engage with and extend from the internally-threaded insert, the third fixation member including a porous titanium material and being disposed between the first and second fixation members, characterised in that the first, second and third fixation members define a substantially linear configuration and in that the internally threaded insert is secured within the blind hole by an adhesive. a body having an articular surface and a scapula-engaging surface opposite from the articular surface, the body comprising a blind hole formed in a domed portion of the body extending from the scapula-engaging surface; an internally-threaded insert secured within the blind hole; a first fixation member extending from the scapula-engaging surface; a second fixation member extending from the scapula-engaging surface; and a third fixation member configured to threadably engage with and extend from the internally-threaded insert, the third fixation member including a porous titanium material and being disposed between the first and second fixation members, characterised in that the first, second and third fixation members define a substantially linear configuration and in that the internally threaded insert is secured within the blind hole by an adhesive.
Device for outputting audio signals in the interior of a motor vehicle , especially the interior forming part of a passenger compartment, comprising: an audio output device comprising a plurality of audio output elements (4a-4d) that are or can be arranged in the interior of the motor vehicle , a control device that is or can be allocated to the audio output device and is set up to control at least one output parameter of the audio signals that can be outputted via the respective audio output elements (4a-4d), characterised in that the control device is set up to implement the control of the at least one output parameter of the respective audio output elements (4a-4d) of the audio output device based on alignment information generated by a detection device , which is set up to detect the alignment and/or movement of a chassis of the motor vehicle relative to an underground (U) and to generate alignment information that describes a detected alignment and/or movement of the chassis of the motor vehicle relative to the underground (U), whereby various output parameters are allocated to variable alignments and/or movements of the motor vehicle so that alignments and/or movements of the motor vehicle that change in drive mode are audible to a vehicle occupant through output parameters that change accordingly. an audio output device comprising a plurality of audio output elements (4a-4d) that are or can be arranged in the interior of the motor vehicle , a control device that is or can be allocated to the audio output device and is set up to control at least one output parameter of the audio signals that can be outputted via the respective audio output elements (4a-4d), characterised in that the control device is set up to implement the control of the at least one output parameter of the respective audio output elements (4a-4d) of the audio output device based on alignment information generated by a detection device , which is set up to detect the alignment and/or movement of a chassis of the motor vehicle relative to an underground (U) and to generate alignment information that describes a detected alignment and/or movement of the chassis of the motor vehicle relative to the underground (U), whereby various output parameters are allocated to variable alignments and/or movements of the motor vehicle so that alignments and/or movements of the motor vehicle that change in drive mode are audible to a vehicle occupant through output parameters that change accordingly.