mhurhangee/ep-ind-claims huggingface dataset:
A method for characterising a hydraulic fluid by applying an analysis technique to a spectrum of a sample of the fluid to be characterized to determine a plurality of physicochemical quantities of said fluid, said method comprising the following step a): a) acquiring a spectrum of a sample of the fluid to be characterized, said fluid being of the phosphate ester type and said spectrum comprising an infrared absorption spectrum; said method being characterized in that step a) is followed by the following steps b) and c): b) calculating, by the analysis technique which is a functional statistical analysis technique, a vector of parameters representative of said spectrum using the entire spectrum in one or more spectral regions, said functional statistical analysis technique being a preferably regularized functional principal component analysis; and c) determining the plurality of physicochemical quantities of the fluid to characterize said fluid from said vector of parameters representative of said spectrum. a) acquiring a spectrum of a sample of the fluid to be characterized, said fluid being of the phosphate ester type and said spectrum comprising an infrared absorption spectrum; b) calculating, by the analysis technique which is a functional statistical analysis technique, a vector of parameters representative of said spectrum using the entire spectrum in one or more spectral regions, said functional statistical analysis technique being a preferably regularized functional principal component analysis; and c) determining the plurality of physicochemical quantities of the fluid to characterize said fluid from said vector of parameters representative of said spectrum.
A method for applying energy to a positioned food product to effect cooking thereof, the energy applied with a laser emitter in proximity to the food product, the method comprising: controlling the application of the energy from the laser emitter onto the food product according to a profile characterised in that the profile includes a power level, a duration of cooking period and a laser pulse duty cycle; and by generating and maintaining a plasma in and around at least a portion of the food product during a cooking period based on the controlling. controlling the application of the energy from the laser emitter onto the food product according to a profile characterised in that the profile includes a power level, a duration of cooking period and a laser pulse duty cycle; and by generating and maintaining a plasma in and around at least a portion of the food product during a cooking period based on the controlling.
Magnetic nanoparticle comprising: a core containing a ferromagnetic material, wherein the core has a surface that is functionalized with an outer coating comprising at least one lipophilic compound and at least one hydrophilic compound, each of which is covalently bonded to the surface and randomly distributed on it to form, respectively, lipophilic and hydrophilic islands, wherein said at least one lipophilic compound and said at least one hydrophilic compound are present in the outer coating in a molar ratio comprised between 1:0.1 and 1:10.
An unbalance detection device for detecting unbalance of a rotor of a turbo-cartridge which includes the rotor including a turbine wheel and a compressor wheel coupled via a rotational shaft and a bearing housing accommodating a bearing which supports the rotor rotatably, the unbalance detection device comprising: a sound pressure sensor capable of detecting vibration upon rotation of the rotor by contactlessly measuring a sound pressure generated from vibration upon rotation of the rotor; characterised by an oil supply pipe for supplying lubricant oil into the bearing housing, the oil supply pipe being configured to be connectable to and separatable from an oil supply port formed on the bearing housing, wherein the sound pressure sensor is fixed to the oil supply pipe. a sound pressure sensor capable of detecting vibration upon rotation of the rotor by contactlessly measuring a sound pressure generated from vibration upon rotation of the rotor; characterised by an oil supply pipe for supplying lubricant oil into the bearing housing, the oil supply pipe being configured to be connectable to and separatable from an oil supply port formed on the bearing housing, wherein the sound pressure sensor is fixed to the oil supply pipe.
A medical tube having reduced occurrence of clogging, the medical tube comprising: a tubular wall having one or more clog resistant orifices (20, 21), wherein the one or more clog resistant orifices have an outwardly flared orifice wall so as to minimize the occurrence of clogging for the one or more clog resistant orifices, characterised in that one or more portions of the tubular wall adjacent the one or more clog resistant orifices (20, 21) are configured to deform under fluid pressure, facilitating shearing of any clog away from the one or more clog resistant orifices.
A seat base for a saddle seat, wherein the seat base comprises - a first face, the first face forming a planar surface to allow the seat base to be arranged on a surface to be seated, and - a second face, the second face forming a concave surface, the concave surface being configured to restrict the lateral movement of the saddle seat by guiding the round lower part of the saddle seat towards the lowest point of the concave surface, characterized in that the second face is coated with a softer layer, in order to improve the mobility of the saddle seat on the seat base. - a first face, the first face forming a planar surface to allow the seat base to be arranged on a surface to be seated, and - a second face, the second face forming a concave surface, the concave surface being configured to restrict the lateral movement of the saddle seat by guiding the round lower part of the saddle seat towards the lowest point of the concave surface, characterized in that
A synchronous transmission arranged aboard a saddle type vehicle for transmitting the motion generated by an engine to a driving wheel of said saddle type vehicle, between a crankshaft and a hub shaft parallel therebetween and perpendicular to the median plane of the saddle type vehicle, wherein said synchronous transmission is selected from a group which could use a synchronous belt between two toothed pulleys or another synchronous system, that comprises a pinion - chain - toothed wheel system to transmit the motion from the crankshaft to the input of a mechanical gearbox, characterised in that said synchronous transmission comprises: a primary shaft of the mechanical gearbox, and a pair of secondary shafts (52, 53) equipped with one or more secondary gearwheels for transmitting the motion to a hub shaft, wherein a single desmodromic drum provides to actuate a pair of coupling forks (67, 68) which define selectively the position of respective sliding couplings (65, 66) between primary shaft and secondary shafts (52, 53) to select all speeds of the transmission, the desmodromic drum being in phase with a device for actuating the gearwheels, wherein the coupling forks (67, 68) are equipped with a respective cam follower end manoeuvred by means of said desmodromic drum having a cylindrical surface whereon a single desmodromic track is formed. a primary shaft of the mechanical gearbox, and a pair of secondary shafts (52, 53) equipped with one or more secondary gearwheels for transmitting the motion to a hub shaft, wherein a single desmodromic drum provides to actuate a pair of coupling forks (67, 68) which define selectively the position of respective sliding couplings (65, 66) between primary shaft and secondary shafts (52, 53) to select all speeds of the transmission, the desmodromic drum being in phase with a device for actuating the gearwheels, wherein the coupling forks (67, 68) are equipped with a respective cam follower end manoeuvred by means of said desmodromic drum having a cylindrical surface whereon a single desmodromic track is formed.
A method of conducting wireless communications between a control device and a respiratory therapy device, the method comprising: establishing, by the control device, an insecure wireless communication channel with the respiratory therapy device; obtaining, by the control device, a first shared secret via a different channel than the insecure wireless communication channel, the first shared secret being known to the respiratory therapy device; receiving, by the control device in a key exchange with the respiratory therapy device via the insecure wireless communication channel, a key; computing, by the control device, a second shared secret using the first shared secret and the key, the second shared secret being known to the respiratory therapy device and being cryptographically stronger than the first shared secret; and conducting, by the control device, wireless communications with the respiratory therapy device based on the second shared secret. establishing, by the control device, an insecure wireless communication channel with the respiratory therapy device; obtaining, by the control device, a first shared secret via a different channel than the insecure wireless communication channel, the first shared secret being known to the respiratory therapy device; receiving, by the control device in a key exchange with the respiratory therapy device via the insecure wireless communication channel, a key; computing, by the control device, a second shared secret using the first shared secret and the key, the second shared secret being known to the respiratory therapy device and being cryptographically stronger than the first shared secret; and conducting, by the control device, wireless communications with the respiratory therapy device based on the second shared secret.
- A supporting device for a touch screen, the screen being able to be secured to the device at a vertical foot connected to a base, the base comprising at least two oscillating arms arranged on either side of the foot, wherein the arms each comprise, at a first end, a horizontal pivot connection secured to the base and at least one pair of wheels at their second end, the device being characterised in that it comprises at least one resilient means connected to each arm and arranged so as to provide a force tending to compensate for the weight of the device equipped with the screen, the device comprising a blocking means for blocking the angular travel of the arms with respect to the base.
A method comprising: specifying a bit error rate by a receiver; receiving an encoded data in the receiver; detecting a signal-to-noise ratio for the encoded data; determining a number of decoding iterations for an iterative decoding algorithm to achieve the specified bit error rate for the detected signal-to-noise ratio; processing the encoded data digitally in an iterative multi-stage decoder in the receiver, wherein the iterative multi-stage decoder performs the iterative decoding algorithm for the determined number of decoding iterations, wherein the iterative multi-stage decoder comprises decoder blocks (158, 159, 220, 221), the decoder blocks (158, 159, 220, 221) having a first decoder block and a second decoder block, the first decoder block having a plurality of Add-Compare-Select, ACS, operational units, and the second decoder block having a plurality of ACS operational units, wherein a first adder of each ACS operational unit is configured to receive a first branch probability and a first forward state metric from a previous iteration and a second adder of each ACS operational unit is configured to receive a different branch probability and a different forward state metric from a previous iteration; providing, for each ACS operational unit, an offset as a correction factor to generate an output of the ACS operational unit; and reconfiguring the iterative multi-stage decoder based on changes to the detected signal-to-noise ratio to maintain the specified bit error rate. specifying a bit error rate by a receiver; receiving an encoded data in the receiver; detecting a signal-to-noise ratio for the encoded data; determining a number of decoding iterations for an iterative decoding algorithm to achieve the specified bit error rate for the detected signal-to-noise ratio; processing the encoded data digitally in an iterative multi-stage decoder in the receiver, wherein the iterative multi-stage decoder performs the iterative decoding algorithm for the determined number of decoding iterations, wherein the iterative multi-stage decoder comprises decoder blocks (158, 159, 220, 221), the decoder blocks (158, 159, 220, 221) having a first decoder block and a second decoder block, the first decoder block having a plurality of Add-Compare-Select, ACS, operational units, and the second decoder block having a plurality of ACS operational units, wherein a first adder of each ACS operational unit is configured to receive a first branch probability and a first forward state metric from a previous iteration and a second adder of each ACS operational unit is configured to receive a different branch probability and a different forward state metric from a previous iteration; providing, for each ACS operational unit, an offset as a correction factor to generate an output of the ACS operational unit; and reconfiguring the iterative multi-stage decoder based on changes to the detected signal-to-noise ratio to maintain the specified bit error rate.
Method for data transmission between a functionally secure rotary encoder and a motor and/or actuator control unit (16, 17, 27, 41) via a non-secure multi-channel channel, characterised in that the non-secure multi-channel channel is formed as a black channel which comprises a non-secure transmission channel and an additional security protocol, and is verified by a higher-level or downstream evaluating unit, in that by means of the security protocol, additional data generating verifiable redundancy about the integrity and security of the data transmitted via the black channel are conveyed to the evaluating unit comprising two evaluating units (20, 21) which are independent of one another, in that the data are identified as secure by the independent evaluating units (20, 21) using a series of control queries, wherein two output channels (23, 24), via which the data identified as secure are supplied using at least two channels to a functional module which forms control signals for the motor and/or actuator control unit (16, 17, 27, 41) and is connected to the latter, are connected at the output of the two independent evaluating units (20, 21).
A brake disc arrangement for transporting a brake disc in a system for machining a brake disc, comprising said brake disc which has a friction ring and a brake disc pot having an opening concentric to a central brake disc axis, which opening is delimited by a boundary which is closed on the peripheral side, further comprising a receiving device which has a central receiving axis and a centering device having at least one centering surface, wherein the centering device can be inserted into the opening of the brake disc pot in an insertion state of the centering device and, in a securing state, interacts in a force-fitting and/or form-fitting manner with the boundary of the opening and/or with a surface section of the brake disc pot adjoining the boundary, and secures the brake disc to the receiving device, wherein the receiving device has a pressing body having a first pressing surface for pressing against an annular first end face of the brake disc pot, wherein the receiving device has a central shaft which is connected to the pressing body and which protrudes with a free end beyond the centering device, wherein the free end has at least one coupling section for producing a form fit and/or force fit acting along the shaft axis of the central shaft with a coupling partner which is provided by a spindle drive.
A device socket for detachable fastening in a hole cutout of an electric device, comprising • a socket body having an outer wall that extends at least partially along and, otherwise, inside a cylindrical shape, and a plug receiving area that is surrounded by the outer wall and comprises an insertion opening for inserting a plug in an inserting direction from which the plug receiving area extends; • at least two electrical contacts (200, 202, 205) that are disposed inside the cylindrical shape and extend so as to be brought into electrical contact with a plug introduced via the insertion opening, one of the contacts (200, 202, 205) being a ground contact; and • an earth connection that is electrically coupled to the ground contact and extends laterally in a direction outward away from the outer wall and substantially orthogonally from a rotational symmetry axis of the cylindrical shape; characterized in that the device socket further comprises at least one detent element that is provided in the area of the outer wall and extends along the cylindrical shape, the detent element being provided to be pivotable, and wherein the detent element comprises detent projections projecting laterally away from the rotation symmetry axis outward and beyond the cylindrical shape to retain the device socket in a part of the hole cutout following the cylindrical shape or in a part following the cross-sectional contour of the outer wall. • a socket body having an outer wall that extends at least partially along and, otherwise, inside a cylindrical shape, and a plug receiving area that is surrounded by the outer wall and comprises an insertion opening for inserting a plug in an inserting direction from which the plug receiving area extends; • at least two electrical contacts (200, 202, 205) that are disposed inside the cylindrical shape and extend so as to be brought into electrical contact with a plug introduced via the insertion opening, one of the contacts (200, 202, 205) being a ground contact; and • an earth connection that is electrically coupled to the ground contact and extends laterally in a direction outward away from the outer wall and substantially orthogonally from a rotational symmetry axis of the cylindrical shape;
Connector device for an electricity meter, in particular an electronic electricity meter, which comprises a securing and contacting device with an elongated housing (4, 105) comprising a meter support plate for mounting the electricity meter, wherein in the housing (4, 105) connection elements (2, 67, 111, 112) are arranged for a single or multiple current phases for electrical connection with contact pieces (147, 148) projecting from the electricity meter through openings (19, 108, 109) in the meter support plate, characterised in that in the elongated housing (4, 105) also a connection element (2, 113) is provided for a neutral line and a corresponding opening in the support plate for a contact piece projecting from the electricity meter is provided, in that the contact pieces can be connected by displacement of the electricity meter on the support plate in longitudinal direction of the housing (4, 105) or perpendicular thereto to the connection elements (2, 6, 7, 3, 111-113), in that the elongated housing (4, 105) comprises devices (128, 129, 135, 136) for attaching the elongated housing (4, 105) on the horizontal arm of a meter board of a meter space unit or on a hat profile rail with a longitudinal side parallel to the arm or the hat profile rail and in that in the alternative with connection elements for a plurality of current phases the meter support plate only has openings for using connection elements of a single current phase.
A pullulanase variant comprising the substitutions N368G+N393A+A492S, using SEQ ID NO: 3 for numbering wherein the variant has pullulanase activity; and wherein the variant has at least 95%, at least 96%, at least 97%, at least 98%, or at least 99%, or 100% sequence identity to the polypeptide of SEQ ID NO: 21, and wherein the variant has increased thermoactivity compared to the parent pullulanase of SEQ ID NO: 19, and wherein the increase in thermoactivity is determined as relative activity when measured at 70°C relative to activity at 65°C using the PHADEBAS assay.
An anti-skid arrangement (1; 101; 201) for a vehicle, comprising: a friction wheel (2; 102; 202) comprising a hub and a ring (3; 103; 203) arranged around the hub, wherein the ring (3; 103; 203) is intended to be brought in frictional engagement with a tire of the vehicle; and a chain plate (15; 115; 215) attached to the hub, wherein the chain plate (15; 115; 215) comprises several chains (5; 105; 205) intended to be thrown under the tire in order to increase friction between the tire and the ground, wherein the hub comprises two parts (6a, 6b; 106a, 106b; 206a, 206b) clamping at least a portion of the ring (3; 103; 203), and wherein an inner side of the ring (3; 103; 203) is provided with grooves (14a, 14b; 114a, 114b; 214a, 214b) extending in a tangential direction of the ring (3; 103; 203) and facing each hub part, and the two parts (6a, 6b; 106a, 106b; 206a, 206b) are provided with protrusions (13a, 13b; 113a, 113b; 213a, 213b) engaging the grooves (14a, 14b; 114a, 114b; 214a, 214b), characterized in that at least one of the two parts (6a, 6b; 106a, 106b; 206a, 206b) is provided with projections (22a, 22b; 122a, 122b) engaging the ring (3; 103; 203) so as to rotationally fix the ring (3; 103; 203) in relation to the hub. a friction wheel (2; 102; 202) comprising a hub and a ring (3; 103; 203) arranged around the hub, wherein the ring (3; 103; 203) is intended to be brought in frictional engagement with a tire of the vehicle; and a chain plate (15; 115; 215) attached to the hub, wherein the chain plate (15; 115; 215) comprises several chains (5; 105; 205) intended to be thrown under the tire in order to increase friction between the tire and the ground, wherein the hub comprises two parts (6a, 6b; 106a, 106b; 206a, 206b) clamping at least a portion of the ring (3; 103; 203), and wherein an inner side of the ring (3; 103; 203) is provided with grooves (14a, 14b; 114a, 114b; 214a, 214b) extending in a tangential direction of the ring (3; 103; 203) and facing each hub part, and the two parts (6a, 6b; 106a, 106b; 206a, 206b) are provided with protrusions (13a, 13b; 113a, 113b; 213a, 213b) engaging the grooves (14a, 14b; 114a, 114b; 214a, 214b), characterized in that at least one of the two parts (6a, 6b; 106a, 106b; 206a, 206b) is provided with projections (22a, 22b; 122a, 122b) engaging the ring (3; 103; 203) so as to rotationally fix the ring (3; 103; 203) in relation to the hub.
A flexible pipe for subsea transportation of production fluids, comprising: a fluid retaining layer; an outer sheath; and at least one tensile armour layer (140, 150) comprising a plurality of helically wound monofilament armour wires (310, 320, 510, 520, 610, 620) of a first material, each having a non-circular cross section with an aspect ratio of greater than 1:2 disposed between the fluid retaining layer and the outer sheath; and characterised in that: the tensile armour layer (140, 150) further comprises at least one helically wound elongate anode element (350, 550, 650) substantially having a cross-section aspect ratio of 1:1 and comprising a further material, interposed between armour wires (310, 320, 510, 520, 610, 620), the anode element cross section having an area that is 50% or less of a corresponding area of said non-circular cross section. a fluid retaining layer; an outer sheath; and at least one tensile armour layer (140, 150) comprising a plurality of helically wound monofilament armour wires (310, 320, 510, 520, 610, 620) of a first material, each having a non-circular cross section with an aspect ratio of greater than 1:2 disposed between the fluid retaining layer and the outer sheath; and characterised in that: the tensile armour layer (140, 150) further comprises at least one helically wound elongate anode element (350, 550, 650) substantially having a cross-section aspect ratio of 1:1 and comprising a further material, interposed between armour wires (310, 320, 510, 520, 610, 620), the anode element cross section having an area that is 50% or less of a corresponding area of said non-circular cross section.