mhurhangee/patent-ind-claim-en huggingface dataset:
Laser machine with a safety control instrument, the laser machine comprising at least one resonator , an active material rod , at least one replaceable lamp block comprising a lamp , the lamp block being housed in a housing , the housing further comprising the at least one resonator and said housing having an external base opening to the outside- of the machine and an internal base on which a contact is rested, which is a blade connector on which the negative terminal of said lamp is inserted, said machine further comprising at least one socket located on the external base of the housing and to which the positive terminal of said lamp is connected, whereby the lamp is immersed in water of a cooling circuit, wherein the safety control instrument comprises a chip which is configured for radio frequency identification, RFID, recognition, and is further configured for allowing to monitor the operation of the lamp by storing data, as the number of beams emitted, the serial number of the machine and the date of the lamp batch, wherein the chip is arranged in a key which is attached to the replaceable lampblock, whereby the laser machine can be operated only in presence of the key correctly inserted into the machine. housing , the housing further comprising the at least one resonator and said housing having an external base opening to the outside- of the machine and an internal base on which a contact is rested, which is a blade connector on which the negative terminal of said lamp is inserted, said machine further comprising at least one socket located on the external base of the housing and to which the positive terminal of said lamp is connected, whereby the lamp is immersed in water of a cooling circuit, wherein the safety control instrument comprises a chip which is configured for radio frequency identification, RFID, recognition, and is further configured for allowing to monitor the operation of the lamp by storing data, as the number of beams emitted, the serial number of the machine and the date of the lamp batch,
Use of a lubricant composition comprising at least one mineral base oil and at least one ester chosen from among polyol esters for lubricating a gas engine, wherein the composition is characterized in that it comprises at least 50% by weight of mineral base oil and at least 5% by weight of polyol ester, said polyol comprising 6 -OH groups, relative to the total weight of the lubricant composition.
A method of manufacturing a microbially produced plastic, comprising the following steps (a) and (b): (a): a step of applying heat treatment to fat containing hydrogen peroxide, and (b): a step of culturing microbes in a culturing liquid containing the fat that has been subjected to the heat treatment in the step (a). (a): a step of applying heat treatment to fat containing hydrogen peroxide, and (b): a step of culturing microbes in a culturing liquid containing the fat that has been subjected to the heat treatment in the step (a).
A motor control system comprising a plurality of n motors and a dedicated substitute Electronic Control Unit, ECU (p) connected to a plurality of n motor control ECUs, wherein the plurality of n motor control ECUs is in association with the n motors and is adapted to control the n motors, wherein in a case where a malfunction occurs in any one of the plurality of n motor control ECUs, the dedicated substitute ECU (p) controls the motor connected to the motor control ECU in which the malfunction has occurred, and wherein the motors of the plurality of n motors are electric motors, wherein the motor control system comprises a priority order storage unit (M) storing a priority order of the plurality of motor control ECUs, and wherein in a case where malfunctions occur in two or more of the n motor control ECUs, the dedicated substitute ECU (p) controls the motor connected to one of the n motor control ECUs in which the malfunction has occurred and of which priority order stored is a highest.
An electric brake system comprising a plurality of electric brake devices, the electric brake devices each including a brake rotor , a friction member that is to be brought into contact with the brake rotor , a friction member operator configured to bring the friction member into contact with the brake rotor , an electric motor that drives the friction member operator , and a control device that controls a braking force by controlling the electric motor , wherein a main power supply device that supplies power to the respective electric motors and the respective control devices included in the electric brake devices is provided, and each of the electric brake devices is provided with an auxiliary power supply that stores therein power supplied from the main power supply device and supplementarily supplies power to at least the electric motor of the electric brake device, each of the control devices of the electric brake devices includes: an abnormality determination section that determines whether there is abnormality in supply of power from the power supply device to the electric brake device; and a redundant function control section that, when the abnormality determination section has determined that there is abnormality in supply of power from the power supply device to the electric brake device, controls the braking force by using the auxiliary power supply in accordance with a predetermined condition, the redundant function control section controls the braking force by using the auxiliary power supply when at least a basic condition is satisfied as the predetermined condition, the basis condition being a condition that a desired braking force cannot be output even with all the electric brake devices for which the abnormality determination section has determined that there is no abnormality in supply of power. an abnormality determination section that determines whether there is abnormality in supply of power from the power supply device to the electric brake device; and a redundant function control section that, when the abnormality determination section has determined that there is abnormality in supply of power from the power supply device to the electric brake device, controls the braking force by using the auxiliary power supply in accordance with a predetermined condition, the redundant function control section controls the braking force by using the auxiliary power supply when at least a basic condition is satisfied as the predetermined condition, the basis condition being a condition that a desired braking force cannot be output even with all the electric brake devices for which the abnormality determination section has determined that there is no abnormality in supply of power.
A pressure sensor comprising: a MEMS resonator formed within a cavity, wherein the cavity comprises a fixed base and a top membrane which deforms in response to the pressure (P) to be sensed, wherein the resonator has a resonant frequency which is dependent on the incident pressure, wherein the MEMS resonator comprises a resonator mass, characterized in that the resonator mass is in the form of a frame with a set of an even number of parallel beams extending across the frame , wherein each beam is anchored at its middle, with half of the even number of parallel beams anchored to the fixed base and the other half of the even number of parallel beams anchored to the top membrane . a MEMS resonator formed within a cavity, wherein the cavity comprises a fixed base and a top membrane which deforms in response to the pressure (P) to be sensed, wherein the resonator has a resonant frequency which is dependent on the incident pressure, wherein the MEMS resonator comprises a resonator mass, characterized in that the resonator mass is in the form of a frame with a set of an even number of parallel beams extending across the frame , wherein each beam is anchored at its middle, with half of the even number of parallel beams anchored to the fixed base and the other half of the even number of parallel beams anchored to the top membrane .
Oral hygiene product , in particular toothbrush, with at least one application unit , with at least one handle unit , the at least one handle unit being formed partly from a soft component and partly from a hard component , wherein the soft component extends at least over a substantial portion of a main extent of the at least one handle unit , characterised in that the at least one handle unit has at least one thumb gripping region with a gripping area made of the hard component and a plurality of structure elements made of the soft component and rising above the gripping area , wherein the structure elements of the at least one thumb gripping region are completely encompassed by the gripping area . with at least one application unit , with at least one handle unit , the at least one handle unit being formed partly from a soft component and partly from a hard component , wherein the soft component extends at least over a substantial portion of a main extent of the at least one handle unit , characterised in that the at least one handle unit has at least one thumb gripping region with a gripping area made of the hard component and a plurality of structure elements made of the soft component and rising above the gripping area , wherein the structure elements of the at least one thumb gripping region are completely encompassed by the gripping area .
A camera module thin film heater, comprising: an electrode ; a thin film heating body electrically connected to the electrode and having a variable resistance corresponding to a heating temperature; and an insulation member surrounding the electrode and the thin film heating body , characterized in that the insulation member includes a base film arranged with the electrode and the thin film heating body , and a cover film bonded to the base film . an electrode ; a thin film heating body electrically connected to the electrode and having a variable resistance corresponding to a heating temperature; and an insulation member surrounding the electrode and the thin film heating body , characterized in that the insulation member includes a base film arranged with the electrode and the thin film heating body , and a cover film bonded to the base film .
A turbine engine member, such as an accessory gearbox for example, comprising at least one wall made of an aluminium alloy, characterised in that said wall is coated with a set of layers comprising: - a first layer of a primer layer covering said wall, wash primer - a second layer of an intumescent material, covering the first layer, - a third top layer , covering the second layer, and wherein: - the first layer is an epoxy curing polyamides primer layer, - the second layer is of the following type: ∘ water-based intumescent protective coating, or ∘ epoxy-based intumescent protective coating, and - the third layer is of the following type: ∘ polyurethane enamel hardened isocyanate, ∘ polyurethane paint hardened aliphatic isocyanate, ∘ polyurethane paint hardened aliphatic polyisocyanate, ∘ polyurethane paint, ∘ waterborne acrylic paint, ∘ acrylic/aliphatic polyurethane paint, ∘ polyvinyl paint. - a first layer of a primer layer covering said wall, wash primer - a second layer of an intumescent material, covering the first layer, - a third top layer , covering the second layer, - the first layer is an epoxy curing polyamides primer layer, - the second layer is of the following type: ∘ water-based intumescent protective coating, or ∘ epoxy-based intumescent protective coating, and ∘ water-based intumescent protective coating, or ∘ epoxy-based intumescent protective coating, and - the third layer is of the following type: ∘ polyurethane enamel hardened isocyanate, ∘ polyurethane paint hardened aliphatic isocyanate, ∘ polyurethane paint hardened aliphatic polyisocyanate, ∘ polyurethane paint, ∘ waterborne acrylic paint, ∘ acrylic/aliphatic polyurethane paint, ∘ polyvinyl paint. ∘ polyurethane enamel hardened isocyanate, ∘ polyurethane paint hardened aliphatic isocyanate, ∘ polyurethane paint hardened aliphatic polyisocyanate, ∘ polyurethane paint, ∘ waterborne acrylic paint, ∘ acrylic/aliphatic polyurethane paint, ∘ polyvinyl paint.
Train coupling having a coupling bar and having a coupling head which is supported thereby; wherein the coupling bar extends in an axial direction (x) from a connection end to the coupling head and, in the region of the connection end , is mounted pivotably on a bearing block of the train coupling for attachment to a rail-borne vehicle ; having a lubricating device , comprising at least one lubricant source and at least one lubricant line connected in a lubricant-conducting manner to the lubricant source , for lubrication of joints and/or movement points in the train coupling ; characterized in that , by way of the at least one lubricating device , joints and/or movement points of different components of the train coupling from the following group of components are lubricated: - coupling bar - coupling head - bearing block , wherein provision is made of at least one common lubricant source for lubrication of joints and/or movement points of different components of the group of components, and the common lubricant source is arranged on one of the components or in the connection surroundings of the bearing block on the rail-borne vehicle , in particular carriage, and, between the at least one lubricant source and different joints and/or movement points of a component and/or different components, provision is made of at least one lubricant distributor with at least one lubricant feed line and with a relative large number of lubricant discharge lines . wherein the coupling bar extends in an axial direction (x) from a connection end to the coupling head and, in the region of the connection end , is mounted pivotably on a bearing block of the train coupling for attachment to a rail-borne vehicle ; having a lubricating device , comprising at least one lubricant source and at least one lubricant line connected in a lubricant-conducting manner to the lubricant source , for lubrication of joints and/or movement points in the train coupling ; characterized in that , by way of the at least one lubricating device , joints and/or movement points of different components of the train coupling from the following group of components are lubricated: - coupling bar - coupling head - bearing block , - coupling bar - coupling head - bearing block , wherein provision is made of at least one common lubricant source for lubrication of joints and/or movement points of different components of the group of components, and the common lubricant source is arranged on one of the components or in the connection surroundings of the bearing block on the rail-borne vehicle , in particular carriage, and, between the at least one lubricant source and different joints and/or movement points of a component and/or different components, provision is made of at least one lubricant distributor with at least one lubricant feed line and with a relative large number of lubricant discharge lines .
Temperature control device for cooling and/or heating a transmission unit of a tunnel boring machine, having at least one heat exchanger module which comprises a liquid jacket and forms a ring body for fitting in a sandwich-like manner between two adjacent drive and/or transmission sections (4.1, 4.2), which ring body comprises a central through-cutout for the guiding of a rotatable drive and/or transmission element , and on opposite end faces in each case a connection flange for precision-fit end-face connection to the two transmission and/or drive sections (4.1, 4.2), wherein the liquid jacket forms a ring chamber inside the ring body extending around the through-cutout , wherein turbulence fins are provided in the ring chamber , characterized in that - the turbulence fins are radially offset to one another and alternately project outwardly from the inner circumference of the ring chamber and inwardly from the outer circumference of the ring chamber , and alternately delimit at the inner circumference and at the outer circumference of the ring chamber a passage gap for the temperature control liquid to be circulated, so that a meandering flow path extends back and forth from the inner circumference to the outer circumference of the ring chamber, and/or - the turbulence fins respectively delimit a further passage gap to one of two end walls , which delimit the ring chamber at the face side, wherein the turbulence fins alternately connect to one end wall and the other end wall , so that a meandering flow path extends back and forth from one end wall to the other end wall . - the turbulence fins are radially offset to one another and alternately project outwardly from the inner circumference of the ring chamber and inwardly from the outer circumference of the ring chamber , and alternately delimit at the inner circumference and at the outer circumference of the ring chamber a passage gap for the temperature control liquid to be circulated, so that a meandering flow path extends back and forth from the inner circumference to the outer circumference of the ring chamber, and/or - the turbulence fins respectively delimit a further passage gap to one of two end walls , which delimit the ring chamber at the face side, wherein the turbulence fins alternately connect to one end wall and the other end wall , so that a meandering flow path extends back and forth from one end wall to the other end wall .
Dust collecting device of a vacuum cleaner with a dust collecting chamber and a compressor device for compressing dust collected in the dust collecting chamber , characterised in that the compressor device has a compressor element which is arranged in the dust collecting chamber and changeable in respect of it circumference, wherein the compressor facilty is embodied such that dust collected in the dust collecting chamber can be compressed by reducing the circumference of the compressor element .
An antisense oligonucleotide (AON) that is capable to inducing skipping of pseudo exon 40 (PE40) from human USH2A pre-mRNA, wherein said AON comprises a sequence that is complementary to at least 18, 19, 20, 21, 22, 23, or 24 consecutive nucleotides of SEQ ID NO:45, 46 or 47.
Motor vehicle comprising : - a frame to which an exhaust hanger is attached, - a rear exhaust silencer , - a hook , one end of which is connected to the hanger , characterized in that the other end of the hook has entered a case fixed to the silencer , the hook being retained in the case by immobilizing means, and in that the end of the hook in the case, the case and the immobilizing means are arranged so that during a longitudinal displacement of the silencer relative to the hanger , such a longitudinal displacement occurring during an impact (F) on the rear of the vehicle, the immobilization means give way and the end of the hook is released from the case. - a frame to which an exhaust hanger is attached, - a rear exhaust silencer , - a hook , one end of which is connected to the hanger ,
Inositol-stabilized arginine silicate for use in treating and/or preventing a cognitive disorder in a subject.
Leg support fitting for reversibly altering a leg support of a piece of seating and/or lying furniture from a use position to a non-use position and back, comprising a shifting unit , having a slide displaceable in translation in a frame , and comprising a pivot unit , having a first pivot arm , it being possible for the leg support to be held at a first leg support end of the first pivot arm , and the first pivot arm being pivotably connected, at a pivot arm end opposite the leg support , to the slide of the shifting unit via a first pivot joint rotatable about a first pivot axle , characterised in that , in the first pivot arm end of the first pivot arm , a lever protrusion is formed, which overhangs at least in portions the first pivot axle of the first pivot joint at a rear face opposite the leg support and at an upper face opposite a base , and which has a contact face formed as a ramp and an auxiliary contact face , opposite the contact face and overhanging at least in portions the first pivot axle of the first pivot joint at the upper face, the auxiliary contact face and a face facing the leg support forming a construction in the first pivot arm end of the first pivot arm , and the pivot arms rotating about the pivot joints , to bring the leg support from the non-use position to the use position, by way of of the slide of the shifting unit being displaced in the frame towards a front face in such a way that the contact face of the lever protrusion of the first pivot arm is displaced against a deflection element , which is held stationary, of the frame and the first pivot axle is displaced in front of the deflection element towards the front face , in that a weight of the pivot unit is braced on the deflection unit of the frame , and in that the auxiliary contact face is held spaced apart from the deflection unit of the frame .
An additive-manufacturing build-material container comprising a reservoir to hold build material; an outlet opening in a top portion of the reservoir; an outlet tube structure including a longitudinal collection tube to suck up build material at one end thereof, from a bottom region of the reservoir, upon application of a suction force at the other end thereof, and to guide the collected build material to the outlet opening at the top; and a vent opening (OP2) in a top portion of the reservoir to admit gas from outside the reservoir into the reservoir to follow a gas flow path through the vent opening, through the reservoir and into said one end of the longitudinal collection tube; wherein on said gas flow path there is at least one turbulent-gas-flow-generation feature to generate turbulent gas flow in a region that is within the reservoir and outside the longitudinal collection tube, characterised in that wall portions of the reservoir are rigid and wall portions of the reservoir are flexible, wherein the portions that are flexible are arranged to flex when positive or negative pressure is applied.
A method for onsite recovery of thermal energy from wastewater , comprising: treating wastewater with an onsite wastewater treatment system comprising a flow equalization tank , a waste treatment unit operation downstream of the flow equalization tank , and a treated water storage tank downstream of the waste treatment unit operation , the onsite wastewater treatment system configured to create a uniform flow of wastewater for downstream processes; and transferring thermal energy of the treated water to an onsite heat pump to recover thermal energy, characterized in that the method further comprises: the onsite wastewater treatment system configured to remove soluble contaminants to produce treated water ; wherein an external heat exchanger is proximate to and in thermal communication with the treated water storage tank and the onsite heat pump and liquid is circulated to and from the external heat exchanger from the treated water storage tank ; and delivering at least a portion of the recovered thermal energy to an onsite energy demand . treating wastewater with an onsite wastewater treatment system comprising a flow equalization tank , a waste treatment unit operation downstream of the flow equalization tank , and a treated water storage tank downstream of the waste treatment unit operation , the onsite wastewater treatment system configured to create a uniform flow of wastewater for downstream processes; and transferring thermal energy of the treated water to an onsite heat pump to recover thermal energy, characterized in that the method further comprises: the onsite wastewater treatment system configured to remove soluble contaminants to produce treated water ; wherein an external heat exchanger is proximate to and in thermal communication with the treated water storage tank and the onsite heat pump and liquid is circulated to and from the external heat exchanger from the treated water storage tank ; and delivering at least a portion of the recovered thermal energy to an onsite energy demand .