mhurhangee/patent-ind-claim-en huggingface dataset:
A method of producing a power-module substrate with cooler comprising a first bonding step of forming a circuit layer by bonding a metal plate made of copper or copper alloy on one surface of a ceramic board and forming a first metal layer by bonding a metal plate made of copper or copper alloy on the other surface of the ceramic board; a second bonding step of forming a second metal layer by bonding a metal plate made of aluminum or aluminum alloy, or nickel or nickel alloy on the first metal layer by solid-phase diffusion bonding; and a third bonding step of brazing a cooler made of aluminum alloy on the second metal layer with Al-based Mg-included brazing material.
A cosmetic composition in the form of an oil-in-water emulsion containing the components a) to f), a) 2-cyano-3,3-phenylcinnamic acid-2-ethylhexyl ester, b) 4-(tert-butyl)-4'-methoxydibenzoylmethane, c) 3,3,5-trimethylcyclohexyl salicylate (homosalate), d) at least one UV filter, selected from water-soluble organic UV filters, wherein the water-soluble organic UV filter contains the arginine salt or mixtures of the arginine and sodium salts of phenylene-1,4-bis-(2-benzimidazyl)-3,3'-5,5'-tetrasulfonic acid and 2-phenylbenzimidazole-5-sulfonic acid, e) at least one salt of a C 12-20 alkyl phosphate, in particular a salt of cetyl phosphate, as an anionic oil-in-water emulsifier, f) at least one C 14-20 mono- or diacylglyceride, preferably at least one C 16-18 mono- or diacylglyceride, wherein the composition does not contain polysilicone-15. a) 2-cyano-3,3-phenylcinnamic acid-2-ethylhexyl ester, b) 4-(tert-butyl)-4'-methoxydibenzoylmethane, c) 3,3,5-trimethylcyclohexyl salicylate (homosalate), d) at least one UV filter, selected from water-soluble organic UV filters, wherein the water-soluble organic UV filter contains the arginine salt or mixtures of the arginine and sodium salts of phenylene-1,4-bis-(2-benzimidazyl)-3,3'-5,5'-tetrasulfonic acid and 2-phenylbenzimidazole-5-sulfonic acid, e) at least one salt of a C 12-20 alkyl phosphate, in particular a salt of cetyl phosphate, as an anionic oil-in-water emulsifier, f) at least one C 14-20 mono- or diacylglyceride, preferably at least one C 16-18 mono- or diacylglyceride,
A vacuum cleaner filter bag having a bag wall wherein the bag wall comprises: a backing layer comprising recycled polyethylene terephthalate, rPET; a fine filter layer made of a meltblown nonwoven fabric comprising polypropylene, PP, and/or PET; and a capacitance layer made of a nonwoven fabric comprising rPET, recycled textile material, TLO, and/or rPP; wherein the bag wall comprises at least two wall parts joined by at least one weld seam , wherein in the region of the at least one weld seam at least one weld promoter in the form of a material blank is arranged between the wall parts, wherein the weld promoter comprises a thermoplastic material, in particular a recycled thermoplastic material, and wherein the bag wall comprises at least one gusset, in particular a side gusset , the gusset legs of which are fixed by the at least one weld seam such that in a first part of the at least one weld seam four or more regions of the wall parts are joined in overlapping manner by the gusset, while in a second part of the at least one weld seam only two regions of the wall parts are joined in an overlapping manner, and wherein the at least one weld promoter is arranged mainly in the second part. a backing layer comprising recycled polyethylene terephthalate, rPET; a fine filter layer made of a meltblown nonwoven fabric comprising polypropylene, PP, and/or PET; and a capacitance layer made of a nonwoven fabric comprising rPET, recycled textile material, TLO, and/or rPP; wherein the bag wall comprises at least two wall parts joined by at least one weld seam , wherein in the region of the at least one weld seam at least one weld promoter in the form of a material blank is arranged between the wall parts, wherein the weld promoter comprises a thermoplastic material, in particular a recycled thermoplastic material, and wherein the bag wall comprises at least one gusset, in particular a side gusset , the gusset legs of which are fixed by the at least one weld seam such that in a first part of the at least one weld seam four or more regions of the wall parts are joined in overlapping manner by the gusset, while in a second part of the at least one weld seam only two regions of the wall parts are joined in an overlapping manner, and wherein the at least one weld promoter is arranged mainly in the second part.
A method for deploying a reflector antenna system , comprising: transporting the reflector antenna system to a deployment location; at said deployment location, using an additive fabrication process to form at least one rigid structural element of a reflector antenna; supporting with the at least one rigid structural element an RF reflector material comprised of a flexible web ; wherein the additive fabrication process is performed at a central hub , characterized in that there are a plurality of rigid structural elements ; and that the securing of the RF reflector material to the plurality of rigid structural elements after the rigid structural elements are formed is via a plurality of offset elements coupled to the plurality of rigid structural elements , further characterized in that the plurality of offset elements are substantially transverse to an elongated length of the plurality of rigid structural elements , and that the plurality of rigid structural elements are radial elements. transporting the reflector antenna system to a deployment location; at said deployment location, using an additive fabrication process to form at least one rigid structural element of a reflector antenna; supporting with the at least one rigid structural element an RF reflector material comprised of a flexible web ; wherein the additive fabrication process is performed at a central hub , characterized in that there are a plurality of rigid structural elements ; and that the securing of the RF reflector material to the plurality of rigid structural elements after the rigid structural elements are formed is via a plurality of offset elements coupled to the plurality of rigid structural elements , further characterized in that the plurality of offset elements are substantially transverse to an elongated length of the plurality of rigid structural elements , and that the plurality of rigid structural elements are radial elements. using an additive fabrication process to form at least one rigid structural element of a reflector antenna; supporting with the at least one rigid structural element an RF reflector material comprised of a flexible web ; wherein the additive fabrication process is performed at a central hub , characterized in that there are a plurality of rigid structural elements ; and that the securing of the RF reflector material to the plurality of rigid structural elements after the rigid structural elements are formed is via a plurality of offset elements coupled to the plurality of rigid structural elements , further characterized in that the plurality of offset elements are substantially transverse to an elongated length of the plurality of rigid structural elements , and that the plurality of rigid structural elements are radial elements.
A method of surface treatment of a steel part to give it a high resistance to wear and to corrosion comprising * a step of nitriding or of nitrocarburizing adapted to form a combination layer of at least 8 micrometers thickness formed of iron nitrides of ε and/or γ' phases, * an oxidizing step adapted to generate a layer of oxides of thickness comprised between 0.1 and 3 micrometers and * a step of impregnating by steeping in an impregnation bath for at least 5 minutes, said bath being formed of at least 70% by weight, to the nearest 1%, of a solvent formed of a mixture of hydrocarbons formed of a set of alkanes from C9 to C17, of 10% to 30% by weight, to the nearest 1%, of at least one paraffin oil composed of a set of alkanes from C16 to C32 and of at least one additive of synthetic phenolic additive type at a concentration comprised between 0.01% and 3% by weight, to the nearest 0.1%, at ambient temperature. * a step of nitriding or of nitrocarburizing adapted to form a combination layer of at least 8 micrometers thickness formed of iron nitrides of ε and/or γ' phases, * an oxidizing step adapted to generate a layer of oxides of thickness comprised between 0.1 and 3 micrometers and * a step of impregnating by steeping in an impregnation bath for at least 5 minutes, said bath being formed of at least 70% by weight, to the nearest 1%, of a solvent formed of a mixture of hydrocarbons formed of a set of alkanes from C9 to C17, of 10% to 30% by weight, to the nearest 1%, of at least one paraffin oil composed of a set of alkanes from C16 to C32 and of at least one additive of synthetic phenolic additive type at a concentration comprised between 0.01% and 3% by weight, to the nearest 0.1%, at ambient temperature.
Breast pump device , adapted to enable realization of at least two batches (A, B) of breast milk as a direct result of a single pumping session to be performed on at least one user's breast, which batches (A, B) are different as far as the value of at least one quality parameter of the breast milk is concerned, which quality parameter relates to the composition of the milk, and which batches (A, B) are realized at different destination positions , the device comprising - a detection unit configured for performing real-time detection of the at least one quality parameter in a flow of breast milk extracted from the at least one user's breast during a pumping session, and outputting a detection signal representing an actual value of the at least one quality parameter, and - a controller configured for receiving the detection signal from the detection unit , real-time determining a relation between the actual value of the at least one quality parameter and a reference value, and controlling the device on the basis of the relation as determined to direct the flow of breast milk to a destination position which is appropriate in view of the relation as determined. - a detection unit configured for performing real-time detection of the at least one quality parameter in a flow of breast milk extracted from the at least one user's breast during a pumping session, and outputting a detection signal representing an actual value of the at least one quality parameter, and - a controller configured for receiving the detection signal from the detection unit , real-time determining a relation between the actual value of the at least one quality parameter and a reference value, and controlling the device on the basis of the relation as determined to direct the flow of breast milk to a destination position which is appropriate in view of the relation as determined.
A sparger system, comprising: a first tube comprising a first inlet for supplying a stream of pressurized disruption agent into the tube ; a second tube comprising a second inlet for supplying a stream of a pressurized suspension of biomass material through the tube , the second tube comprising an outlet , wherein the second tube traverses the first tube and comprises at least one set of first openings through a wall of the tube , the first openings being in fluid communication with the first tube such that a micro-emulsion is formed by forcing the stream of pressurized disruption agent through the first openings into the second tube , wherein the first openings have a third diameter (d3) between 0.01 mm and 1 mm. a first tube comprising a first inlet for supplying a stream of pressurized disruption agent into the tube ; a second tube comprising a second inlet for supplying a stream of a pressurized suspension of biomass material through the tube , the second tube comprising an outlet , wherein the second tube traverses the first tube and comprises at least one set of first openings through a wall of the tube , the first openings being in fluid communication with the first tube such that a micro-emulsion is formed by forcing the stream of pressurized disruption agent through the first openings into the second tube , wherein the first openings have a third diameter (d3) between 0.01 mm and 1 mm.
An image forming apparatus comprising: a main body ; a driving motor rotatable in a first direction to provide a driving force to a toner cartridge and rotatable in a second direction opposite to the first direction; and a support assembly to: based on the toner cartridge being mounted to the main body , provide the driving force of the driving motor in the first direction to the mounted toner cartridge , and detach the mounted toner cartridge from the main body using the driving force of the driving motor in the second direction, wherein the support assembly comprises: a support housing ; a pressing member to linearly move between a first position in which the pressing member is disposed inside the support housing and a second position in which the pressing member projects from the support housing , the pressing member being disposed outside the support housing ; and a driving force transfer member to rotate by receiving driving force from the driving motor and to transfer the driving force to the pressing member when the driving motor rotates in the second direction. a main body ; a driving motor rotatable in a first direction to provide a driving force to a toner cartridge and rotatable in a second direction opposite to the first direction; and a support assembly to: based on the toner cartridge being mounted to the main body , provide the driving force of the driving motor in the first direction to the mounted toner cartridge , and detach the mounted toner cartridge from the main body using the driving force of the driving motor in the second direction, wherein the support assembly comprises: a support housing ; a pressing member to linearly move between a first position in which the pressing member is disposed inside the support housing and a second position in which the pressing member projects from the support housing , the pressing member being disposed outside the support housing ; and a support housing ; a pressing member to linearly move between a first position in which the pressing member is disposed inside the support housing and a second position in which the pressing member projects from the support housing , the pressing member being disposed outside the support housing ; and a driving force transfer member to rotate by receiving driving force from the driving motor and to transfer the driving force to the pressing member when the driving motor rotates in the second direction.
LED arrangement comprising a holding device for an LED made of an insulating material, in short LED holder , an LED , leads for an external power connection and a heat sink , wherein the LED holder comprises a flat and plate-shaped assembly with two superimposed plates made of an insulating material, wherein the LED is arranged on a carrier , which in turn is attached to the heat sink via the plates , with the lower plate facing the heat sink, the plates each having a mask recess, or mask for short, for reliable positioning of the carrier , wherein the mask of the lower plate is adapted to the shape of the support , wherein the mask of the upper plate is shaped such that the upper plate only partially covers the support so that the luminous surface of the LED is not covered, wherein the upper plate presses the carrier with the LED against the heat sink , characterised in that the plates consist of a thermally stable insulating material, namely an insulating material based on mica, and, for the power supply of the LED , current-conducting contacts are inserted between the two plates , which are connected to the lines , the plates pressing the current-conducting contacts onto provided contact surfaces of the carrier .
A system for determining a risk level of a pollen-induced allergy of a user, comprising: an input for receiving information relating to a pollen level in a location; an input for receiving information relating to a particulate matter level in the location; an input for receiving information relating to a sensitivity of a user to pollen allergen; a further input for receiving information relating to the probability of pollen allergen binding to the particulate matter; a processor which is adapted to determine the risk level by taking account of the information relating to a pollen level, the information relating to a particulate matter level, the information relating to a sensitivity of the user to pollen allergen, and the probability of pollen allergen binding to the particulate matter; and a user interface for communicating the risk level in the location to the user. an input for receiving information relating to a pollen level in a location; an input for receiving information relating to a particulate matter level in the location; an input for receiving information relating to a sensitivity of a user to pollen allergen; a further input for receiving information relating to the probability of pollen allergen binding to the particulate matter; a processor which is adapted to determine the risk level by taking account of the information relating to a pollen level, the information relating to a particulate matter level, the information relating to a sensitivity of the user to pollen allergen, and the probability of pollen allergen binding to the particulate matter; and a user interface for communicating the risk level in the location to the user.
A universal joint to join inclined sections of a rotating shaft of a solar tracker, consisting of a crosshead with parts (1.1) perpendicular to each other, two clamps able to be fixed to each inclined section at the ends thereof to be joined, such that each part (1.1) of the crosshead is arranged inside a clamp with freedom of rotation on the plane thereof and at least one side cover (3.2) for each clamp that retains the corresponding part (1.1) perpendicular to said plane, characterised in that the parts (1.1) of the crosshead are disc-shaped.
A bilateral hearing prosthesis system , comprising: a first hearing prosthesis including: at least a first sound input element configured to receive sound signals, and a first automatic gain control (AGC) system configured to attenuate levels of the sound signals received at the at least first sound input element ; and a second hearing prosthesis including: at least a second sound input element configured to receive sound signals, and a second AGC system configured to attenuate levels of the sound signals received at the at least second sound input element , wherein the first and second hearing prostheses are configured to exchange AGC updates with one another at an AGC update rate selected based on a operational timing of one or more of the first or second AGC systems , characterized in that the first and second AGC systems each comprise a plurality of AGC blocks , wherein the plurality of AGC blocks each have different associated kneepoints and time constants, and wherein the AGC update rate is a function of a time constant associated with one of the plurality of AGC blocks of the first or second AGC systems . a first hearing prosthesis including: at least a first sound input element configured to receive sound signals, and a first automatic gain control (AGC) system configured to attenuate levels of the sound signals received at the at least first sound input element ; and at least a first sound input element configured to receive sound signals, and a first automatic gain control (AGC) system configured to attenuate levels of the sound signals received at the at least first sound input element ; and a second hearing prosthesis including: at least a second sound input element configured to receive sound signals, and a second AGC system configured to attenuate levels of the sound signals received at the at least second sound input element , at least a second sound input element configured to receive sound signals, and a second AGC system configured to attenuate levels of the sound signals received at the at least second sound input element , wherein the first and second hearing prostheses are configured to exchange AGC updates with one another at an AGC update rate selected based on a operational timing of one or more of the first or second AGC systems , characterized in that the first and second AGC systems each comprise a plurality of AGC blocks , wherein the plurality of AGC blocks each have different associated kneepoints and time constants, and wherein the AGC update rate is a function of a time constant associated with one of the plurality of AGC blocks of the first or second AGC systems .
6-thio-2'-deoxyguanosine (6-thio-dG) for use in a method of treating a cancer, in a subject, said method comprising administering 6-thio-dG to said subject followed by treatment with an immune checkpoint inhibitor, wherein the cancer is selected from the group consisting of pancreatic, lung, stomach, liver, bladder, head & neck, oral, nasopharyngeal, colon, prostate, ovarian, cervical, testicular, lymphoma, leukemia, and skin, wherein the immune checkpoint inhibitor is atezolizumab.
Method for charging an energy store in a motor vehicle by means of inductive energy transmission from an energy transmission unit , which can be anchored in a stationary manner to a ground accessible to vehicles and which is a part of an inductive charging station , to the motor vehicle , wherein a communication channel is built up between the inductive charging station and the motor vehicle to prepare and/or perform the charging of the energy store , wherein the inductive charging station provides a light signal not transmitted via the communication channel for perception by a driver of the motor vehicle to signal the readiness for charging the energy store of the motor vehicle , characterised in that the light signal is at least partially sent out by the energy transmission unit .
Method for determining a reference head posture of a subject, said method comprising the steps of: a) asking the subject to: a1) adopt an initial head posture wherein he/she directs his/her gaze towards a predetermined direction; a2) move his/her head up and down starting from said initial head posture while keeping his/her gaze directed towards said predetermined direction; and b) determining said reference head posture as a function of a movement or a position of at least one eyelid of the subject during the motion of his/her head at step a2). a) asking the subject to: a1) adopt an initial head posture wherein he/she directs his/her gaze towards a predetermined direction; a2) move his/her head up and down starting from said initial head posture while keeping his/her gaze directed towards said predetermined direction; and a1) adopt an initial head posture wherein he/she directs his/her gaze towards a predetermined direction; a2) move his/her head up and down starting from said initial head posture while keeping his/her gaze directed towards said predetermined direction; and b) determining said reference head posture as a function of a movement or a position of at least one eyelid of the subject during the motion of his/her head at step a2).