mhurhangee/patent-ind-claim-en huggingface dataset:
An optical coherence tomography, OCT, imaging system comprising a light source system configured to produce coherent light for use in optical coherence imaging, the light source system comprising: an optical amplifier comprising a gain medium having a peak gain; a tunable optical filter module in optical connection to the optical amplifier and configured to deliver light of a specified wavelength into the optical amplifier ; the OCT imaging system being characterized in that it further comprises: a reflector in optical communication with the optical amplifier, said reflector being an output coupler of the optical amplifier , wherein the reflector is configured to inhibit reflection of light at wavelengths at the peak gain and to reflect light at wavelengths not at the peak gain, thereby suppressing parasitic lasing; said OCT imaging system further comprising: a fiber optic based imaging catheter for delivering the coherent light for intravascular imaging. an optical amplifier comprising a gain medium having a peak gain; a tunable optical filter module in optical connection to the optical amplifier and configured to deliver light of a specified wavelength into the optical amplifier ; the OCT imaging system being characterized in that it further comprises: a reflector in optical communication with the optical amplifier, said reflector being an output coupler of the optical amplifier , wherein the reflector is configured to inhibit reflection of light at wavelengths at the peak gain and to reflect light at wavelengths not at the peak gain, thereby suppressing parasitic lasing; said OCT imaging system further comprising: a fiber optic based imaging catheter for delivering the coherent light for intravascular imaging. a reflector in optical communication with the optical amplifier, said reflector being an output coupler of the optical amplifier , wherein the reflector is configured to inhibit reflection of light at wavelengths at the peak gain and to reflect light at wavelengths not at the peak gain, thereby suppressing parasitic lasing; said OCT imaging system further comprising: a fiber optic based imaging catheter for delivering the coherent light for intravascular imaging.
Composite component having a first joining partner , having at least one second joining partner , and having a first first joining layer , which is arranged between the first joining partner and the second joining partner , wherein, in addition to the first joining layer , at least one second joining layer is provided between the first and second joining partners , wherein at least one intermediate layer is arranged between the first and second joining layers , wherein the intermediate layer is laterally structured in such a way that structure portions of the intermediate layer are spaced apart laterally, wherein cavities which are interlinked are formed between the structure portions , and wherein the first joining partner is an electronics component, in particular a semiconductor element, preferably a power semiconductor element, and/or an in particular populated circuit carrier, characterized in that the first joining layer connects the first joining partner directly to the intermediate layer and the second joining layer connects the second joining partner directly to the intermediate layer , in that the first and/or the second joining layer are/is in the form of a sinter layer, adhesive layer, solder layer or elastomer seal material, and in that the second joining partner is a circuit carrier or a heat sink, in particular a base plate, a cooling body or a housing.
Housing for accommodating an electronic component (B) of an electronic module (100, 100a-100e), whereby the housing comprises a bottom part and a cover part , whereby the bottom part and the cover part are connected by a hinge member and the bottom part and the cover part of the housing can be folded onto each other by the hinge member , whereby in the housing at least one lead frame comprising conductor paths (5; 5a; 5b; 5c) is arranged, wherein at least one conductor path of the lead frame is provided in the bottom part of the housing and at least one further conductor path (5a; 5b; 5c) is provided in the cover part of the housing , and wherein said at least one further conductor path (5a; 5b; 5c) extends from the bottom part of the housing via the hinge member to the cover part of the housing , whereby the bottom part comprises a circumferential rim arranged on its top side and the cover part of the housing comprises on its underside a circumferential further rim , so that, when the housing is closed by folding the cover part around the hinge member , the circumferential rim of the bottom part and the circumferential rim of the cover part enter in contact with each other, so that a sealing of the housing in its side portion is achieved, whereby the housing comprises at least one secondary electronic component (B), characterized in that said at least one secondary electronic component (B) is provided in the cover part and/or in the bottom part of the housing .
Braiding machine of the type comprising supply means that move some platens on which there are arranged reel carrier mechanisms , said braiding machine comprising: - at least one figure-of-eight guide through the inside of which there moves a guide element belonging to a reel carrier mechanism , and - a first axis connected to the supply means , belonging to a platen , provided with a first pinion with which there meshes at least one satellite pinion which in turn is meshed with a second pinion belonging to reel carrier mechanism , which second pinion moves the reel carrier mechanism according to the trajectory of guide , with the same face of the reel carrier mechanism ending up facing a predetermined reference point throughout the trajectory by the guide characterized in that said first axis ends up on top in said first pinion and wherein when the first axis rotates it rotates in turn first pinion that drags satellite pinion moving it, dragging in turn said satellite pinion t to the second pinion . - at least one figure-of-eight guide through the inside of which there moves a guide element belonging to a reel carrier mechanism , and - a first axis connected to the supply means , belonging to a platen , provided with a first pinion with which there meshes at least one satellite pinion which in turn is meshed with a second pinion belonging to reel carrier mechanism , which second pinion moves the reel carrier mechanism according to the trajectory of guide , with the same face of the reel carrier mechanism ending up facing a predetermined reference point throughout the trajectory by the guide
Method of producing a spectacle lens comprising a substrate and at least one coating, which comprises at least the following steps in the order given below: - providing at least a substrate with a front surface and a back surface, - coating or covering at least one of the surfaces of the substrate, in full or in part, with at least one layer, - bringing at least some of the surface of the at least one layer into contact with at least one medium, - removing the at least one medium, characterized in that the surface topography of the at least some of the surface of the at least one layer is changed as a result of being brought into contact with the at least one medium. - providing at least a substrate with a front surface and a back surface, - coating or covering at least one of the surfaces of the substrate, in full or in part, with at least one layer, - bringing at least some of the surface of the at least one layer into contact with at least one medium, - removing the at least one medium,
A wireless control system for a bicycle , comprising: at least one shift unit including a shift actuator and a master control unit in communication with the shift actuator ; the master control unit transmitting on a channel and listening for noise on the channel and after receiving an input signal from the shift actuator transmitting a plurality of shift signals corresponding to the input signal for a message duration time (F) when the channel is free of noise, wherein each of the plurality of shift signals is spaced from an adjacent one of the shift signals according to a first interval, wherein the master control unit alters the transmissions of the shift signals if noise is detected by extending the time between adjacent ones of the plurality of shift signals such that the shift signals are not transmitted during the noise, characterized in that the master control unit wakes upon receipt of the input signal from the shift actuator . at least one shift unit including a shift actuator and a master control unit in communication with the shift actuator ; the master control unit transmitting on a channel and listening for noise on the channel and after receiving an input signal from the shift actuator transmitting a plurality of shift signals corresponding to the input signal for a message duration time (F) when the channel is free of noise, wherein each of the plurality of shift signals is spaced from an adjacent one of the shift signals according to a first interval, wherein the master control unit alters the transmissions of the shift signals if noise is detected by extending the time between adjacent ones of the plurality of shift signals such that the shift signals are not transmitted during the noise, characterized in that the master control unit wakes upon receipt of the input signal from the shift actuator .
A control device for controlling a conveyance robot , the control device comprising: a master communication unit configured to perform wireless communication with the conveyance robot ; a communication quality determination unit configured to determine quality of the wireless communication based on a communication state of a telegram generated by the conveyance robot , which is received by the master communication unit ; the control device further comprising: an instruction state determination unit configured to determine an instruction state regarding whether to transmit an instruction for controlling the conveyance robot depending on the quality of the wireless communication, characterized in that the instruction state comprises: a first state that permits transmission of a command to the conveyance robot; a second state that stands by for transmission of the command to the conveyance robot; and a third state that reassigns and transmits the command transmitted to the conveyance robot to another conveyance robot. a master communication unit configured to perform wireless communication with the conveyance robot ; a communication quality determination unit configured to determine quality of the wireless communication based on a communication state of a telegram generated by the conveyance robot , which is received by the master communication unit ; the control device further comprising: an instruction state determination unit configured to determine an instruction state regarding whether to transmit an instruction for controlling the conveyance robot depending on the quality of the wireless communication, characterized in that the instruction state comprises: a first state that permits transmission of a command to the conveyance robot; a second state that stands by for transmission of the command to the conveyance robot; and a third state that reassigns and transmits the command transmitted to the conveyance robot to another conveyance robot. an instruction state determination unit configured to determine an instruction state regarding whether to transmit an instruction for controlling the conveyance robot depending on the quality of the wireless communication, characterized in that the instruction state comprises: a first state that permits transmission of a command to the conveyance robot; a second state that stands by for transmission of the command to the conveyance robot; and a third state that reassigns and transmits the command transmitted to the conveyance robot to another conveyance robot. a first state that permits transmission of a command to the conveyance robot; a second state that stands by for transmission of the command to the conveyance robot; and a third state that reassigns and transmits the command transmitted to the conveyance robot to another conveyance robot.
A method for determining the wear volume of a mechanical seal in the case of singular wear events, wherein a temperature (T v ) is measured at the seal face or seat of the mechanical seal with high temporal resolution, wherein an area (A v ) under a function of the measured temperature profile (T v = f(t)) in the case of short-term temperature changes (dt) which are less than 60 s, compared with a normal temperature (T N ), which corresponds to the temperature profile of a mechanical seal without wear, is determined by measuring the temperature (T v ) with subsequent integration of the function of the measured temperature profile (T v = f(t)), the determined area (A V ) being multiplied by a mechanical seal-specific factor in order to calculate the wear volume.
Method for reversible bonding between a first element (102, 202.1 - 202.4) and a second element , comprising at least the implementation of the following steps: a) producing at least one oxide layer on at least one first face of the first element (102, 202.1 - 202.4) and/or on at least one first face of the second element ; b) joining the first face of the first element (102, 202.1 - 202.4) with the first face of the second element such that the oxide layer forms a bonding interface between the first element (102, 202.1 - 202.4) and the second element ; c) disjoining the second element with regard to the first element (102, 202.1 - 202.4) by the application of a heat treatment under controlled humid atmosphere physically and/or chemically degrading the oxide layer . a) producing at least one oxide layer on at least one first face of the first element (102, 202.1 - 202.4) and/or on at least one first face of the second element ; b) joining the first face of the first element (102, 202.1 - 202.4) with the first face of the second element such that the oxide layer forms a bonding interface between the first element (102, 202.1 - 202.4) and the second element ; c) disjoining the second element with regard to the first element (102, 202.1 - 202.4) by the application of a heat treatment under controlled humid atmosphere physically and/or chemically degrading the oxide layer .
Two-component silicone composition consisting of a component A comprising i) at least one hydroxyl-terminated polydiorganosiloxane P; ii) preferably at least one filler; iii) between 0.05% and 5.0% by weight of emulsified water, based on component A; and a component B comprising i) at least one noncondensable polydiorganosiloxane W as plasticizer; ii) at least one organosilane V as crosslinker; iii) at least one catalyst K for the crosslinking of polydiorganosiloxanes; characterized in that all organosilanes V preferably have the same hydrolyzable alkoxysilane groups, preferably methoxysilane groups; and catalyst K is a tin complex of formula (V) that has two mercaptide ligands, where ligands L 1 are each independently alkyl mercaptides coordinated via sulfur, especially C 6 to C 16 alkyl mercaptides, where ligands L 1 optionally have methyldialkoxysilane groups, preferably methyldimethoxysilane groups, and ligands L 2 are each independently alkyl ligands, especially C 6 to C 14 alkyl ligands; and component B contains less than 5% by weight of carbon black, based on component B. i) at least one hydroxyl-terminated polydiorganosiloxane P; ii) preferably at least one filler; iii) between 0.05% and 5.0% by weight of emulsified water, based on component A; and a component B comprising i) at least one noncondensable polydiorganosiloxane W as plasticizer; ii) at least one organosilane V as crosslinker; iii) at least one catalyst K for the crosslinking of polydiorganosiloxanes; i) at least one noncondensable polydiorganosiloxane W as plasticizer; ii) at least one organosilane V as crosslinker; iii) at least one catalyst K for the crosslinking of polydiorganosiloxanes; characterized in that all organosilanes V preferably have the same hydrolyzable alkoxysilane groups, preferably methoxysilane groups; and catalyst K is a tin complex of formula (V) that has two mercaptide ligands, where ligands L 1 are each independently alkyl mercaptides coordinated via sulfur, especially C 6 to C 16 alkyl mercaptides, where ligands L 1 optionally have methyldialkoxysilane groups, preferably methyldimethoxysilane groups, and ligands L 2 are each independently alkyl ligands, especially C 6 to C 14 alkyl ligands; and component B contains less than 5% by weight of carbon black, based on component B.
A downhole assembly comprising: a tubing string ; and an inflow control device comprising: a housing circumferentially surrounding a section of the tubing string; and at least one inflow control device tube comprising: a body ; and an inlet portion at a first end of the body , wherein the inlet portion is adapted to provide a fluid bypass for a fluid flowing from the inlet portion to an outlet portion at a second end of the body , wherein the fluid bypass is shaped to allow the fluid to bypass one or more objects causing a blockage at an opening of the inlet portion , wherein: the body is a tubular body having a diameter and a length sufficient to create a pressure differential in the fluid flowing from the inlet portion to the outlet portion ; and the at least one inflow control device tube is configured to be coupled to the housing, characterised in that , the fluid bypass comprises a slotted fluid bypass , the slotted fluid bypass comprising a plurality of protrusions at the first end of the body, wherein each of the plurality of protrusions extends an inner surface of the body to an edge of the opening of the inlet portion , wherein the plurality of protrusions are located at a plurality of intervals to allow the fluid to bypass the opening and enter the body via a gap between two of the plurality of protrusions. a tubing string ; and an inflow control device comprising: a housing circumferentially surrounding a section of the tubing string; and at least one inflow control device tube comprising: a body ; and an inlet portion at a first end of the body , wherein the inlet portion is adapted to provide a fluid bypass for a fluid flowing from the inlet portion to an outlet portion at a second end of the body , wherein the fluid bypass is shaped to allow the fluid to bypass one or more objects causing a blockage at an opening of the inlet portion , a housing circumferentially surrounding a section of the tubing string; and at least one inflow control device tube comprising: a body ; and an inlet portion at a first end of the body , wherein the inlet portion is adapted to provide a fluid bypass for a fluid flowing from the inlet portion to an outlet portion at a second end of the body , wherein the fluid bypass is shaped to allow the fluid to bypass one or more objects causing a blockage at an opening of the inlet portion , a body ; and an inlet portion at a first end of the body , wherein the inlet portion is adapted to provide a fluid bypass for a fluid flowing from the inlet portion to an outlet portion at a second end of the body , wherein the fluid bypass is shaped to allow the fluid to bypass one or more objects causing a blockage at an opening of the inlet portion ,
A cell encapsulation device comprising: a first layer sealed along a portion of its periphery to a second layer along a portion of its periphery to define a chamber comprising a first interior surface and an opposing second interior surface, wherein the first interior surface is spaced apart in the chamber from the second interior surface; structural spacers disposed in the chamber to maintain an average distance between the first interior surface and the second interior surface along a length and/or width of the chamber and to interconnect said first interior surface and said second interior surface, wherein the structural spacers further define at least one reservoir space for the placement of cells within the chamber, and wherein the structural spacers maintain the average distance under external compressive forces and under internal expansive forces. a first layer sealed along a portion of its periphery to a second layer along a portion of its periphery to define a chamber comprising a first interior surface and an opposing second interior surface, wherein the first interior surface is spaced apart in the chamber from the second interior surface; structural spacers disposed in the chamber to maintain an average distance between the first interior surface and the second interior surface along a length and/or width of the chamber and to interconnect said first interior surface and said second interior surface, wherein the structural spacers further define at least one reservoir space for the placement of cells within the chamber, and wherein the structural spacers maintain the average distance under external compressive forces and under internal expansive forces.
A process for making a pet treat comprising: forming a plant mixture into portions, wherein the total plant material content is 6% to 90% by weight of the entire plant mixture; providing a chew stick comprising rawhide; positioning one or more portions on the chew stick, thereby forming a pet treat; and drying the pet treat, wherein the chew stick is dried for at least 4 hours prior to having the one or more portions attached thereto; wherein the positioning step comprises wrapping the one or more portions around the chew stick. forming a plant mixture into portions, wherein the total plant material content is 6% to 90% by weight of the entire plant mixture; providing a chew stick comprising rawhide; positioning one or more portions on the chew stick, thereby forming a pet treat; and drying the pet treat, wherein the chew stick is dried for at least 4 hours prior to having the one or more portions attached thereto; wherein the positioning step comprises wrapping the one or more portions around the chew stick.
Crystalline 4-amino-7-((2R,3R,4S,SR)-3,4-dihydroxy-5-(hydroxymethyl) tetrahydrofuran-2-yl)-2-methyl-7H-pyrrolo[2,3-d]pyrimidine-5-carboxamide hemihydrate.