mhurhangee/patent-ind-claim-en huggingface dataset:
A single use disposable surgical kit, comprising: a sterile sealed container comprising; a module configured to fit within the sterile sealed container comprising: surgical instruments housed in a bottom tray comprising a first fastening feature; and a lid comprising a second fastening feature congruently aligned with the first fastening feature, wherein the first fastening feature is one of a tab portion and a mating slot , the second fastening feature is the other of the tab portion and the mating slot , and the second fastening feature is configured to engage with the first fastening feature characterized in that the first fastening feature comprises at least two tab portions positioned diagonally opposite each other in at least two corners of the bottom tray , wherein the second fastening feature comprises at least two mating slots positioned diagonally opposite each other and congruently aligned with the tab portions of the bottom tray , and wherein the mating slots include arm extensions that enclose the tab portion to lock the bottom tray and lid together and/or wherein the tab portions include ridges to facilitate gripping of a tab . a sterile sealed container comprising; a module configured to fit within the sterile sealed container comprising: surgical instruments housed in a bottom tray comprising a first fastening feature; and a lid comprising a second fastening feature congruently aligned with the first fastening feature, wherein the first fastening feature is one of a tab portion and a mating slot , the second fastening feature is the other of the tab portion and the mating slot , and the second fastening feature is configured to engage with the first fastening feature surgical instruments housed in a bottom tray comprising a first fastening feature; and a lid comprising a second fastening feature congruently aligned with the first fastening feature, wherein the first fastening feature is one of a tab portion and a mating slot , the second fastening feature is the other of the tab portion and the mating slot , and the second fastening feature is configured to engage with the first fastening feature characterized in that the first fastening feature comprises at least two tab portions positioned diagonally opposite each other in at least two corners of the bottom tray , wherein the second fastening feature comprises at least two mating slots positioned diagonally opposite each other and congruently aligned with the tab portions of the bottom tray , and wherein the mating slots include arm extensions that enclose the tab portion to lock the bottom tray and lid together and/or wherein the tab portions include ridges to facilitate gripping of a tab .
Drive mechanism for use in a drug delivery device having a cylindrical cartridge , the mechanism comprising a base element , a toothed piston rod , which consists of a first rigid rod piece comprising a circular pressure foot and several further rigid rod pieces and which is guided within and movable relative to the base portion , and a drive gear having a pinion , which is rotatably held in the base element and in meshed engagement with the toothed piston rod , wherein the toothed piston rod comprises multiple rigid rod pieces which are connected by hinges , characterized in that the rigid rod pieces comprise a flat plate provided with a straight toothed rack , wherein each of the further rigid rod pieces consists of the flat plate provided with the straight toothed rack and one flange located on the opposite side of the straight toothed rack , and the flat plate together with the straight toothed rack is located offset from the center of the pressure foot , and the outer dimensions of the rigid rod pieces are adapted to the inner dimensions of the cartridge such that each of the further rigid rod pieces is guided within the cartridge by the two axially extending edges of the flange and by two axially extending edges of the flat plate, and the end faces of the rigid rod pieces are planar and, when the flexible piston rod is straightened, the adjacent faces of the rigid rod pieces abut each other.
Device for depositing at least one, in particular crystalline, layer on at least one substrate , comprising a susceptor for receiving the at least one substrate , which susceptor forms the floor of a process chamber , comprising a cover plate which forms the cover of the process chamber , and comprising a gas inlet member for introducing process gases, which decompose into the layer-forming components in the process chamber as a result of heat supply, and a carrier gas, a plurality of adjacent heating zones (H 1 -H 8 ) being arranged below the susceptor , by means of which zones differently high thermal outputs (Q̇ 1 -Q̇ 8 ) are introduced into the susceptor in order to heat the surface thereof facing the process chamber and the gas in the process chamber , heat-conveying coupling zones (Z 1 -Z 8 ) being provided above the cover plate in order to dissipate the heat transported from the susceptor to the cover plate , the heat coupling zones (Z 1 -Z 8 ) having a horizontal gap between the cover plate and heat-dissipating member , which gap has locally different gap heights (S 1 -S 8 ), and the gap heights (S 1 -S 8 ) being dependent on the thermal output (Q̇ 1 -Q̇ 8 ) of the respective heating zones (H 1 -H 8 ) vertically below the heat-conveying coupling zones (Z 1 -Z 8 ) such that the heat-conveying coupling zones (Z 3 , Z 4 , Z 5 , Z 6 ) of higher thermal conductivity locally correspond to heating zones (H 3 , H 4 , H 5 , H 6 ) of higher thermal output (Q̇ 3 , Q̇ 4 , Q̇ 5 , Q̇ 6 ) and heat-conveying coupling zones (Z 1 , Z 2 ) of low thermal conductivity locally correspond to heating zones (H 1 , H 2 ) of low thermal output (Q̇ 1 , Q̇ 2 ), characterised in that the horizontal gap is attached to a purge gas inlet in order to allow a purge gas to flow through the horizontal gap .
A system comprising: a receiving container comprising a receiving receptacle port ; and a donor container comprising an outlet probe, wherein both the donor container and receiving container contain a printing substance, wherein, in response to a coupling occurring between the outlet probe and receiving receptacle port of the receiving container , the outlet probe is configured to transport print substance from the donor container to the receiving container .. a receiving container comprising a receiving receptacle port ; and a donor container comprising an outlet probe, wherein both the donor container and receiving container contain a printing substance, wherein, in response to a coupling occurring between the outlet probe and receiving receptacle port of the receiving container , the outlet probe is configured to transport print substance from the donor container to the receiving container ..
A method for slicing a tissue section from a sample , the method comprising: providing an apparatus for slicing a tissue section from a sample , comprising: a microtome comprising a sample holder adapted for linear motion, a knife holder and a knife held by the knife holder opposite the sample holder , such that when the sample holder is moved linearly, a sample (220 258, 410) held by the sample holder is sliced by the knife to form a tissue section ; a front plate on the knife holder located such that the tissue section sliced by the knife deposits on or at the front plate, and a pneumatic source positioned relative to the knife ; characterized by providing pulses of positive pressure gas using the pneumatic source on and/or below the tissue section sliced by the knife. providing an apparatus for slicing a tissue section from a sample , comprising: a microtome comprising a sample holder adapted for linear motion, a knife holder and a knife held by the knife holder opposite the sample holder , such that when the sample holder is moved linearly, a sample (220 258, 410) held by the sample holder is sliced by the knife to form a tissue section ; a front plate on the knife holder located such that the tissue section sliced by the knife deposits on or at the front plate, and a pneumatic source positioned relative to the knife ; characterized by providing pulses of positive pressure gas using the pneumatic source on and/or below the tissue section sliced by the knife. a microtome comprising a sample holder adapted for linear motion, a knife holder and a knife held by the knife holder opposite the sample holder , such that when the sample holder is moved linearly, a sample (220 258, 410) held by the sample holder is sliced by the knife to form a tissue section ; a front plate on the knife holder located such that the tissue section sliced by the knife deposits on or at the front plate, and a pneumatic source positioned relative to the knife ;
A method for increasing accuracy and sensitivity of quantitative detection of target polynucleotides in a sample with different polynucleotides, the method comprising the steps of a) using a first target-specific primer to label, by reverse transcription or primer extension at a temperature of from 50 to 60 degrees Celsius, a target polynucleotide with a unique molecular identifier and a universal primer binding site to produce at least one labeled target polynucleotide wherein the nucleotide sequence of the unique molecular identifier is a random-generated sequence comprising 4-15 randomly generated nucleotides; b) annealing a second target-specific primer attached to a second universal primer binding site to the at least one labeled target polynucleotide at an annealing temperature of above 70 degrees Celsius, and extending the second target-specific primer in an extension reaction at a temperature of 65 to 75 degrees Celsius; and c) amplifying the at least one labeled target polynucleotide using first and second universal primers to produce multiple copies of the labeled target polynucleotide. a) using a first target-specific primer to label, by reverse transcription or primer extension at a temperature of from 50 to 60 degrees Celsius, a target polynucleotide with a unique molecular identifier and a universal primer binding site to produce at least one labeled target polynucleotide wherein the nucleotide sequence of the unique molecular identifier is a random-generated sequence comprising 4-15 randomly generated nucleotides; b) annealing a second target-specific primer attached to a second universal primer binding site to the at least one labeled target polynucleotide at an annealing temperature of above 70 degrees Celsius, and extending the second target-specific primer in an extension reaction at a temperature of 65 to 75 degrees Celsius; and c) amplifying the at least one labeled target polynucleotide using first and second universal primers to produce multiple copies of the labeled target polynucleotide.
Method of providing a generation code for generating a twin sensor by parameter inheritance, the twin sensor being adapted for replacing a sensor , comprising: connecting a mobile terminal to the first sensor to transmit signals; configuring the first sensor by means of the mobile terminal , wherein the configuring is based on configuration parameters transmitted to the first sensor by means of the mobile terminal , wherein the configuration parameters are transmitted to the first sensor for a commissioning of the first sensor ; generating a unique generation code for the inheritance of the configuration parameters by means of a generation module based on the configuration parameters; wherein the first sensor and/or a configuration server , which is adapted and configured to be signal-coupled to the first sensor , comprises the generation module; providing the generation code by the generation module, respectively by the first sensor or the configuration server , for generating the twin sensor by inheritance of the configuration parameters, wherein the inheritance of the configuration parameters is based on the generation code; and wherein the generation module is configured to be signal-coupled to the twin sensor by means of an interface for transmitting the generation code to the twin sensor. connecting a mobile terminal to the first sensor to transmit signals; configuring the first sensor by means of the mobile terminal , wherein the configuring is based on configuration parameters transmitted to the first sensor by means of the mobile terminal , wherein the configuration parameters are transmitted to the first sensor for a commissioning of the first sensor ; generating a unique generation code for the inheritance of the configuration parameters by means of a generation module based on the configuration parameters; wherein the first sensor and/or a configuration server , which is adapted and configured to be signal-coupled to the first sensor , comprises the generation module; providing the generation code by the generation module, respectively by the first sensor or the configuration server , for generating the twin sensor by inheritance of the configuration parameters, wherein the inheritance of the configuration parameters is based on the generation code; and wherein the generation module is configured to be signal-coupled to the twin sensor by means of an interface for transmitting the generation code to the twin sensor.
A fuel assembly for a nuclear reactor, comprising: a fuel channel assembly comprising an outer conduit , an inner conduit received within the outer conduit and defining an annular fuel bundle chamber therebetween for receiving a flow of coolant in one direction, the inner conduit comprising a central flow passage for receiving a flow of the coolant in an opposite direction; and a fuel bundle positioned within the fuel bundle chamber , the fuel bundle comprising a plurality of fuel elements ; characterized in that the fuel elements consist of an inner ring surrounding the inner conduit and an outer ring surrounding the inner ring, wherein both of the following conditions are satisfied: (i) a first ratio of a cross sectional area of the coolant in the fuel bundle chamber and the central flow passage to a cross sectional area of the fuel elements is between approximately 2.6 and 7.5; and (ii) a second ratio of a cross sectional area of the coolant in the central flow passage to a cross sectional area of the coolant in the fuel bundle chamber is between approximately 0.8 and 1.3. a fuel channel assembly comprising an outer conduit , an inner conduit received within the outer conduit and defining an annular fuel bundle chamber therebetween for receiving a flow of coolant in one direction, the inner conduit comprising a central flow passage for receiving a flow of the coolant in an opposite direction; and a fuel bundle positioned within the fuel bundle chamber , the fuel bundle comprising a plurality of fuel elements ; characterized in that the fuel elements consist of an inner ring surrounding the inner conduit and an outer ring surrounding the inner ring, wherein both of the following conditions are satisfied: (i) a first ratio of a cross sectional area of the coolant in the fuel bundle chamber and the central flow passage to a cross sectional area of the fuel elements is between approximately 2.6 and 7.5; and (ii) a second ratio of a cross sectional area of the coolant in the central flow passage to a cross sectional area of the coolant in the fuel bundle chamber is between approximately 0.8 and 1.3. (i) a first ratio of a cross sectional area of the coolant in the fuel bundle chamber and the central flow passage to a cross sectional area of the fuel elements is between approximately 2.6 and 7.5; and (ii) a second ratio of a cross sectional area of the coolant in the central flow passage to a cross sectional area of the coolant in the fuel bundle chamber is between approximately 0.8 and 1.3.
A liquid cartridge for an industrial inkjet printer for printing on goods, wherein the liquid cartridge comprises a film bag , a connection port connected therewith, and a lower cap , the connection port has an opening , the opening is closed by the lower cap having a lower rubber layer , a plastic layer formed by the connection port , and a lower holder , wherein the lower holder has a lower window located above the opening , and the lower holder is attached to an outer side of the connection port , the lower rubber layer and, underneath it, the plastic layer are located below the lower window , they are in contact with one another and with the lower holder , characterized in that the liquid cartridge further has an upper cap , the opening is additionally closed by the upper cap , which has an upper rubber layer and an upper holder , the upper holder reaches across the lower holder and has an upper window located in front of the opening , the upper holder is attached to the lower holder and/or to the outer side of the connection port .
System for delivering an N 2 O/O 2 gas mixture of nitrous oxide (N 2 O) and oxygen (O 2 ) comprising a gas container containing said N 2 O/O 2 mixture containing an N 2 O content between 40 and 60 mol%, and oxygen for the remainder, fluidically connected to a gas delivery device , wherein the gas delivery device comprises: - an internal gas passage for transporting the gas within the gas delivery device , said internal gas passage comprising a gas inlet and divides into a first branch and a second branch each equipped with a gas outlet , - analysis means for measuring an oxygen content of the N 2 O/O 2 gas mixture and providing the measured content to control means , - control means configured to compare the measured oxygen content (TOx meas ) provided by the analysis means to a desired oxygen content (TOx fix ), - means for monitoring the supply of gas which are designed to prevent or interrupt the delivery of the gas by the gas delivery device when the control means determine a measured oxygen content (TOx meas ) different from the desired oxygen content (TOx fix ), - a man-machine interface configured to enable one user at least to select a method of delivery of the gas mixture in terms of flow rate or pressure, and - switching means to supply gas to the first branch or, alternatively, to the second branch of the internal gas passage depending on the method of delivery selected by the user on the man-machine interface . - an internal gas passage for transporting the gas within the gas delivery device , said internal gas passage comprising a gas inlet and divides into a first branch and a second branch each equipped with a gas outlet , - analysis means for measuring an oxygen content of the N 2 O/O 2 gas mixture and providing the measured content to control means , - control means configured to compare the measured oxygen content (TOx meas ) provided by the analysis means to a desired oxygen content (TOx fix ), - means for monitoring the supply of gas which are designed to prevent or interrupt the delivery of the gas by the gas delivery device when the control means determine a measured oxygen content (TOx meas ) different from the desired oxygen content (TOx fix ), - a man-machine interface configured to enable one user at least to select a method of delivery of the gas mixture in terms of flow rate or pressure, and - switching means to supply gas to the first branch or, alternatively, to the second branch of the internal gas passage depending on the method of delivery selected by the user on the man-machine interface .
A method for detecting potential vulnerabilities in a wireless environment , comprising: collecting (S510), by a network sensor deployed in the wireless environment , at least wireless traffic data; analyzing (S520), by the network sensor , the collected wireless traffic data to detect at least one activity of a first wireless entity connected to an internal network in the wireless environment ; wherein the first wireless entity is a legitimate device, wherein a legitimate device is a device authorized to access the internal network ; sending (S540), to a control system , data indicating the at least one activity associated with the first wireless entity ; determining, by the control system , based on the received data whether the at least activity of the first wireless device is associated with a second wireless device, wherein the second wireless device is an unknown device; if so, determining (S550, S560), by the control system , if the at least one activity meets a security policy; sending, by the control system , instructions for mitigation actions for the at least one activity to the first wireless device if the security policy has been met; and enforcing (S560, S570) the security policy on the first wireless entity based on the instructions for mitigation actions received from the control system . collecting (S510), by a network sensor deployed in the wireless environment , at least wireless traffic data; analyzing (S520), by the network sensor , the collected wireless traffic data to detect at least one activity of a first wireless entity connected to an internal network in the wireless environment ; wherein the first wireless entity is a legitimate device, wherein a legitimate device is a device authorized to access the internal network ; sending (S540), to a control system , data indicating the at least one activity associated with the first wireless entity ; determining, by the control system , based on the received data whether the at least activity of the first wireless device is associated with a second wireless device, wherein the second wireless device is an unknown device; if so, determining (S550, S560), by the control system , if the at least one activity meets a security policy; sending, by the control system , instructions for mitigation actions for the at least one activity to the first wireless device if the security policy has been met; and enforcing (S560, S570) the security policy on the first wireless entity based on the instructions for mitigation actions received from the control system .