mhurhangee/patent-ind-claim-en huggingface dataset:
A payload dispenser for a launch vehicle, wherein the payload dispenser comprises from three to more than ten panels , wherein at least one panel comprises at least one payload mounted onto the panel , where the payload is a satellite, wherein the payload dispenser has an extension in a longitudinal direction (X) and in a radial direction (R), wherein each panel comprises attachment means in the longitudinal direction (X) being attachable to neighboring panels , wherein the panels are attachable to each other forming a self-supporting dispenser , wherein the attachment means are arranged to lock in position with relation to each other to allow for the self-supporting dispenser , where the self-supporting dispenser is a primary load bearing structure arranged to transfer loads from a launch vehicle to the at least one payload, wherein the number of panels gives the self-supporting payload dispenser a polygon shape with at least three sides when seen in the longitudinal direction (X), and wherein the attachment means are arranged to allow removal of a panel from the self-supporting payload dispenser wherein at least one panel comprises at least one payload mounted onto the panel , where the payload is a satellite, wherein the payload dispenser has an extension in a longitudinal direction (X) and in a radial direction (R), wherein each panel comprises attachment means in the longitudinal direction (X) being attachable to neighboring panels , wherein the panels are attachable to each other forming a self-supporting dispenser , wherein the attachment means are arranged to lock in position with relation to each other to allow for the self-supporting dispenser , where the self-supporting dispenser is a primary load bearing structure arranged to transfer loads from a launch vehicle to the at least one payload, wherein the number of panels gives the self-supporting payload dispenser a polygon shape with at least three sides when seen in the longitudinal direction (X), and wherein the attachment means are arranged to allow removal of a panel from the self-supporting payload dispenser
A drug intermediate composition of Formula I or Formula II: wherein R is selected from H, -C(O)R 1 , -C(O)NR 1 R 2 , -S(O) 2 R 1 , and -S(O)2NR 2 R 1 ; R 1 and R 2 are independently selected from C 1 -C 6 alkyl and C 6 -C 20 aryl; R 3 is selected from NO 2 , Cl, F, CN, CO 2 H; and Br, and q is 0, 1, or 2.
Method for producing a printed panel, comprising the process steps: a) providing a plate-shaped carrier ; b) optionally applying a resin layer onto the plate-shaped carrier ; c) optionally applying a paper or fleece layer onto the plate-shaped carrier ; d) optionally calendering the resulting layer structure, in particular at a temperature between ≥ 40°C and ≤ 250°C; e) optionally applying a printing subsurface onto the plate-shaped carrier ; f) printing the carrier with an application amount of a radiation curable printing ink ; and g) curing the previously applied printing ink by treating the printing ink with radiation, wherein h) at least one parameter of the radiation used in process step g) is adapted to the application amount of radiation curable printing ink , wherein process step h) is based on an application amount of the radiation curable printing ink determined by a sensor during the printing process, wherein at least one parameter of the radiation used in process step g) is adjusted during the printing of the carrier according to process step f). a) providing a plate-shaped carrier ; b) optionally applying a resin layer onto the plate-shaped carrier ; c) optionally applying a paper or fleece layer onto the plate-shaped carrier ; d) optionally calendering the resulting layer structure, in particular at a temperature between ≥ 40°C and ≤ 250°C; e) optionally applying a printing subsurface onto the plate-shaped carrier ; f) printing the carrier with an application amount of a radiation curable printing ink ; and g) curing the previously applied printing ink by treating the printing ink with radiation, wherein h) at least one parameter of the radiation used in process step g) is adapted to the application amount of radiation curable printing ink , wherein process step h) is based on an application amount of the radiation curable printing ink determined by a sensor during the printing process, wherein at least one parameter of the radiation used in process step g) is adjusted during the printing of the carrier according to process step f).
A resin cured body for dental cutting processing used for cutting and machining using a dental CAD/CAM system, wherein the resin cured body consists of the cured body of a composition comprising: (a) an inorganic glass filler, (b) a polymerizable monomer, and (c) a polymerization initiator, characterized in that the inorganic glass filler contains 55 wt.% or more of an element belonging to group II and/or group XIII of the periodic table in terms of an oxide based on the total amount of the (a) inorganic glass filler, and has an average particle diameter in the range from 0.01 to 10μm, wherein the average particle diameter is as measured according to the descriptioin. (a) an inorganic glass filler, (b) a polymerizable monomer, and (c) a polymerization initiator,
A switch module assembly comprising: a switch module having a plurality of controllable switches, the switch module comprising a body part and a bus bar system having a positive bus bar and a negative bus bar ; and at least one snubber capacitor fastened to the switch module , each of the at least one snubber capacitor having a body part , a positive terminal connected to the positive bus bar , and a negative terminal connected to the negative bus bar ; characterized in that the switch module assembly comprises a capacitor support member adapted to reduce vibration of the body part of the at least one snubber capacitor relative to the switch module , the capacitor support member is made of flexible material, has a body part , and is in contact with the body part of the at least one snubber capacitor and the switch module . a switch module having a plurality of controllable switches, the switch module comprising a body part and a bus bar system having a positive bus bar and a negative bus bar ; and at least one snubber capacitor fastened to the switch module , each of the at least one snubber capacitor having a body part , a positive terminal connected to the positive bus bar , and a negative terminal connected to the negative bus bar ; characterized in that the switch module assembly comprises a capacitor support member adapted to reduce vibration of the body part of the at least one snubber capacitor relative to the switch module , the capacitor support member is made of flexible material, has a body part , and is in contact with the body part of the at least one snubber capacitor and the switch module .
A stacked header (51_1) including a plurality of plates (53_1, 54_1) stacked together and branching one flow path into a plurality of flow paths, the stacked header (51_1) comprising: an upper end part (51_1A) positioned at an upper end of the stacked header (51_1) in a gravity direction; a lower end part (51_1B) positioned at a lower end of the stacked header (51_1) in the gravity direction; and a flow path forming part (51_1C) positioned between the upper end part (51_1A) and the lower end part (51_1B) and having a flow path formed in the flow path forming part (51_1C), at least one of the upper end part (51_1A) and the lower end part (51_1B) comprising a non-horizontal face part having a non-horizontal face slanted to a horizontal plane, wherein a longitudinal direction of the plurality of plates is parallel to the gravity direction, characterized in that the upper end part (51_1A) has an arc-shaped cross-section. an upper end part (51_1A) positioned at an upper end of the stacked header (51_1) in a gravity direction; a lower end part (51_1B) positioned at a lower end of the stacked header (51_1) in the gravity direction; and a flow path forming part (51_1C) positioned between the upper end part (51_1A) and the lower end part (51_1B) and having a flow path formed in the flow path forming part (51_1C), at least one of the upper end part (51_1A) and the lower end part (51_1B) comprising a non-horizontal face part having a non-horizontal face slanted to a horizontal plane, wherein a longitudinal direction of the plurality of plates is parallel to the gravity direction, characterized in that the upper end part (51_1A) has an arc-shaped cross-section.
A rigid package for tobacco articles with a hinged lid and comprising: at least one group of tobacco articles; at least one wrap , which encloses the group of tobacco articles; an outer container , which has a front wall and a rear wall ; a lid having a rear wall , which is hinged to the rear wall of the outer container so as to allow the lid to rotate relative to the outer container ; an inner container , which has a rear wall , houses the wrap and is arranged inside the outer container in a sliding manner; and a lifting mechanism , which connects the inner container to the lid so as to move the inner container relative to the outer container , using the rotation movement of the lid , between a lowered position, in which the inner container is completely inserted into the outer container , and an extracted position, in which the inner container is partially extracted from the outer container ; the cigarette package is characterized in that : the wrap has a tobacco article extraction opening closed by a re-stick sealing flap ; and the lifting mechanism comprises a rigid connection tab , which, on one side, is directly hinged to the rear wall of the inner container and is glued to the rear wall of the lid . at least one group of tobacco articles; at least one wrap , which encloses the group of tobacco articles; an outer container , which has a front wall and a rear wall ; a lid having a rear wall , which is hinged to the rear wall of the outer container so as to allow the lid to rotate relative to the outer container ; an inner container , which has a rear wall , houses the wrap and is arranged inside the outer container in a sliding manner; and a lifting mechanism , which connects the inner container to the lid so as to move the inner container relative to the outer container , using the rotation movement of the lid , between a lowered position, in which the inner container is completely inserted into the outer container , and an extracted position, in which the inner container is partially extracted from the outer container ; the cigarette package is characterized in that : the wrap has a tobacco article extraction opening closed by a re-stick sealing flap ; and the lifting mechanism comprises a rigid connection tab , which, on one side, is directly hinged to the rear wall of the inner container and is glued to the rear wall of the lid . the wrap has a tobacco article extraction opening closed by a re-stick sealing flap ; and the lifting mechanism comprises a rigid connection tab , which, on one side, is directly hinged to the rear wall of the inner container and is glued to the rear wall of the lid .
A method for producing L-fucose, comprising the following steps: (a) providing L-fucitol, (b) providing a galactose oxidase of the enzyme class EC 1.1.3.9, a peroxidase and a catalase, (c) oxidation of L-fucitol using the galactose oxidase by incubating the resulting mixture under conditions permitting the biocatalytic oxidation of L-fucitol to L-fucose, (d) optionally: isolating the synthesized L-fucose. (a) providing L-fucitol, (b) providing a galactose oxidase of the enzyme class EC 1.1.3.9, a peroxidase and a catalase, (c) oxidation of L-fucitol using the galactose oxidase by incubating the resulting mixture under conditions permitting the biocatalytic oxidation of L-fucitol to L-fucose, (d) optionally: isolating the synthesized L-fucose.
A calibration method for measurements of the effect of a soiling of a solar panel, the method comprising the steps of: - producing a set of measurements on a pair of a reference solar panel and an exposed solar panel, the measurements comprising at least a plurality of electric current measurements which are carried out simultaneously on each of the solar panels at a plurality of predetermined times, - for each time of electric current measurement, determining an incidence angle of the rays of the sun reflected on each solar panel, - determining the coefficients of a linear regression line from the pairs {deviation of electric current measurements between the two solar panels; angle of incidence}, - saving the coefficients to calibrate the subsequent electric current measurements. - producing a set of measurements on a pair of a reference solar panel and an exposed solar panel, the measurements comprising at least a plurality of electric current measurements which are carried out simultaneously on each of the solar panels at a plurality of predetermined times, - for each time of electric current measurement, determining an incidence angle of the rays of the sun reflected on each solar panel, - determining the coefficients of a linear regression line from the pairs {deviation of electric current measurements between the two solar panels; angle of incidence}, - saving the coefficients to calibrate the subsequent electric current measurements.
A method for monitoring a viewing area comprising a hazardous industrial area, comprising: collecting , by a safety system comprising at least one processor, image data from an imaging sensor device that monitors a viewing area comprising a hazardous industrial zone, wherein the imaging sensor device comprises a time-of-flight, TOF, image sensor; performing two-dimensional, 2D, imaging analysis on the image data to identify a plurality of objects in the viewing area; classifying a first object of the plurality of objects in the image data as a human based on the 2D imaging analysis; classifying a second object of the plurality of objects in the image data as motorized industrial equipment based on the 2D imaging analysis; when the first object is detected, defining a portion of the imaging sensor's pixel array corresponding to an area around the first object for the 3D analysis; performing 3D analysis only on the defined portion of the pixel array by performing distance calculations for each pixel of the defined portion to obtain distance information for pixels in that portion of the pixel array, wherein the distance calculations use phase shift time-of-flight analysis or pulsed time-of-flight analysis; generating a control output based on result of the 3D analysis, in order to switch the motorized industrial equipment to a safe state. collecting , by a safety system comprising at least one processor, image data from an imaging sensor device that monitors a viewing area comprising a hazardous industrial zone, wherein the imaging sensor device comprises a time-of-flight, TOF, image sensor; performing two-dimensional, 2D, imaging analysis on the image data to identify a plurality of objects in the viewing area; classifying a first object of the plurality of objects in the image data as a human based on the 2D imaging analysis; classifying a second object of the plurality of objects in the image data as motorized industrial equipment based on the 2D imaging analysis; when the first object is detected, defining a portion of the imaging sensor's pixel array corresponding to an area around the first object for the 3D analysis; performing 3D analysis only on the defined portion of the pixel array by performing distance calculations for each pixel of the defined portion to obtain distance information for pixels in that portion of the pixel array, wherein the distance calculations use phase shift time-of-flight analysis or pulsed time-of-flight analysis; generating a control output based on result of the 3D analysis, in order to switch the motorized industrial equipment to a safe state.
A heating, ventilation, air conditioning and refrigeration system comprising: a heat transfer fluid circulation loop configured to circulate a refrigerant therethrough; a purge gas outlet in the heat transfer fluid circulation loop; at least one gas permeable membrane having a first side in operable communication with the purge gas outlet and a second side, said membrane comprising a plurality of pores of a size to allow passage of contaminants through the membrane, while restricting passage of the refrigerant through the membrane, and further restricting passage of a vapor phase corrosion inhibiter through the membrane; and a purge unit in operable communication with the second side of the permeable membrane configured to receive a purge gas from the permeable membrane; characterised in that the purge unit is a mechanical purge unit and includes: a purge tank ; a purge evaporator with a purge vapor compression cycle disposed in the purge tank; a purge line configured to deliver the purge gas from the membrane to the purge tank; and a return line configured to return refrigerant to an evaporator of the heating, ventilation, air conditioning and refrigeration system after thermal energy exchange with a purge refrigerant flow at the purge evaporator. a heat transfer fluid circulation loop configured to circulate a refrigerant therethrough; a purge gas outlet in the heat transfer fluid circulation loop; at least one gas permeable membrane having a first side in operable communication with the purge gas outlet and a second side, said membrane comprising a plurality of pores of a size to allow passage of contaminants through the membrane, while restricting passage of the refrigerant through the membrane, and further restricting passage of a vapor phase corrosion inhibiter through the membrane; and a purge unit in operable communication with the second side of the permeable membrane configured to receive a purge gas from the permeable membrane; characterised in that the purge unit is a mechanical purge unit and includes: a purge tank ; a purge evaporator with a purge vapor compression cycle disposed in the purge tank; a purge line configured to deliver the purge gas from the membrane to the purge tank; and a return line configured to return refrigerant to an evaporator of the heating, ventilation, air conditioning and refrigeration system after thermal energy exchange with a purge refrigerant flow at the purge evaporator. a purge tank ; a purge evaporator with a purge vapor compression cycle disposed in the purge tank; a purge line configured to deliver the purge gas from the membrane to the purge tank; and a return line configured to return refrigerant to an evaporator of the heating, ventilation, air conditioning and refrigeration system after thermal energy exchange with a purge refrigerant flow at the purge evaporator.
A channel selection method for a station comprising: ranking multiple channels; generating a backoff count value; determining, for each timeslot, a value of a decrement step that equals a quantity of idle channels in the timeslot divided by a quantity of channels required by the station for sending data; sequentially decrementing using the decrement step, from an initial timeslot, the backoff count value in each timeslot according to a ranking sequence of the channels and busy/idle states of all the multiple channels until the backoff count value is 0; and selecting , from the multiple channels according to a result of the decrement performed on the backoff count value and a busy/idle state of at least one of the multiple channels, p channels as channels that are used by the station for sending uplink data, where p is the quantity of channels required by the station. ranking multiple channels; generating a backoff count value; determining, for each timeslot, a value of a decrement step that equals a quantity of idle channels in the timeslot divided by a quantity of channels required by the station for sending data; sequentially decrementing using the decrement step, from an initial timeslot, the backoff count value in each timeslot according to a ranking sequence of the channels and busy/idle states of all the multiple channels until the backoff count value is 0; and selecting , from the multiple channels according to a result of the decrement performed on the backoff count value and a busy/idle state of at least one of the multiple channels, p channels as channels that are used by the station for sending uplink data, where p is the quantity of channels required by the station.
Safety catheter needle comprising a cannula removably inserted in a catheter , said cannula being associated with a cannula holder , said catheter being associated with a catheter holder which is in turn removably attached to said cannula holder , the cannula having one proximal extremity attached to the cannula holder and a distal extremity capable of sliding in catheter at the time when the cannula is separated from said catheter , close to the distal extremities of said cannula having a deformed part , being provided with a protection device associated with the catheter holder capable of accommodating said distal extremity of the cannula after it has been completely detached from the catheter , said protection device comprising bodies which act together magnetically and are able to immobilise said distal extremity of the cannula within said protection device , said bodies being a first body and a second body , characterised in that both bodies are at least partly magnetised, the first body contains the second body , the second body having a transverse longitudinal axis (M) with respect to said first body and being capable of rotating within said first body around such longitudinal axis (M), said second body having a through hole with an axis (Z) which is substantially coaxial with a longitudinal axis (W) of a cavity in the first body when the distal extremity of said cannula is outside said protection device , said second body being rotated through magnetic repulsion and/or attraction between said first body and about its own longitudinal axis (M) when the distal extremity of said cannula is within the protection device but outside said through hole , the rotated position of said second body around said longitudinal axis (M) and within the aforesaid first body blocking emergence of said distal extremity of the cannula from said protection device .
A laundry composition comprising a lipase having a sequence identity of at least 70% with SEQ. ID. 2.