mhurhangee/patent-ind-claim-en huggingface dataset:
Method for the preparation of a crystal of 5-((2-(6-amino-9H-purin-9-yl)ethyl)amino)pentan-1-ol, wherein the crystal is measured by using Cu-Ka and shows a characteristic peak at an interplanar crystal spacing d of 13.8°±0.2°, 16.0°±0.2°, 17.1°±0.2°, 21.6°±0.2°, 22.1°±0.2°, 22.5°±0.2°, 23.7°±0.2°, 24.7°±0.2° and 31.7°±0.2° in powder x ray diffraction, characterized in that said method comprising the synthesis route as below: and a subsequent crystal transition method selected from the group consisting of crystallization of solution, vapor crystallization, a melt crystallization method, a special growth method, a stream fog method and a slurry method. wherein the crystal is measured by using Cu-Ka and shows a characteristic peak at an interplanar crystal spacing d of 13.8°±0.2°, 16.0°±0.2°, 17.1°±0.2°, 21.6°±0.2°, 22.1°±0.2°, 22.5°±0.2°, 23.7°±0.2°, 24.7°±0.2° and 31.7°±0.2° in powder x ray diffraction, characterized in that said method comprising the synthesis route as below: and a subsequent crystal transition method selected from the group consisting of crystallization of solution, vapor crystallization, a melt crystallization method, a special growth method, a stream fog method and a slurry method.
A packaged electronic system comprising: a support , the support comprising an insulating organic substrate housing a buried conductive region , the buried conductive region being a floating region and having a first and a second portion (94; 95) mutually spaced; a first die , fixed to the support, the first die having a first main surface carrying a first die contact region (67; 267) capacitively coupled to the first portion of the buried conductive region; a second die , fixed to the support, the second die having a first main surface carrying a second die contact region (67; 267), capacitively coupled to the second portion of the buried conductive region; characterized by a packaging mass enclosing the first die , the second die , the first die contact region, the second die contact region, and, at least partially, the support , wherein the buried conductive region is planar. a support , the support comprising an insulating organic substrate housing a buried conductive region , the buried conductive region being a floating region and having a first and a second portion (94; 95) mutually spaced; a first die , fixed to the support, the first die having a first main surface carrying a first die contact region (67; 267) capacitively coupled to the first portion of the buried conductive region; a second die , fixed to the support, the second die having a first main surface carrying a second die contact region (67; 267), capacitively coupled to the second portion of the buried conductive region; characterized by a packaging mass enclosing the first die , the second die , the first die contact region, the second die contact region, and, at least partially, the support , wherein the buried conductive region is planar.
A device for generating a key , comprising: a multimode interferometer (14; 14a-d) which can be coupled to a light source and comprises a light path having a material comprising a controllable refraction index, the light path being configured to obtain light at an input side and influence the light under the influence of a locally varying refraction index (n 1 , n 2 ) of the material in order to provide influenced light at an output side ; receiving means configured to receive the influenced light at the output side ; and evaluating means configured to perform an evaluation based on the influenced light and to generate the key based on the evaluation; an electrode arrangement (36; 36a-d) configured to generate the locally varying refraction index (n 1 , n 2 ) based on locally varying electrical fields (E) of the electrode arrangement (36; 36a-d); wherein the receiving means comprises an array of photodetectors and the evaluating means is configured to perform, for each of the photodetectors, a threshold value decision as to whether the quantity detected in the respective photodetector is to be transferred to a binary 0 or a binary 1 and to obtain a bit sequence as the key by lining up the threshold value decisions. a multimode interferometer (14; 14a-d) which can be coupled to a light source and comprises a light path having a material comprising a controllable refraction index, the light path being configured to obtain light at an input side and influence the light under the influence of a locally varying refraction index (n 1 , n 2 ) of the material in order to provide influenced light at an output side ; receiving means configured to receive the influenced light at the output side ; and evaluating means configured to perform an evaluation based on the influenced light and to generate the key based on the evaluation; an electrode arrangement (36; 36a-d) configured to generate the locally varying refraction index (n 1 , n 2 ) based on locally varying electrical fields (E) of the electrode arrangement (36; 36a-d); wherein the receiving means comprises an array of photodetectors and the evaluating means is configured to perform, for each of the photodetectors, a threshold value decision as to whether the quantity detected in the respective photodetector is to be transferred to a binary 0 or a binary 1 and to obtain a bit sequence as the key by lining up the threshold value decisions.
Harvesting machine comprising a cutting unit which is equipped with a cutting bar for cutting off crop from a field, with a reel which is arranged above the cutting bar and has reel tines , and with a cross conveyor for discharging the cut-off crop to a rear dispensing opening, wherein the reel comprises reel arms which can be driven about a rotation axis, reel tine carriers which are supported on the reel arms rotatably about the longitudinal axes of the reel arms and have reel tines fitted to them, and an actuator , which is actuated by external force and is connected to an electronic control unit , for adjusting the rotation angle of the reel tine carriers in relation to the reel arms and the electronic control unit can be operated to adjust the actuator depending on at least one property of the crop to be harvested, characterized in that the electronic control unit is connected to a sensor, for identifying lodged cereal crop located in front of the cutting unit and the orientation of the lodged cereal crop and/or to a stored map in which positions of lodged cereal crop located in front of the cutting unit and the orientation of the lodged cereal crop are stored, and can be operated to drive the actuator depending on the map and/or the signals from the sensor depending on the presence and orientation of lodged cereal crop to be picked up, and/or in that the electronic control unit is connected to a sensor, for identifying non-uniformities in the conveying behaviour of the crop in the receiving region of the cutting unit between the cutting bar and the cross conveyor , and can be operated to drive the actuator depending on the signals from the sensor. wherein the reel comprises reel arms which can be driven about a rotation axis, reel tine carriers which are supported on the reel arms rotatably about the longitudinal axes of the reel arms and have reel tines fitted to them, and an actuator , which is actuated by external force and is connected to an electronic control unit , for adjusting the rotation angle of the reel tine carriers in relation to the reel arms and the electronic control unit can be operated to adjust the actuator depending on at least one property of the crop to be harvested, characterized in that the electronic control unit is connected to a sensor, for identifying lodged cereal crop located in front of the cutting unit and the orientation of the lodged cereal crop and/or to a stored map in which positions of lodged cereal crop located in front of the cutting unit and the orientation of the lodged cereal crop are stored, and can be operated to drive the actuator depending on the map and/or the signals from the sensor depending on the presence and orientation of lodged cereal crop to be picked up, and/or in that the electronic control unit is connected to a sensor, for identifying non-uniformities in the conveying behaviour of the crop in the receiving region of the cutting unit between the cutting bar and the cross conveyor , and can be operated to drive the actuator depending on the signals from the sensor.
A mud pump and gas extraction system comprising: a degassing device having a degassing chamber defined within an outer housing , the degassing device comprising a rotary extractor , and wherein the degassing chamber is elliptically shaped; a mud inlet valve through which hydrocarbon-bearing drilling mud is flowed into a mud chamber portion of the degassing chamber; a degassing member retained within the degassing chamber and moveable therewithin to expand the mud chamber portion of the degassing chamber, the degassing member comprising a rotor that is rotated eccentrically within the degassing chamber to expand the mud chamber portion; wherein hydrocarbon gas is extracted from the hydrocarbon-bearing drilling mud as the degassing member is moved within the degassing chamber; a gas suction valve for removal of extracted hydrocarbon gas from the degassing chamber; and a mud outlet valve for removal of degassed mud from the degassing chamber. a degassing device having a degassing chamber defined within an outer housing , the degassing device comprising a rotary extractor , and wherein the degassing chamber is elliptically shaped; a mud inlet valve through which hydrocarbon-bearing drilling mud is flowed into a mud chamber portion of the degassing chamber; a degassing member retained within the degassing chamber and moveable therewithin to expand the mud chamber portion of the degassing chamber, the degassing member comprising a rotor that is rotated eccentrically within the degassing chamber to expand the mud chamber portion; wherein hydrocarbon gas is extracted from the hydrocarbon-bearing drilling mud as the degassing member is moved within the degassing chamber; a gas suction valve for removal of extracted hydrocarbon gas from the degassing chamber; and a mud outlet valve for removal of degassed mud from the degassing chamber.
Pen for coloring nails in UV semi-permanent gel polish, comprising a tube filled with enamel, which is a UV semi-permanent gel polish, a micro-perforated tip in soft silicone , a cap , wherein the pen comprises on its upper part, which is opposite to the micro-perforated tip , at least one UV light emitting device.
Hermetically sealed turbo expander system for use in organic rankine cycles, comprising a turbo expander , a rotatable rotor and a casing which is filled with an organic working medium in a gaseous condition, whereby the turbo expander is arranged around the rotor within the casing , at least two bearings for bearing the turbo expander around the rotor , with sealed openings in the casing for a first line and a second line to and from the turbo expander , whereby the at least two bearings are liquid lubricated bearings, with at least one sealed supply opening in the casing for guiding one or more supply lines to the at least two bearings and a feedback opening in the casing for guiding a feedback line to the organic rankine cycle characterized in that each liquid lubricated bearing comprises seals limiting a bearing-to-rotor gap of a liquid lubricated bearing , whereby each liquid lubricated bearing comprises an organic working fluid input line to be connected with a supply line and an organic working fluid output line , whereby the organic working fluid input line and the organic working fluid output line are each connected to the bearing-to-rotor gap , an whereby the organic working medium output lines each comprises a flow resistance .
Arrangement for an elevator system , having a safety gear and a rail , the safety gear cooperating with the rail in order to brake an elevator car or a counterweight, and it being possible for a braking surface of the safety gear to press against the rail using a pressing force, the rail comprising a head and the head of the rail being designed as a hollow profile , characterized in that the braking surface of the safety gear cooperates with the rail such that the braking surface projects beyond the head of the rail such that a substantial part of the pressing force can be introduced into a head wall of the rail designed as the hollow profile , the head wall being oriented perpendicularly to the braking surface .
A valve repair device for repairing a native valve of a patient, the valve repair device comprising: a pair of paddles , wherein each of the paddles have a width (W, H) and are movable between an open position and a closed position; a pair of gripping members each having an attachment portion and a gripping portion , wherein the attachment portion of each gripping member of the pair of gripping members is directly attached to a corresponding paddle of the pair of paddles , the paddles and the gripping portions of the gripping members are configured to attach to the native valve of the patient, and wherein the paddles are capable of transitioning between a compressed configuration and an expanded configuration, the width (W, H) of each of the paddles being larger in the expanded configuration than in the compressed configuration. a pair of paddles , wherein each of the paddles have a width (W, H) and are movable between an open position and a closed position; a pair of gripping members each having an attachment portion and a gripping portion , wherein the attachment portion of each gripping member of the pair of gripping members is directly attached to a corresponding paddle of the pair of paddles , the paddles and the gripping portions of the gripping members are configured to attach to the native valve of the patient, and wherein the paddles are capable of transitioning between a compressed configuration and an expanded configuration, the width (W, H) of each of the paddles being larger in the expanded configuration than in the compressed configuration.
An electric or hybrid sport car comprising a battery pack (BT2) that incorporates at least a structural element (SBR) of the vehicular frame (F) and wherein said structural element can be removed from the vehicular frame (F) only together with the battery pack, wherein said battery pack (BT2) incorporates a pair of side members (SBR) of the frame (F), designed to define a portion of the frame integrated in the floor of the car; and wherein a frame portion is housed in the floor (FL) and includes a front beam (TVF) that extends from one side of the vehicle to the other between a guide seat (S) and control pedals and a central beam (TVC), that extends from one side of the vehicle to the other, arranged immediately behind or below the seat (S); the sport car being characterized in that between said front beam (TVF) and said central beams (TFC) there is arranged a pair of front oblique side members (SBF) that converge towards a central area (CTRN) of the central beam (TFC) and diverge until intersecting said front beam (TVF), and wherein said pair of oblique side members incorporated in said battery pack (BT2) are arranged behind said central beam and therefore are defined as oblique rear side members and thus said battery pack (BT2) is therefore defined as rear battery pack.
A method for on-site reclamation, reconditioning, and reapplication of poultry processing water, the method comprising: (a) collecting processing water from a washing apparatus into a first receptacle ; (b) pumping the processing water from the first receptacle to a filtering apparatus; (c) expelling the processing water into the filtering apparatus; (d) filtering waste from the processing water to obtain a filtrate; (e) spraying an antimicrobial solution and water onto the filtering apparatus; (f) transporting the waste from the processing water to a waste receptacle ; (g) collecting the filtrate and antimicrobial solution into a second receptacle ; (h) purging a portion of the filtrate from the second receptacle to the waste receptacle ; (i) pumping the filtrate back to the washing apparatus ; and (j) spraying the poultry with the filtrate, wherein the filtering apparatus is a rotary filter and consists of a series of openings that allow a substantial portion of reclaimed water to pass through the filter while retaining solids greater than a given dimension, the filter being cylindrical and rotating around a nearly horizontal axis and consisting of durable or non-durable materials. (a) collecting processing water from a washing apparatus into a first receptacle ; (b) pumping the processing water from the first receptacle to a filtering apparatus; (c) expelling the processing water into the filtering apparatus; (d) filtering waste from the processing water to obtain a filtrate; (e) spraying an antimicrobial solution and water onto the filtering apparatus; (f) transporting the waste from the processing water to a waste receptacle ; (g) collecting the filtrate and antimicrobial solution into a second receptacle ; (h) purging a portion of the filtrate from the second receptacle to the waste receptacle ; (i) pumping the filtrate back to the washing apparatus ; and (j) spraying the poultry with the filtrate,
An electrical storage system having a plurality of electrical double layer capacitors , which are electrically connected to one another and to a monitoring device for monitoring at least one physical state of the double layer capacitors , wherein the storage system is segmented into a plurality of modules , wherein each of said modules has a plurality of double layer capacitors that are electrically connected to one another and the monitoring device has a plurality of voltage measurement devices , wherein each module is connected to at least one voltage measurement device , which determines a voltage state of said module , characterized in that the electrical storage system is designed: to identify time periods (T1, T2, ... Tn) for at least one module , in which time periods said module is situated in a prescribed voltage range and in a prescribed temperature range, and to identify a remaining lifetime of the corresponding module based on the time periods (T1, T2, ... Tn) .
A method for changing operation mode of a weapon connected to a maintenance device via an umbilical providing signals and power to the weapon , by transmitting a mode change control signal from the maintenance device to electronics in the weapon via a pin on an electrical interface connecting the umbilical to the weapon , characterized in: switching the weapon to a non-operational mode after receiving said mode change control signal which is a DC voltage supplied across an input of the pin of said electrical interface, and where the DC voltage sets a write-enable pin on persistent memory in the weapon . switching the weapon to a non-operational mode after receiving said mode change control signal which is a DC voltage supplied across an input of the pin of said electrical interface, and where the DC voltage sets a write-enable pin on persistent memory in the weapon .
A compound of Formula : wherein R 1' is a group represented by Formula: R 2' is a group represented by Formula: R 3' is a group represented by Formula: or a pharmaceutically acceptable salt thereof. R 1' is a group represented by Formula: R 2' is a group represented by Formula: R 3' is a group represented by Formula: or a pharmaceutically acceptable salt thereof.
Method for producing a multipack comprising at least two containers (1a, b), wherein at least one container has a reinforced wall portion , with the steps: - providing a perform for a container (1a, b), - heating (H) the perform and cooling (K) of at least one partial region of the perform , - producing a first container from the perform , wherein the first container comprises a reinforced wall portion formed from the cooled partial region of the perform , - applying an adhesive so as to produce at least one adhesive point in the region of the reinforced wall portion of the first container , and - forming a multipack by fixing a second container to the at least one adhesive point of the first container . - providing a perform for a container (1a, b), - heating (H) the perform and cooling (K) of at least one partial region of the perform , - producing a first container from the perform , wherein the first container comprises a reinforced wall portion formed from the cooled partial region of the perform , - applying an adhesive so as to produce at least one adhesive point in the region of the reinforced wall portion of the first container , and - forming a multipack by fixing a second container to the at least one adhesive point of the first container .
A blood processing system for processing whole blood or a whole blood component, the processing system comprising a fluid flow circuit having a donor line and a reservoir in fluid communication with the donor line , and a hardware component having an air detector associated with the donor line , a sensor associated with the reservoir, and a controller with a user interface, wherein the air detector is configured to monitor the donor line for the presence of air, and the controller is configured to: • Flow fluid from the reservoir through the donor line ; and • Upon detection of air in the donor line by the air detector , determine the amount of fluid remaining in the reservoir using the sensor and characterized in that the controller is further configured to either i) purge the donor line if the amount of fluid remaining in the reservoir exceeds a predetermined amount and resume the flow of fluid from the reservoir through the donor line , or ii) end the return phase by terminating the flow of fluid from the reservoir through the donor line if the amount of fluid in the reservoir does not exceed the predetermined amount. • Flow fluid from the reservoir through the donor line ; and • Upon detection of air in the donor line by the air detector , determine the amount of fluid remaining in the reservoir using the sensor and characterized in that the controller is further configured to either i) purge the donor line if the amount of fluid remaining in the reservoir exceeds a predetermined amount and resume the flow of fluid from the reservoir through the donor line , or ii) end the return phase by terminating the flow of fluid from the reservoir through the donor line if the amount of fluid in the reservoir does not exceed the predetermined amount.
A polymer having a repeating unit according to Formula (IV): wherein E represents a central portion of the polymeric repeating unit and is represented by formula (V): where the dotted lines relate to the points of attachment to G; and wherein each G represents a peripheral portion of the polymeric repeating unit and is represented by formula (III): where the dotted lines relate to the points of attachment to unit E, or salts and solvates thereof. wherein E represents a central portion of the polymeric repeating unit and is represented by formula (V): where the dotted lines relate to the points of attachment to G; and wherein each G represents a peripheral portion of the polymeric repeating unit and is represented by formula (III): where the dotted lines relate to the points of attachment to unit E, or salts and solvates thereof.