mhurhangee/patent-ind-claim-en huggingface dataset:
A method , comprising: applying a first subset of a multi-pulse waveform to an actuator of a droplet ejection device during a first clock cycle ; causing the droplet ejection device to eject a first droplet of a fluid in response to the first subset ; applying a second subset of the multi-pulse waveform to the actuator during a second clock cycle ; and causing the droplet ejection device to eject a second droplet of the fluid in response to the second subset , wherein the first subset precedes the second subset, wherein the first droplet has a smaller volume than the second droplet, wherein the first subset includes a first drive pulse that precedes a cancellation pulse in the first subset of the multi-pulse waveform and the first drive pulse is positioned in time near a beginning of the first clock cycle of the first subset, and wherein the second subset includes at least two drive pulses and at least two cancel edges , wherein a first cancel edge is applied subsequent to a first drive pulse of the second subset of the multi-pulse waveform, wherein the amplitude of the cancellation pulse of the first subset controls a meniscus motion associated with the first drive pulse and wherein the cancel edges of the second subset build a mass of fluid for a subsequent drive pulse. applying a first subset of a multi-pulse waveform to an actuator of a droplet ejection device during a first clock cycle ; causing the droplet ejection device to eject a first droplet of a fluid in response to the first subset ; applying a second subset of the multi-pulse waveform to the actuator during a second clock cycle ; and causing the droplet ejection device to eject a second droplet of the fluid in response to the second subset , wherein the first subset precedes the second subset, wherein the first droplet has a smaller volume than the second droplet, wherein the first subset includes a first drive pulse that precedes a cancellation pulse in the first subset of the multi-pulse waveform and the first drive pulse is positioned in time near a beginning of the first clock cycle of the first subset, and wherein the second subset includes at least two drive pulses and at least two cancel edges , wherein a first cancel edge is applied subsequent to a first drive pulse of the second subset of the multi-pulse waveform, wherein the amplitude of the cancellation pulse of the first subset controls a meniscus motion associated with the first drive pulse and wherein the cancel edges of the second subset build a mass of fluid for a subsequent drive pulse.
A test adapter for checking a connector , in particular a USB connector and/or an RJ45 connector, having - a connector socket with electrical socket connections for electrically contacting the connector ; - a test output with electrical test connections for electrically contacting a test device for the connector ; and - a contact module and a fastening module as components which can be separated from one another; wherein - the socket connections of the connector socket are electrically connected to the test connections of the test output , - the connector socket is mounted in an unsoldered, unbonded and exchangeable manner on the test adapter ; and - the fastening module is screwed to the contact module by means of at least one screw: characterized in that - the fastening module has at least one fastening module engagement and/or fastening module protrusion , by means of which it is detachably fastened to at least one contact module protrusion and/or contact module engagement of the contact module ; and - the connector socket is clamped between the contact module and the fastening module . - a connector socket with electrical socket connections for electrically contacting the connector ; - a test output with electrical test connections for electrically contacting a test device for the connector ; and - a contact module and a fastening module as components which can be separated from one another; - the socket connections of the connector socket are electrically connected to the test connections of the test output , - the connector socket is mounted in an unsoldered, unbonded and exchangeable manner on the test adapter ; and - the fastening module is screwed to the contact module by means of at least one screw: characterized in that - the fastening module has at least one fastening module engagement and/or fastening module protrusion , by means of which it is detachably fastened to at least one contact module protrusion and/or contact module engagement of the contact module ; and - the connector socket is clamped between the contact module and the fastening module .
A phase-contrast microscope, comprising: a phase-contrast-measurement illumination-light irradiation unit that irradiates a vessel that houses a liquid and a specimen, with illumination light for phase-contrast measurement; an imaging unit that images the specimen irradiated with the illumination light; an adjusting optical system that has adjustable optical characteristics and adjusts refraction of the illumination light caused by a shape of a liquid surface of the liquid in the vessel in accordance with the optical characteristic; a pattern-light irradiation unit that irradiates the liquid surface of the liquid in the vessel with pattern light having a pattern that is previously set for the vessel; a transmitted-light detection unit that detects transmitted light transmitted through the liquid surface of the liquid in the vessel because of the irradiation with the pattern light; and an adjusting-optical-system control unit that adjusts the optical characteristics of the adjusting optical system on the basis of a detection signal based on the transmitted light detected by the transmitted-light detection unit. a phase-contrast-measurement illumination-light irradiation unit that irradiates a vessel that houses a liquid and a specimen, with illumination light for phase-contrast measurement; an imaging unit that images the specimen irradiated with the illumination light; an adjusting optical system that has adjustable optical characteristics and adjusts refraction of the illumination light caused by a shape of a liquid surface of the liquid in the vessel in accordance with the optical characteristic; a pattern-light irradiation unit that irradiates the liquid surface of the liquid in the vessel with pattern light having a pattern that is previously set for the vessel; a transmitted-light detection unit that detects transmitted light transmitted through the liquid surface of the liquid in the vessel because of the irradiation with the pattern light; and an adjusting-optical-system control unit that adjusts the optical characteristics of the adjusting optical system on the basis of a detection signal based on the transmitted light detected by the transmitted-light detection unit.
A custom tool for forming a dental restoration in a mouth of a patient, the custom tool comprising: a mold body providing for a customized fit with at least one tooth of the patient, the mold body including an occlusal portion forming an occlusal surface corresponding with an occlusal surface of the tooth or an incisal portion corresponding with the incisal surface of the tooth, a mesial proximal portion forming a mesial proximal surface corresponding with a mesial proximal surface of the tooth, and a distal proximal portion forming a distal proximal surface corresponding with a distal proximal surface of the tooth, wherein the mold body is configured to combine with the tooth of the patient to form a mold cavity encompassing missing tooth structure of the tooth, and wherein the occlusal or incisal portion, the mesial proximal portion, and the distal proximal portion are based on three-dimensional scan data of the mouth of the patient, and wherein the custom tool includes a port , characterized in that the custom tool further includes a plug , wherein the plug includes a tip surface and is configured to be positioned such that the tip surface is positioned within the port following the injection of restorative dental material into the mold cavity, and wherein the mold body is a one-piece mold body . a mold body providing for a customized fit with at least one tooth of the patient, the mold body including an occlusal portion forming an occlusal surface corresponding with an occlusal surface of the tooth or an incisal portion corresponding with the incisal surface of the tooth, a mesial proximal portion forming a mesial proximal surface corresponding with a mesial proximal surface of the tooth, and a distal proximal portion forming a distal proximal surface corresponding with a distal proximal surface of the tooth, wherein the mold body is configured to combine with the tooth of the patient to form a mold cavity encompassing missing tooth structure of the tooth, and wherein the occlusal or incisal portion, the mesial proximal portion, and the distal proximal portion are based on three-dimensional scan data of the mouth of the patient, and wherein the custom tool includes a port , characterized in that the custom tool further includes a plug , wherein the plug includes a tip surface and is configured to be positioned such that the tip surface is positioned within the port following the injection of restorative dental material into the mold cavity, and wherein the mold body is a one-piece mold body .
A patient transport and training device comprising: a mobile chassis for transporting a user; a support structure extending upwards from the chassis ; at least one handle extending from the support structure for moving the device , and a foot support assembly , wherein the foot support assembly includes a powered footplate member which vibrates when actuated, wherein the device further comprises a powered lifting mechanism comprising at least one lifting arm assembly and an actuator operative to raise and lower the at least one lifting arm assembly extending from the support structure to assist in lifting a person from a seated to a standing position, and that the at least one lifting arm assembly comprises at least one lifting arm and a user arm support connected thereto, characterized in that the device comprises a control unit to control operation of the powered footplate member , wherein the control unit includes a user input element for variable control on the basis of inputted commands, wherein the at least one handle includes input elements for the control unit . a mobile chassis for transporting a user; a support structure extending upwards from the chassis ; at least one handle extending from the support structure for moving the device , and a foot support assembly , wherein the foot support assembly includes a powered footplate member which vibrates when actuated, wherein the device further comprises a powered lifting mechanism comprising at least one lifting arm assembly and an actuator operative to raise and lower the at least one lifting arm assembly extending from the support structure to assist in lifting a person from a seated to a standing position, and that the at least one lifting arm assembly comprises at least one lifting arm and a user arm support connected thereto, characterized in that the device comprises a control unit to control operation of the powered footplate member , wherein the control unit includes a user input element for variable control on the basis of inputted commands, wherein the at least one handle includes input elements for the control unit .
A bending group for ef- a panelling machine tool for manufacturing profiled elements by bending a sheet of sheet metal , the bending group comprising: - a main frame , - a blocking press for blocking the sheet of sheet metal during the manufacturing steps, - a first bending member and a second bending member distinct from the first bending member , both suitable for carrying out at least a bending of at least a portion of the sheet of sheet metal , - at least one of the first bending member and second bending member being movable with respect to the other. - a first support frame movably connected to the main frame along an axial horizontal direction (X-X), the first bending member being movably connected to the first support frame along an axial vertical direction (Y-Y), characterized by comprising a second support frame movably connected to the main frame along an axial horizontal direction (X-X), the second bending member being movably connected to the second support frame along an axial vertical direction (Y-Y). - a main frame , - a blocking press for blocking the sheet of sheet metal during the manufacturing steps, - a first bending member and a second bending member distinct from the first bending member , both suitable for carrying out at least a bending of at least a portion of the sheet of sheet metal , - at least one of the first bending member and second bending member being movable with respect to the other. - a first support frame movably connected to the main frame along an axial horizontal direction (X-X), the first bending member being movably connected to the first support frame along an axial vertical direction (Y-Y), characterized by comprising a second support frame movably connected to the main frame along an axial horizontal direction (X-X), the second bending member being movably connected to the second support frame along an axial vertical direction (Y-Y).
Method for loading a catalyst into a synthesis reactor of the bubble column type comprising a separation loop , said method comprising the following steps: a) filling at least a portion of the synthesis reactor with a solvent S1; b) filling at least a portion of the separation loop of said synthesis reactor with said solvent S1; c) circulating said solvent S1 from the synthesis reactor to the separation loop and from the separation loop to the synthesis reactor ; d) heating the synthesis reactor to a temperature of less than or equal to 80°C; e) injecting an inert gas at the base of the synthesis reactor and increasing the pressure in the synthesis reactor so as to attain an absolute pressure of between 0.1 and 0.6 MPa; f) mixing said catalyst with a solvent S2 in a vessel so as to obtain a liquid/solid mixture; g) increasing the pressure in the vessel to a pressure at least 0.2 MPa higher than the pressure in the synthesis reactor , then sending the liquid/solid mixture obtained in step f) to the synthesis reactor ; h) drawing off at least a portion of said solvent S1 and/or S2 contained in the synthesis reactor and or in the separation loop , characterized in that the catalyst in step f) is first reduced in a reduction reactor , then cooled to a temperature of less than or equal to 80°C. a) filling at least a portion of the synthesis reactor with a solvent S1; b) filling at least a portion of the separation loop of said synthesis reactor with said solvent S1; c) circulating said solvent S1 from the synthesis reactor to the separation loop and from the separation loop to the synthesis reactor ; d) heating the synthesis reactor to a temperature of less than or equal to 80°C; e) injecting an inert gas at the base of the synthesis reactor and increasing the pressure in the synthesis reactor so as to attain an absolute pressure of between 0.1 and 0.6 MPa; f) mixing said catalyst with a solvent S2 in a vessel so as to obtain a liquid/solid mixture; g) increasing the pressure in the vessel to a pressure at least 0.2 MPa higher than the pressure in the synthesis reactor , then sending the liquid/solid mixture obtained in step f) to the synthesis reactor ; h) drawing off at least a portion of said solvent S1 and/or S2 contained in the synthesis reactor and or in the separation loop ,
Process for preparing organopolysiloxanes having amino groups, wherein (A) silanes of the general formula R 1 -O-SiR 2 -O-R 1 (I) are reacted with (B) silanes of the general formula (R 3 2 N)-X-SiR 4 2 -O-R 2 (II) and (C) water, where the radicals R can be identical or different and are monovalent, optionally substituted hydrocarbon radicals in which nonadjacent methylene units can be replaced by -O- or -NH- groups, R 1 and R 2 can, independently of one another, be identical or different and are monovalent, optionally substituted hydrocarbon radicals, the radicals R 3 can be identical or different and are each a monovalent, optionally substituted hydrocarbon radical or hydrogen atom, the radicals R 4 can be identical or different and are monovalent, optionally substituted hydrocarbon radicals and X is an alkylene radical which has from 1 to 20 carbon atoms and in which nonadjacent methylene units can be replaced by -O- or -NH- groups. (A) silanes of the general formula R 1 -O-SiR 2 -O-R 1 (I) are reacted with (B) silanes of the general formula (R 3 2 N)-X-SiR 4 2 -O-R 2 (II) and (C) water, the radicals R can be identical or different and are monovalent, optionally substituted hydrocarbon radicals in which nonadjacent methylene units can be replaced by -O- or -NH- groups, R 1 and R 2 can, independently of one another, be identical or different and are monovalent, optionally substituted hydrocarbon radicals, the radicals R 3 can be identical or different and are each a monovalent, optionally substituted hydrocarbon radical or hydrogen atom, the radicals R 4 can be identical or different and are monovalent, optionally substituted hydrocarbon radicals and X is an alkylene radical which has from 1 to 20 carbon atoms and in which nonadjacent methylene units can be replaced by -O- or -NH- groups.
A high-efficiency heating apparatus for hot water systems; the apparatus comprising: - a non-condensing boiler ; and - an air-water heat pump ; said boiler and said heat pump comprising ventilation means , which are designed to fulfil the double function of extracting the combustion products from said boiler and of extracting air from said heat pump ; the apparatus being characterized in that it comprises a vaporizing device , which is able to collect and vaporize the condensate formed in the area of an evaporator belonging to said heat pump , said vaporizing device comprising a collecting tank for the condensate coming from said evaporator , and an appendage , which is located inside a combustion chamber of said boiler . - a non-condensing boiler ; and - an air-water heat pump ; said boiler and said heat pump comprising ventilation means , which are designed to fulfil the double function of extracting the combustion products from said boiler and of extracting air from said heat pump ; the apparatus being characterized in that it comprises a vaporizing device , which is able to collect and vaporize the condensate formed in the area of an evaporator belonging to said heat pump , said vaporizing device comprising a collecting tank for the condensate coming from said evaporator , and an appendage , which is located inside a combustion chamber of said boiler . said boiler and said heat pump comprising ventilation means , which are designed to fulfil the double function of extracting the combustion products from said boiler and of extracting air from said heat pump ; the apparatus being characterized in that it comprises a vaporizing device , which is able to collect and vaporize the condensate formed in the area of an evaporator belonging to said heat pump , said vaporizing device comprising a collecting tank for the condensate coming from said evaporator , and an appendage , which is located inside a combustion chamber of said boiler .
Bumper assembly , having a cross beam , which is coupled to a motor vehicle via crash boxes , wherein the cross beam has a rear wall as well as connection regions , in which the crash boxes are coupled to the cross beam , wherein the cross beam is designed as a closed hollow profile in cross section, characterised in that the end faces of the crash boxes directly abut the rear wall and are circumferentially coupled by a welded seam and that a slot oriented in the longitudinal direction (X) of the motor vehicle is formed in an upper wall , a lower wall and/or a central web of the cross beam in the connection region of a crash box , such that the stress on an external welded seam in the transverse direction (Y) of the motor vehicle between the crash box and cross beam is relieved in a crash scenario.
A system comprising: processing circuitry configured to: determine, for each respective set of electrodes of a plurality of sets of electrodes , a score based on a ratio of an electrical efficiency for the respective set of electrodes to a therapeutic window for the respective set of electrodes; determine, based on the score of each respective set of electrodes, a ranking of the plurality of sets of electrodes; and select, based on the ranking, a subset of the plurality of sets of electrodes for delivery of electrical stimulation therapy. determine, for each respective set of electrodes of a plurality of sets of electrodes , a score based on a ratio of an electrical efficiency for the respective set of electrodes to a therapeutic window for the respective set of electrodes; determine, based on the score of each respective set of electrodes, a ranking of the plurality of sets of electrodes; and select, based on the ranking, a subset of the plurality of sets of electrodes for delivery of electrical stimulation therapy.
A method for managing communication by a mission critical data, MCData, server in a MCData communication system, the method comprising: receiving (S1204), from a first MCData user equipment, UE, of a MCData group, a MCData file distribution, FD, request message including a MCData group identifier, ID, indicating the MCData group; checking (S1206) whether the first MCData UE is authorized to send the MCData FD request message; in case that the first MCData UE is authorized to send the MCData FD request message, transmitting (S1210), to at least one second MCData UE (102b-102n) of the MCData group identified by the MCData group ID which is resolved based on information from group management server , the MCData FD request message; receiving (S1214), from the at least one second MCData UE (102b-102n), a MCData FD response message; transmitting (S1216), to the first MCData UE , the MCData FD response message; in case that a download completed report indication is included in the MCData FD request message, receiving (S1220), from the at least one second MCData UE (102b-102n), a MCData download completed report for reporting file download completed; storing (S 1222) the MCData download completed report for download history interrogation from authorized MCData users; and transmitting (S1224), to the first MCData UE , an aggregated MCData download completed report. receiving (S1204), from a first MCData user equipment, UE, of a MCData group, a MCData file distribution, FD, request message including a MCData group identifier, ID, indicating the MCData group; checking (S1206) whether the first MCData UE is authorized to send the MCData FD request message; in case that the first MCData UE is authorized to send the MCData FD request message, transmitting (S1210), to at least one second MCData UE (102b-102n) of the MCData group identified by the MCData group ID which is resolved based on information from group management server , the MCData FD request message; receiving (S1214), from the at least one second MCData UE (102b-102n), a MCData FD response message; transmitting (S1216), to the first MCData UE , the MCData FD response message; in case that a download completed report indication is included in the MCData FD request message, receiving (S1220), from the at least one second MCData UE (102b-102n), a MCData download completed report for reporting file download completed; storing (S 1222) the MCData download completed report for download history interrogation from authorized MCData users; and transmitting (S1224), to the first MCData UE , an aggregated MCData download completed report.