mhurhangee/ep-ind-claims huggingface dataset:
A reactor for the treatment of silicon tetrachloride or germanium tetrachloride which is contaminated by at least one hydrogen-containing compound, wherein the plasma reactor is based on a reactor housing, a high-voltage supply and at least one micro unit for the plasma treatment which consists essentially of an earthed, metallic heat exchanger (4.2), a dielectric (4.4), a perforated plate, a grid or a mesh (4.1) and a high-voltage electrode (4.3) and the longitudinal axes of the dielectric (4.4), of the high-voltage electrode (4.3) and of the earthed, metallic heat exchanger (4.2) are oriented parallel to one another and at the same time parallel to the direction vector of the force of gravity, wherein the plasma reactor comprises from 1 to 50000 micro units.
A semiconductor nanoparticle comprising a core containing a Group III element selected from any of In, Al and Ga, and a Group V element selected from any of P, N and As, wherein the nanoparticle - contains carbon, oxygen, and sulfur, as detected by X-ray photoelectron spectroscopy, - has peak A located at 2800-3000 cm -1, peak B located at 1000-1200 cm -1, and peak C located at 2450-2650 cm -1, as detected by FT-IR spectroscopy, and - contains a ligand having (i) a structure I of any of formulae (Ia)-(Ic) wherein * is a bonding position and R is an aliphatic C 1-8 -hydrocarbon group: (ii) a structure II of formula (IIa) wherein * is a bonding position and n is integer of 1-5: and (iii) between structures I and II, a structure III represented by a linear aliphatic C 8-25 -hydrocarbon group. - contains carbon, oxygen, and sulfur, as detected by X-ray photoelectron spectroscopy, - has peak A located at 2800-3000 cm -1, peak B located at 1000-1200 cm -1, and peak C located at 2450-2650 cm -1, as detected by FT-IR spectroscopy, and - contains a ligand having (i) a structure I of any of formulae (Ia)-(Ic) wherein * is a bonding position and R is an aliphatic C 1-8 -hydrocarbon group: (ii) a structure II of formula (IIa) wherein * is a bonding position and n is integer of 1-5: and (iii) between structures I and II, a structure III represented by a linear aliphatic C 8-25 -hydrocarbon group. (i) a structure I of any of formulae (Ia)-(Ic) wherein * is a bonding position and R is an aliphatic C 1-8 -hydrocarbon group: (ii) a structure II of formula (IIa) wherein * is a bonding position and n is integer of 1-5: and (iii) between structures I and II, a structure III represented by a linear aliphatic C 8-25 -hydrocarbon group.
A method of controlling a refrigerator, the refrigerator comprising an ice making compartment, a dispenser, an ice making duct communicating with the ice making compartment and the dispenser to take out ice, the making duct is provided with a duct cap for opening and closing the making duct, the method comprising: determining whether ice needs to be made; and performing (S40, S50, S60) any one of a plurality of ice making modes according to a classification of the use time and the non-use time when ice needs to be made; characterized in that the method further comprises: detecting opening/closing of the ice making duct, through which ice is taken out; storing an opening time of the ice making duct per unit time for measuring an ice use pattern of a user; classifying each unit time as a use time when the opening time of the ice making duct is equal to or greater than a reference time and classifying each unit time as a non-use time when the opening time of the ice making duct is less than the reference time. determining whether ice needs to be made; and performing (S40, S50, S60) any one of a plurality of ice making modes according to a classification of the use time and the non-use time when ice needs to be made; characterized in that the method further comprises: detecting opening/closing of the ice making duct, through which ice is taken out; storing an opening time of the ice making duct per unit time for measuring an ice use pattern of a user; classifying each unit time as a use time when the opening time of the ice making duct is equal to or greater than a reference time and classifying each unit time as a non-use time when the opening time of the ice making duct is less than the reference time. detecting opening/closing of the ice making duct, through which ice is taken out; storing an opening time of the ice making duct per unit time for measuring an ice use pattern of a user; classifying each unit time as a use time when the opening time of the ice making duct is equal to or greater than a reference time and classifying each unit time as a non-use time when the opening time of the ice making duct is less than the reference time.
A bolt with an external thread and a cylindrical bolt shank of allogeneic, cortical bone material for surgically operative osteosynthesis, wherein the external thread is a symmetrical angular or trapezoidal thread, which has at least one thread turn per millimeter, and the bone material is formed by osteons and is permeated by Haversian canals, wherein the thread flanks (9a, 9b), which delimit a thread valley, of the symmetrical angular or trapezoidal thread converge into each other via a thread valley portion, whose length, in an axial section of the bolt, lies in the range of 0.02 mm to 0.6 mm, characterized in that the thread valley portion is formed by a circular arc with a thread valley radius of 0.01 mm to 0.20 mm.
A machine arrangement having several processing stations for the processing of sheets, wherein in transport direction of the sheets several processing stations (01; 02; 03; 04; 06; 07; 08; 09; 11; 12) are arranged consecutively for the inline-processing of these sheets, wherein at least one of these processing stations is configured as a non-impact printing device and at least one of the processing stations (01; 02; 03; 04; 07; 08; 09; 11; 12; 126) arranged downstream in transport direction of the sheets of the non-impact printing device is configured as a dryer (07; 09; 123; 124), wherein at least one processing station (01; 02; 03; 04; 07; 08; 09; 11; 12; 126) arranged upstream in transport direction of the sheets of the non-impact printing device is configured as a coating device (02; 03; 08; 126), characterized in that the relevant coating device (02; 03; 08; 126) arranged upstream is configured as a device applying a coating in the form of a primer on the respective sheet, wherein the processing station having the non-impact printing device has a printing cylinder and the processing station having the primer application device (02; 126) has a contact pressure cylinder, wherein the non-impact printing device is arranged on the periphery of the printing cylinder and the primer application device (02; 126) is arranged on the periphery of the contact pressure cylinder, wherein the dryer (123; 124) arranged downstream in transport direction of the sheets of the non-impact printing device is arranged on the periphery of the printing cylinder in the direction of rotation of the printing cylinder downstream of the non-impact printing device, wherein three sheets are arranged or at least can be arranged consecutively on the lateral surface of the printing cylinder respectively in the peripheral direction, wherein each of the sheets to be transported is respectively held at the respective lateral surface of the printing cylinder by means of a holding element configured as a gripper, wherein the printing cylinder and the contact pressure cylinder are connected to one another in a toothed wheel traction unit and driven jointly in their respective rotation by a single drive, wherein this drive is configured as a speed-regulated electric motor and/or as a position-regulated electric motor.
Hair styling apparatus comprising: a heating member having a heating contacting surface for heating hair in contact with the heating member; a cooling member adjacent to the heating member, wherein the cooling member has a cooling contacting surface for cooling hair in contact with the cooling member and the cooling member is cooled by an active cooling mechanism; thermal insulation between the cooling member and the heating member; one or more tensioning members which project from the heating member and which, in use, tensions a user's hair; characterized in that the hair styling apparatus further comprises a guard which at least partially surrounds the heating member and tensioning member and which is thermally insulated from the heating member. a heating member having a heating contacting surface for heating hair in contact with the heating member; a cooling member adjacent to the heating member, wherein the cooling member has a cooling contacting surface for cooling hair in contact with the cooling member and the cooling member is cooled by an active cooling mechanism; thermal insulation between the cooling member and the heating member; one or more tensioning members which project from the heating member and which, in use, tensions a user's hair; characterized in that the hair styling apparatus further comprises a guard which at least partially surrounds the heating member and tensioning member and which is thermally insulated from the heating member.
Saw blade comprising teeth (6, 9, 12) which each have a first tooth flank (7, 10, 13) which faces a first end and is inclined at a first angle (a1, a2, a3) with respect to a line perpendicular to the extension direction of the saw blade, and a second tooth flank (8, 11, 14) which faces a second end and is inclined at a second angle (β1, β2, β3) with respect to the perpendicular line, which teeth are arranged in a push toothing adjacent to the first end, in which the first angles are greater than the second angles (β1), and in a pull toothing adjacent to the second end, in which the first angles are smaller than the second angles (β2), that teeth which are arranged in a neutral toothing between the push toothing and the pull toothing each have a first tooth flank having a first angle with respect to the perpendicular line that is smaller than the first angle of the push toothing and greater than the first angle of the pull toothing, and have a second tooth flank having a second angle (β3) with respect to the perpendicular line that is greater than the second angle (β1) of the push toothing and smaller than the second angle (β2) of the pull toothing, characterised in that the angle bisectors between the first tooth flank (7, 10, 13) and second tooth flank (8, 11, 14) of all of the teeth in each case intersect at a point or a circular area surrounding a point, the diameter of the circular area not being greater than a quarter of the length of the entire toothing.
Filter medium, comprising a first media layer and a second media layer, said second media layer being disposed in an intended flow direction of the filter medium behind the first media layer, wherein the first media layer is designed as nanofiber layer with nanofibers and wherein the second media layer is designed as support layer having an average weight per unit area of more than 60 gsm, wherein the first media layer features a first section on the inflow side and a second section on the outflow side towards the second media layer, characterized in that the nanofibers of the first section have a smaller average fiber diameter than the nanofibers of the second section.
A control method comprising: wirelessly communicating with a plurality of imaging devices; displaying, in a multi-view screen, identifiers corresponding respectively to the plurality of imaging devices, on the basis of the communication, and images captured by the plurality of imaging devices and wirelessly communicated the plurality of imaging devices; and characterised by when a status change occurs in at least one of the plurality of imaging devices, displaying, in the multi-view screen, an object (72, 76) to indicate the status change in association with an image corresponding to the at least one of the plurality of imaging devices; wherein the status change in the at least one of the plurality of imaging devices includes an occurrence of a malfunction in the at least one of the plurality of imaging devices; wherein malfunctions include a first malfunction and a second malfunction, and a display time differs between the object to indicate the first malfunction and the object to indicate the second malfunction; wherein the first malfunction is an ongoing malfunction and the object to indicate the first malfunction is continually displayed while the ongoing malfunction is occurring; and wherein the second malfunction is an isolated malfunction and the object to indicate the second malfunction is continually displayed until a designated time elapses. wirelessly communicating with a plurality of imaging devices; displaying, in a multi-view screen, identifiers corresponding respectively to the plurality of imaging devices, on the basis of the communication, and images captured by the plurality of imaging devices and wirelessly communicated the plurality of imaging devices; and characterised by when a status change occurs in at least one of the plurality of imaging devices, displaying, in the multi-view screen, an object (72, 76) to indicate the status change in association with an image corresponding to the at least one of the plurality of imaging devices; wherein the status change in the at least one of the plurality of imaging devices includes an occurrence of a malfunction in the at least one of the plurality of imaging devices; wherein malfunctions include a first malfunction and a second malfunction, and a display time differs between the object to indicate the first malfunction and the object to indicate the second malfunction; wherein the first malfunction is an ongoing malfunction and the object to indicate the first malfunction is continually displayed while the ongoing malfunction is occurring; and wherein the second malfunction is an isolated malfunction and the object to indicate the second malfunction is continually displayed until a designated time elapses.
A motor-vehicle seat comprising a backrest structure provided for receiving on its front part at least one padded portion, wherein: - said backrest structure is a monolithic element having a general concave conformation of a containing-tray type; - said backrest structure is made of expanded polypropylene so as to be particularly light and at the same time particularly resistant in case of stresses deriving from impact during operatior, characterised in that - said backrest structure comprises inside it a metal tubular frame arranged along the perimeter of the backrest structure so as to render said backrest structure a load-bearing structure; - wherein said metal tubular frame has a conformation that varies along its extension and defines a substantially quadrangular structure formed by two lateral tubular portions (20, 21) joined by two transverse tubular portions (22, 23), in such a way as to form a closed-loop tubular structure not visible from outside in the final configuration of the seat. - said backrest structure is a monolithic element having a general concave conformation of a containing-tray type; - said backrest structure is made of expanded polypropylene so as to be particularly light and at the same time particularly resistant in case of stresses deriving from impact during operatior, characterised in that - said backrest structure comprises inside it a metal tubular frame arranged along the perimeter of the backrest structure so as to render said backrest structure a load-bearing structure; - wherein said metal tubular frame has a conformation that varies along its extension and defines a substantially quadrangular structure formed by two lateral tubular portions (20, 21) joined by two transverse tubular portions (22, 23), in such a way as to form a closed-loop tubular structure not visible from outside in the final configuration of the seat.
System for the production of a beverage, more particularly a cold beverage, having a cartridge which has a reservoir filled with a beverage substance, and a beverage preparation unit having a cartridge receptacle in which the cartridge can be reversibly inserted, and a cartridge discharge device which causes an at least partial transfer of the beverage substance from the reservoir into a mixing chamber, wherein the beverage preparation unit furthermore has a fluid supply which opens into the mixing chamber, wherein the system has a movable plunger which is arranged inside the reservoir and can be transferred from a starting position into a final position by means of the cartridge discharge device, wherein the plunger is arranged as part of the cartridge permanently in the reservoir, wherein the cartridge discharge device comprises a movable ram which can be inserted on an input side of the cartridge into the cartridge in order to press the beverage substance out from the cartridge on an output side of the cartridge, wherein the cartridge-side end of the ram has the plunger, or wherein the cartridge-side end of the ram is provided for interacting with the plunger arranged in the cartridge in such a way that, during the insertion of the ram into the cartridge, the ram meets the plunger located in the starting position and is then displaced by the ram into the final position, characterized in that the cartridge has, in the region of the insert side, a sealing element (18, 19) which is opened by inserting the plunger, wherein the sealing element (18, 19) comprises a sealing film which tears as the plunger is inserted, wherein the sealing film is arranged between the plunger arranged in the starting position and the beverage substance, so that the sealing film is torn by the plunger as the ram is inserted, or wherein the plunger is arranged in the starting position between the sealing element (18, 19) and the beverage substance so that the sealing film is torn by the ram as the ram is inserted.
Composite membrane having a separating membrane layer and a support membrane which have one or more separating membrane layers, characterized in that at least one separating membrane layer is produced by curing laterally modified silicone acrylates of the general Formula I wherein: a = 25-500, b = 1-25, c = 0-20, R 1 = independent of one another identical or different alkyl or aryl radicals having 1 to 30 carbon atoms which optionally bear ether and/or ester and/or epoxy and/or alcohol functions, R 2 = independent of one another identical or different radicals from the group: R 1, R 3 and R 4, R 3 = independent of one another identical or different organic radicals which bear one or more acrylate groups, R 4 = identical or different polyether radicals. a = 25-500, b = 1-25, c = 0-20, R 1 = independent of one another identical or different alkyl or aryl radicals having 1 to 30 carbon atoms which optionally bear ether and/or ester and/or epoxy and/or alcohol functions, R 2 = independent of one another identical or different radicals from the group: R 1, R 3 and R 4, R 3 = independent of one another identical or different organic radicals which bear one or more acrylate groups, R 4 = identical or different polyether radicals.
Monitoring and control device for an aircraft actuator, comprising: • a control module, delivering control signals of the actuator and position signals of the actuator respectively determined according to control messages received from a piloting management system of the aircraft, and of at least one first position sensor supplying information concerning the position of the actuator, • a monitoring module, delivering actuator position signals and simultaneously receiving the control messages received from the piloting management system of the aircraft, and information relating to the position of the actuator supplied by at least one second position sensor, said control and monitoring modules being capable of assessing the consistency of the signals processed therein and of controlling accordingly an actuator power supply and disabling module of the actuator, said monitoring and control device being characterized in that the actuator is driven by an electric brushless-type motor, the first position sensor being a Hall effect type sensor supplying information concerning the rotational positioning of the rotor of the motor, the position of the actuator being determined by the control module based on an initial position information supplied by the monitoring module. • a control module, delivering control signals of the actuator and position signals of the actuator respectively determined according to control messages received from a piloting management system of the aircraft, and of at least one first position sensor supplying information concerning the position of the actuator, • a monitoring module, delivering actuator position signals and simultaneously receiving the control messages received from the piloting management system of the aircraft, and information relating to the position of the actuator supplied by at least one second position sensor,
A gas turbine electric power plant comprising: - a rotor, which extends along a longitudinal axis and is provided with a seat having two annular shoulders (17, 18); - at least one thrust bearing assembly housed in the seat; the thrust bearing assembly being provided with a plurality of pads (39; 43) circumferentially arranged and with an equalizing device configured to equalize the thrust on the pads (39; 43); the pads (39; 43) facing a respective annular shoulder (17; 18) of the rotor; - the plant being characterized by a control device comprising a calculating module configured to calculate at least one parameter indicative of a thrust non-uniformity amongst the circumferentially arranged pads on the basis of at least one parameter (TP1, TP2,..., TPX) indicative of a thrust exerted on the pads (39; 43) and a regulating module configured to regulate the equalizing device on the basis of the at least one parameter indicative of a thrust non-uniformity. - a rotor, which extends along a longitudinal axis and is provided with a seat having two annular shoulders (17, 18); - at least one thrust bearing assembly housed in the seat; the thrust bearing assembly being provided with a plurality of pads (39; 43) circumferentially arranged and with an equalizing device configured to equalize the thrust on the pads (39; 43); the pads (39; 43) facing a respective annular shoulder (17; 18) of the rotor; - the plant being characterized by a control device comprising a calculating module configured to calculate at least one parameter indicative of a thrust non-uniformity amongst the circumferentially arranged pads on the basis of at least one parameter (TP1, TP2,..., TPX) indicative of a thrust exerted on the pads (39; 43) and a regulating module configured to regulate the equalizing device on the basis of the at least one parameter indicative of a thrust non-uniformity.