mhurhangee/ep-ind-claims huggingface dataset:
Appliance for cooking food comprising - an upper heating plate and a lower heating plate provided with surfaces (2a, 3a) facing each other, the upper heating plate being movable between a closed position in which the upper and the lower heating plates are in contact with each other and an open position in which the upper and the lower heating plates are spaced from each other, - linkage means constrained to the upper heating plate and to the lower heating plate to allow the upper heating plate to be lifted from or to approach in a substantially parallel manner the lower heating plate, characterized by the fact that the appliance comprises one or more cavities for housing food to be cooked at least at one of said surfaces (2a, 3a) and at least one vent channel adapted to put said one or more cavities in fluid communication with an environment external to the appliance when plates are in said closed position, and wherein the linkage means comprise opening means configured to operate the linkage means and to move the upper plate away from the lower plate such to allow the cavities to be opened to the external environment when gas pressure inside said cavities exceeds a threshold value. - an upper heating plate and a lower heating plate provided with surfaces (2a, 3a) facing each other, the upper heating plate being movable between a closed position in which the upper and the lower heating plates are in contact with each other and an open position in which the upper and the lower heating plates are spaced from each other, - linkage means constrained to the upper heating plate and to the lower heating plate to allow the upper heating plate to be lifted from or to approach in a substantially parallel manner the lower heating plate, characterized by the fact that the appliance comprises one or more cavities for housing food to be cooked at least at one of said surfaces (2a, 3a) and at least one vent channel adapted to put said one or more cavities in fluid communication with an environment external to the appliance when plates are in said closed position, and wherein the linkage means comprise opening means configured to operate the linkage means and to move the upper plate away from the lower plate such to allow the cavities to be opened to the external environment when gas pressure inside said cavities exceeds a threshold value.
A voltage/reactive power control apparatus configured to be applied to a power system having a monitoring point set in a local system divided as appropriate from the power system and the local system having a voltage/reactive power control device adjustable in accordance with a control target value of voltage and reactive power at the monitoring point, wherein the voltage/reactive power control apparatus includes a central control unit configured to set the control target value of the voltage and reactive power at the monitoring point in the local system based on optimal power flow calculation using total system data on the power system, characterized in that the central unit is further configured to generate a correction function to correct the control target value in accordance with a change in power flow state of the power system relating to the monitoring point by using past history information on the states of the power system, wherein the correction function represents a relationship between the control target value at the monitoring point and the controlled variable value provided by the voltage/reactive power control device wherein, in order to generate the correction function, the central control unit is further configured to acquire past history power flow data from a past history power flow database for the state of the power system, and to calculate voltage deviation amounts with respect to state changes at a plurality of time cross sections, and is further configured to output the control target value and at least one or more correction functions for the voltage/reactive power control device that is controlled by the control target value given by the voltage/reactive power control apparatus and the correction function.
A functional element, in particular a bolt element, for attachment to a workpiece, in particular a sheet metal part, said functional element comprising a fastening section that has a reshaping section which can be reshaped to fasten the functional element to the workpiece, in particular wherein the reshaping section is a rivet section, and a functional section having a functional region, wherein the functional section is connected to the fastening section, wherein the fastening section and the functional section are produced from different materials, and wherein the fastening section has a self-punching design, characterized in that the functional section is rotationally fixedly connected to the fastening section. a fastening section that has a reshaping section which can be reshaped to fasten the functional element to the workpiece, in particular wherein the reshaping section is a rivet section, and a functional section having a functional region, wherein the functional section is connected to the fastening section, wherein the fastening section and the functional section are produced from different materials, and wherein the fastening section has a self-punching design, characterized in that the functional section is rotationally fixedly connected to the fastening section.
Drive of a breech or breech carrier which can be moved in the axial direction with respect to a weapon barrel, having a motor or the like, having the following features: • a crank with a groove in which a crank pin having at least one sliding means and a guide block fitted thereto are introduced, wherein the sliding means is positively guided in at least one control cam, with • the crank being permanently rotated about a rotation axis, and • the guide block engaging in a groove, which is arranged transversely with respect to the firing direction, in the breech carrier, such that • the movements in the firing direction, which are predetermined by the control cam, are transmitted directly and/or via crank pin and breech carrier to the breech, and movements transversely with respect to the firing direction result in relative movement of the guide block of the crank pin with respect to the groove in the breech carrier or breech. • a crank with a groove in which a crank pin having at least one sliding means and a guide block fitted thereto are introduced, wherein the sliding means is positively guided in at least one control cam, with • the crank being permanently rotated about a rotation axis, and • the guide block engaging in a groove, which is arranged transversely with respect to the firing direction, in the breech carrier, such that • the movements in the firing direction, which are predetermined by the control cam, are transmitted directly and/or via crank pin and breech carrier to the breech, and movements transversely with respect to the firing direction result in relative movement of the guide block of the crank pin with respect to the groove in the breech carrier or breech.
A liquid discharging apparatus comprising: a carriage configured to be reciprocatable relative to a medium; and a plurality of discharging units attached to the carriage and configured to discharge liquid onto the medium, characterized in that at a plurality of replacement positions in a reciprocation direction of the carriage, the carriage allows the plurality of discharging units to be replaced, and at the plurality of replacement positions for the carriage, a discharging unit to be replaced, among the plurality of discharging units, is accessible from a downstream side in a discharge direction of the liquid. a carriage configured to be reciprocatable relative to a medium; and a plurality of discharging units attached to the carriage and configured to discharge liquid onto the medium, characterized in that at a plurality of replacement positions in a reciprocation direction of the carriage, the carriage allows the plurality of discharging units to be replaced, and at the plurality of replacement positions for the carriage, a discharging unit to be replaced, among the plurality of discharging units, is accessible from a downstream side in a discharge direction of the liquid.
Method for operating an active chassis system of a motor vehicle, wherein from sensor data of at least one ahead-looking environment sensor (5a, 5b) of the motor vehicle a height profile size, describing unevennesses of the road for which compensation is to be made, said unevennesses lying in front of the motor vehicle, is determined for actuating at least one actuator influencing the position of the vehicle body, characterised in that at least one reference profile, describing the height course of the road for which compensation is not to be made, is determined from currently received sensor data from the environment sensors (5a, 5b), said data describing an ahead-looking area of the road in front of the motor vehicle, and from historical sensor data describing a route section which has already been traversed by the motor vehicle, wherein the height profile size is determined from a difference between the reference profile and the height profile described by means of the sensor data for at least one part of the ahead-looking area.
A method for wireless communication, comprising: identifying a first service for transmission of first service data to a user equipment, UE, during a first transmission time interval, TTI; identifying a second service having a second TTI that is shorter than the first TTI for transmitting second service data; transmitting a first transmission of the first service to the UE during the first TTI; puncturing a first portion of the first transmission with a second transmission of the second service, a duration of the first portion corresponding to the second TTI; and transmitting the first portion of the first transmission to the UE during a subsequent portion of the first TTI, wherein the first portion of the first transmission is transmitted during the subsequent portion of the first TTI concurrently with a second portion of the first transmission that is transmitted in the subsequent portion of the first TTI. identifying a first service for transmission of first service data to a user equipment, UE, during a first transmission time interval, TTI; identifying a second service having a second TTI that is shorter than the first TTI for transmitting second service data; transmitting a first transmission of the first service to the UE during the first TTI; puncturing a first portion of the first transmission with a second transmission of the second service, a duration of the first portion corresponding to the second TTI; and transmitting the first portion of the first transmission to the UE during a subsequent portion of the first TTI, wherein the first portion of the first transmission is transmitted during the subsequent portion of the first TTI concurrently with a second portion of the first transmission that is transmitted in the subsequent portion of the first TTI.
Electrosurgical instrument with a head with a lumen of a channel which can be loaded with gas, and a first opening connected to the lumen for forming a primary stream of gas away from the head, and at least one second opening (26, 27) connected to the lumen for forming at least one secondary stream (38, 39) of gas next to the primary stream or at least partially around the primary stream, so that the one or more secondary streams (38, 39), which are formed next to the primary stream or at least partially around the primary stream, at least partially surround the primary stream, wherein an electrode is arranged in the head, wherein the electrode is arranged in a channel portion of the channel adjoining the first opening and opening into the first opening, wherein the distal end of the electrode is arranged downstream of the second opening (26, 27) viewed in the gas flow direction. a head with a lumen of a channel which can be loaded with gas, and a first opening connected to the lumen for forming a primary stream of gas away from the head, and at least one second opening (26, 27) connected to the lumen for forming at least one secondary stream (38, 39) of gas next to the primary stream or at least partially around the primary stream, so that the one or more secondary streams (38, 39), which are formed next to the primary stream or at least partially around the primary stream, at least partially surround the primary stream, wherein an electrode is arranged in the head, wherein the electrode is arranged in a channel portion of the channel adjoining the first opening and opening into the first opening, wherein the distal end of the electrode is arranged downstream of the second opening (26, 27) viewed in the gas flow direction.
A method for assembling a nacelle assembly, said method comprising: providing an outer structure that extends at least between a highlight defined by a forward end of the outer structure and a point defined by a maximum diameter of the nacelle assembly; coupling a structural foam to an inner surface of an outer aft section of the outer structure, the structural foam being oriented and positioned to facilitate absorbing any aftward forces induced to an outer surface of the outer structure; coupling the outer structure to an inner barrel and a fan case; providing a stiffener coupled to the inner surface of the outer aft section, the stiffener being oriented either circumferentially and/or longitudinally to facilitate structurally supporting the outer aft section; providing a first bulkhead coupled to and extending between the outer aft section and the inner barrel; providing a second bulkhead coupled to and extending between the outer aft section and an inner aft section of the outer structure; and providing a third bulkhead coupled to and extending between the outer aft section and the fan case, wherein the first, second and third bulkheads (57, 58, 59) are configured to facilitate absorbing any aftward forces induced to the outer surface of the outer structure. providing an outer structure that extends at least between a highlight defined by a forward end of the outer structure and a point defined by a maximum diameter of the nacelle assembly; coupling a structural foam to an inner surface of an outer aft section of the outer structure, the structural foam being oriented and positioned to facilitate absorbing any aftward forces induced to an outer surface of the outer structure; coupling the outer structure to an inner barrel and a fan case; providing a stiffener coupled to the inner surface of the outer aft section, the stiffener being oriented either circumferentially and/or longitudinally to facilitate structurally supporting the outer aft section; providing a first bulkhead coupled to and extending between the outer aft section and the inner barrel; providing a second bulkhead coupled to and extending between the outer aft section and an inner aft section of the outer structure; and providing a third bulkhead coupled to and extending between the outer aft section and the fan case, wherein the first, second and third bulkheads (57, 58, 59) are configured to facilitate absorbing any aftward forces induced to the outer surface of the outer structure.
Nintedanib for use in inducing pterygium regression from visual axis/central cornea in an affected eye or stabilizing a pterygium in an affected eye.
A screw discharger for a filtering centrifuge, comprising a main body, a top cover, a conical bushing, and a sealing gasket, the main body comprising a plurality of floating vanes; wherein the main body further comprises a conical sleeve, a plurality of primary vanes, a plurality of secondary vanes; the primary vanes and the secondary vanes are disposed on the conical sleeve; a baffle is disposed on the main body of the screw discharger and is disposed between the primary vanes and the secondary vanes, so that in use no materials enter the space between the primary vanes and the secondary vanes; the plurality of floating vanes is disposed at an outer side of the secondary vanes; the conical bushing is attached to an inner surface of the conical sleeve of the main body; the sealing gasket is disposed between tops of the conical bushing and the conical sleeve and the top cover; and the conical bushing, the conical sleeve, and the top cover are fixed via bolts. wherein the main body further comprises a conical sleeve, a plurality of primary vanes, a plurality of secondary vanes; the primary vanes and the secondary vanes are disposed on the conical sleeve; a baffle is disposed on the main body of the screw discharger and is disposed between the primary vanes and the secondary vanes, so that in use no materials enter the space between the primary vanes and the secondary vanes; the plurality of floating vanes is disposed at an outer side of the secondary vanes; the conical bushing is attached to an inner surface of the conical sleeve of the main body; the sealing gasket is disposed between tops of the conical bushing and the conical sleeve and the top cover; and the conical bushing, the conical sleeve, and the top cover are fixed via bolts.
A personal care product comprising a manually-actuable, non-aerosol dispenser equipped with a reservoir comprising a reservoir volume, a mixing chamber and a dispensing head, wherein the reservoir contains a liquid hair coloring mixture comprising: (i) an oxidative dye precursor, (ii) a foaming agent, (iii) an alkalizing agent (iv) a thickening agent; and (v) an oxidizing agent; wherein the volume of the hair coloring mixture is less than the reservoir volume; wherein the mixed viscosity of the hair coloring mixture is about 0.4 Pascal seconds (400 cps) to about 1.5 Pascal seconds (1500 cps); wherein when the manually-actuable, non-aerosol dispenser is actuated the hair coloring mixture is mixed with air in an liquid to air ratio of from about 1:6 to about 1:15, preferably from 1:8 to 1:12, more preferably from 1:12 to 1:10, and is dispensed as a foam from the manually-actuable, non-aerosol dispenser; wherein the reservoir is fluidly connected to the mixing chamber, the mixing chamber is fluidly connected to the dispensing head; wherein when the manually-actuable, nonaerosol dispenser is actuated, a hair colorant product is dispensed as a foam; wherein the mixing chamber comprises at least one liquid ingress orifice, at least one air ingress orifice and at least one mixing chamber egress orifice: wherein the total area of the at least one air ingress orifice is from about 0.62mm 2 to about 3.14mm 2, preferably from about 1.26mm 2 to about 1.88mm 2; wherein the total area of the at least one liquid ingress orifice is from about 1.5mm 2 to about 3mm 2, preferably from about 1.8mm 2 to about 2.3mm 2. (i) an oxidative dye precursor, (ii) a foaming agent, (iii) an alkalizing agent (iv) a thickening agent; and (v) an oxidizing agent; wherein the total area of the at least one air ingress orifice is from about 0.62mm 2 to about 3.14mm 2, preferably from about 1.26mm 2 to about 1.88mm 2; wherein the total area of the at least one liquid ingress orifice is from about 1.5mm 2 to about 3mm 2, preferably from about 1.8mm 2 to about 2.3mm 2.
A method for controlling service operation risks, wherein the method comprises: monitoring, by an application program on an end-user device, a service operation initiated by a user for invoking offline service information necessary to complete a service offline when the end-user device is disconnected from a network; determining whether the service operation is a risky operation based on recorded historical operation data and at least one of a predetermined risk evaluation rule or a risk evaluation model after the service operation is monitored, wherein the recorded historical operation data is stored in the end-user device, wherein the recorded historical operation data comprises behavior data of an authorized user recorded when the authorized user was using the service online when the end-user device was connected to the network; if yes, refusing to invoke the offline service information; otherwise, invoking the offline service information to complete the service offline. monitoring, by an application program on an end-user device, a service operation initiated by a user for invoking offline service information necessary to complete a service offline when the end-user device is disconnected from a network; determining whether the service operation is a risky operation based on recorded historical operation data and at least one of a predetermined risk evaluation rule or a risk evaluation model after the service operation is monitored, wherein the recorded historical operation data is stored in the end-user device, wherein the recorded historical operation data comprises behavior data of an authorized user recorded when the authorized user was using the service online when the end-user device was connected to the network; if yes, refusing to invoke the offline service information; otherwise, invoking the offline service information to complete the service offline.
Method for coating only some regions of a component which has not previously been fully coated with a coating material, which component is provided for arrangement in the hot gas channel in a turbine intermediate housing of a turbomachine as a panel, i.e., as a hot gas channel plate, or as a fairing, i.e., as a covering of a support strut supporting the bearing of the turbine shaft, in which method - the coating material or a precursor thereof is kept in the form of particles mixed with a binder; - a layer of the particle-treated binder is applied to a region (24a, b) of an uncoated surface of the component; - the component with the particle-treated binder thereon is heat-treated such that the binder dissolves and the coating material remains on the component; - a functional surface area of the surface of the component which is to be machined or has been machined and which represents, with regard to an assembly of the component with other components in the turbomachine, an assembly limit and a contact surface with which the component rests against another component, remains uncoated in the fully coated component, wherein in the method a surface area of at least 10% of a part of the surface of the component facing the hot gas is coated. - the coating material or a precursor thereof is kept in the form of particles mixed with a binder; - a layer of the particle-treated binder is applied to a region (24a, b) of an uncoated surface of the component; - the component with the particle-treated binder thereon is heat-treated such that the binder dissolves and the coating material remains on the component; - a functional surface area of the surface of the component which is to be machined or has been machined and which represents, with regard to an assembly of the component with other components in the turbomachine, an assembly limit and a contact surface with which the component rests against another component, remains uncoated in the fully coated component, wherein in the method a surface area of at least 10% of a part of the surface of the component facing the hot gas is coated.