mhurhangee/ep-ind-claims huggingface dataset:
A robotic cleaner system comprising a robotic vacuum cleaner configured for autonomous travel along a surface to be cleaned and a stationary base station, the robotic vacuum cleaner comprising a first brush arranged to rotate about a horizontal axis extending substantially perpendicularly to a main traveling direction of the robotic vacuum cleaner and having a first brush width along the horizontal axis, a second brush arranged to rotate about a substantially vertical axis, and a control arrangement, wherein the second brush is detachably connected to a main body of the robotic vacuum cleaner, and wherein the stationary base station is configured for receiving the second brush, characterised in that the second brush is a side brush comprising bristles extending laterally outside the first brush width seen along the main traveling direction, and the control arrangement is configured to disengage the second brush from the main body in the stationary base station when a surface portion of the surface to be cleaned is a carpeted surface portion. a first brush arranged to rotate about a horizontal axis extending substantially perpendicularly to a main traveling direction of the robotic vacuum cleaner and having a first brush width along the horizontal axis, a second brush arranged to rotate about a substantially vertical axis, and a control arrangement, wherein the second brush is detachably connected to a main body of the robotic vacuum cleaner, and wherein the stationary base station is configured for receiving the second brush, characterised in that the second brush is a side brush comprising bristles extending laterally outside the first brush width seen along the main traveling direction, and the control arrangement is configured to disengage the second brush from the main body in the stationary base station when a surface portion of the surface to be cleaned is a carpeted surface portion.
Device for individualising a cardboard element (2, 2a) from a cardboard element stack, wherein the device comprises an inlet opening, wherein the device comprises at least one actuating means, wherein the device comprises a first outlet opening, wherein a first intermediate area is arranged between the inlet opening and the first outlet opening, wherein the inlet opening determines an inlet position in the first intermediate area, wherein the first outlet opening determines an outlet position in the first intermediate area, wherein the inlet position in the first intermediate area is different from the outlet position in the first intermediate area, wherein a cardboard element arranged in the first intermediate area can be moved and/or rotated by means of the actuating means out of the inlet position in the first intermediate area into the outlet position in the first intermediate area, wherein the device comprises a further inlet opening and a further outlet opening, wherein a further intermediate area is arranged between the further inlet opening and the further outlet opening, characterised in that the further inlet opening determines an inlet position in the further intermediate area, wherein the further outlet opening determines an outlet position in the further intermediate area, wherein the device comprises at least one further actuating means, wherein a movement of a cardboard element arranged in the further intermediate space through the further outlet opening can be released by means of the further actuating means, wherein a centerline of the first outlet opening corresponds to a centerline of the further inlet opening.
The use of a semicrystalline thermoplastic polyester for producing an aerosol container, said polyester comprising: • at least one 1,4:3,6-dianhydrohexitol unit; • at least one alicyclic diol unit other than the 1,4:3,6-dianhydrohexitol units; • at least one terephthalic acid unit; wherein the /[ +] molar ratio is at least 0.05 and at most 0.30; said polyester not containing any aliphatic non-cyclic diol units or comprising a molar amount of aliphatic non-cyclic diol units, relative to all the monomer units of the polyester, of less than 5%, and the reduced solution viscosity (25°C; phenol (50%m): ortho-dichlorobenzene (50%m); 5 g/l of polyester) of said polyester being greater than 70 ml/g. • at least one 1,4:3,6-dianhydrohexitol unit; • at least one alicyclic diol unit other than the 1,4:3,6-dianhydrohexitol units; • at least one terephthalic acid unit;
Package comprising storage packaging as well as a confinement canister for irradiated fuel, the packaging comprising a lateral body which extends around a longitudinal axis of the packaging and which includes an internal surface which delimits a housing cavity wherein the canister is placed, the packaging furthermore comprising at least one assembly forming a guide rail for the canister in the cavity, the assembly being mounted on the lateral body and protruding at least partly into the housing cavity from said internal surface of the lateral body, characterised in that said assembly forming a guide rail includes an impact shock absorbing element designed to absorb the shock, by plastic deformation, of a lateral impact between the packaging and the confinement canister, and in that in any transverse section plane through the packaging and through the canister, the ratio of the surface area of the canister delimited by its external surface to the surface area of the cavity delimited by its internal surface is greater than 0.8.
A mixture comprising water, a linear copolymer comprising acrylic acid and 2-acrylamido-2-methyl propane sulfonic acid; and one or more metal oxide ceramic nanoparticles with a mean particle size of up to 100 nanometers; wherein the linear copolymer is at a concentration within the range between 1 wt.% and 2 wt.% on the basis of the total weight of the mixture, and the one or more metal oxide ceramic nanoparticles are at a concentration within the range between 60 wt.% and 70 wt.% on the basis of the total weight of the mixture, and water is in a complementary amount.
Drainable shoe stripping trough, for installation in the floor or a floor covering, comprising as follows • a trough element which has a trough base and a circumferential trough edge; • at least one opening element which can be removed in some areas; characterized in that the at least one opening element is designed and arranged in such a way that it closes at least one edge drainage opening in the trough edge and/or at least one base drainage opening in the trough base so that it can be exposed. • a trough element which has a trough base and a circumferential trough edge; • at least one opening element which can be removed in some areas;
Method for assessing the measurement accuracy of different sensors for the same measurement variable, having the steps: - receiving measurement values (m 1,..., m n) of the same measurement variable, which have been recorded by different sensors (41, 42, 43), - ascertaining a consensus matrix by applying a z-test with a predetermined significance value on the basis of the recorded measurement values (m 1,..., m n) as well as an assumed statistical normal distribution (n 1,..., n n) of the measurement values, - rescaling the statistical normal distributions (n i) of the measurement values (m i (mine)), which have the lowest consensus, with the smallest scaling value (sc min), with which at least one of these measurement values (m i (minc)) has an increased consensus, - repeating the last two steps until a desired consensus level is reached. - receiving measurement values (m 1,..., m n) of the same measurement variable, which have been recorded by different sensors (41, 42, 43), - ascertaining a consensus matrix by applying a z-test with a predetermined significance value on the basis of the recorded measurement values (m 1,..., m n) as well as an assumed statistical normal distribution (n 1,..., n n) of the measurement values, - rescaling the statistical normal distributions (n i) of the measurement values (m i (mine)), which have the lowest consensus, with the smallest scaling value (sc min), with which at least one of these measurement values (m i (minc)) has an increased consensus, - repeating the last two steps until a desired consensus level is reached.
A method of injection molding a part made of composite material, the method consisting in placing a preform in a mold, in injecting a resin into the mold so as to impregnate the preform, and in unmolding the part after curing the resin, consisting also in subjecting the resin and the preform to pressure inside the mold while the resin is curing, characterized in that the pressure is applied to the part by injecting a fluid under pressure into the cavity of the mold, e.g. by injecting a gas such as air or nitrogen, or a liquid that is not miscible with the resin.
A cleaner unit comprising: a cleaner comprising: a cleaner body including a battery housing configured to receive a battery; and an extension tube having an end to which the nozzle is coupled, being adjustable in length and connected to the cleaner body; and a support device supporting the cleaner in a state in which the extension tube extends in a vertical direction, wherein the support body comprises a first fixing part and a second fixing part disposed to be spaced apart from the first fixing part, characterized in that: the first fixing part includes a first fixing groove and the second fixing part includes a second fixing groove, the battery housing of the cleaner body includes fixing protrusions formed on both sides thereof, the fixing protrusions being accommodated in the first and second fixing grooves, and the support body and the battery housing are arranged such that the battery housing is disposed between the first fixing part and the second fixing part in a state in which the fixing protrusions is received in the first and second side fixing grooves. a cleaner comprising: a cleaner body including a battery housing configured to receive a battery; and an extension tube having an end to which the nozzle is coupled, being adjustable in length and connected to the cleaner body; and a cleaner body including a battery housing configured to receive a battery; and an extension tube having an end to which the nozzle is coupled, being adjustable in length and connected to the cleaner body; and a support device supporting the cleaner in a state in which the extension tube extends in a vertical direction, wherein the support body comprises a first fixing part and a second fixing part disposed to be spaced apart from the first fixing part, characterized in that: the first fixing part includes a first fixing groove and the second fixing part includes a second fixing groove, the battery housing of the cleaner body includes fixing protrusions formed on both sides thereof, the fixing protrusions being accommodated in the first and second fixing grooves, and the support body and the battery housing are arranged such that the battery housing is disposed between the first fixing part and the second fixing part in a state in which the fixing protrusions is received in the first and second side fixing grooves. the first fixing part includes a first fixing groove and the second fixing part includes a second fixing groove, the battery housing of the cleaner body includes fixing protrusions formed on both sides thereof, the fixing protrusions being accommodated in the first and second fixing grooves, and the support body and the battery housing are arranged such that the battery housing is disposed between the first fixing part and the second fixing part in a state in which the fixing protrusions is received in the first and second side fixing grooves.
Energy-saving electrostatic dust collector comprising an electrostatic dust collection device connected to the flue, a fume afterheat recycling device disposed in the flue on the front of the dust collection device, and an automatic control apparatus, wherein the fume afterheat recycling device comprises a heat exchanger which comprises a heat absorption section and a heat radiating section connected to the heat absorption section, the heat absorption section being located at the flue gas inlet of the dust collection device, the heat radiating section is connected to a condensed water pipe, and the flue gas temperature at the flue gas inlet of the dust collection device is controllable and higher than the acid dew point T of the flue gas, wherein the heat absorption section and the heat radiating section of the heat exchanger are connected with each other through a vapor pipe and a water return pipe, and the heat radiating section is positioned higher than the heat absorption section, characterised by a temperature sensor disposed on the heat absorption section and connected to the automatic control apparatus, and by an electric control valve disposed on the condensed-water pipe connected to the heat radiating section, the electric control valve being connected to the automatic control apparatus, the automation control apparatus measuring the inner wall temperature of the heat absorption section through the temperature sensor and controlling the flow rate of the condensed water in the condensed water pipe, thereby controlling said temperature by adjusting the flow rate of the condensed water by means of the electric control valve.
A system for cleaning a toilet having a respective inner space for draining faeces; said system comprising a hydraulic device provided with a first water tank, at least one nozzle hydraulically connected to said first tank and pumping means arranged between said first tank and said at least one nozzle to pressurize the water to be supplied; said hydraulic device comprising a closing member adapted to be hinged to the bowl of said toilet and comprising a plate provided with said at least one nozzle; a control device provided with a data processing unit electronically connected to said hydraulic device to manage said pumping means; a power device being provided to supply said pumping means and said control device with electrical energy; wherein said hydraulic device comprises a supply member with an axially-symmetrical hollow body provided with a supply head presenting said at least one nozzle, said supply member being carried by said plate of said closing member in an articulated manner, meaning that said supply member can be rotated around at least one first and one second axis of rotation X and Y, perpendicular to each other and coplanar with said plate, wherein said hollow body of said supply member furthermore presents an intermediate segment (15") presenting a respective convexity of substantially spherical shape, said intermediate segment being housed in a hole provided in said plate, wherein said hole presents a concave side surface shaped so as to define a spherical seat to couple in a form-fitting manner to the convexity of said intermediate segment (15"), and characterized in that said hollow body of said supply member further comprises an end portion (15"') arranged at opposite side from said supply head and presenting greater outer diameter than said intermediate segment (15").
Method for configuring a steering system for a vehicle, wherein - the steering system is designed with a steering wheel actuator for applying a torque and/or a force to a steering mechanism and/or a steering wheel of the vehicle and with a control unit which is set up to control the operation of the steering wheel actuator and has a steering force and/or steering torque specification unit for this purpose, - a steering force and/or steering torque specification unit comprising a neural network is used for the controllable specification of a steering force and/or a steering torque, characterized in that - the neural network is trained and/or conditioned based on baseline data relating to a plurality of driving and/or steering manoeuvres at at least one reference steering system of at least one reference vehicle as training data. - the steering system is designed with a steering wheel actuator for applying a torque and/or a force to a steering mechanism and/or a steering wheel of the vehicle and with a control unit which is set up to control the operation of the steering wheel actuator and has a steering force and/or steering torque specification unit for this purpose, - a steering force and/or steering torque specification unit comprising a neural network is used for the controllable specification of a steering force and/or a steering torque, characterized in that - the neural network is trained and/or conditioned based on baseline data relating to a plurality of driving and/or steering manoeuvres at at least one reference steering system of at least one reference vehicle as training data.
A load detection sensor unit which is disposed below a sheet cushion, comprising: a load detection sensor which includes a pair of electrodes (56e, 57e) facing each other with a predetermined gap interposed therebetween and a metal plate covering at least a part of one electrode located near the sheet cushion among the pair of electrodes (56e, 57e) from the sheet cushion; a pressing member that includes a pressing portion pressed against the sheet cushion and harder than the sheet cushion, wherein the pair of electrodes (56e, 57e) contacts each other when the metal plate is bent in a case in which the pressing portion presses a part of the metal plate, characterized by the load detection sensor unit further comprising a first movement regulation member that regulates a relative movement between the pressing member and the metal plate in a plane direction of the metal plate, wherein the first movement regulation member is a rib provided on the pressing member and inserted into a penetration hole formed in the metal plate. a load detection sensor which includes a pair of electrodes (56e, 57e) facing each other with a predetermined gap interposed therebetween and a metal plate covering at least a part of one electrode located near the sheet cushion among the pair of electrodes (56e, 57e) from the sheet cushion; a pressing member that includes a pressing portion pressed against the sheet cushion and harder than the sheet cushion, wherein the pair of electrodes (56e, 57e) contacts each other when the metal plate is bent in a case in which the pressing portion presses a part of the metal plate, characterized by the load detection sensor unit further comprising a first movement regulation member that regulates a relative movement between the pressing member and the metal plate in a plane direction of the metal plate, wherein the first movement regulation member is a rib provided on the pressing member and inserted into a penetration hole formed in the metal plate.
A method performed by a wearable electronic device, the method comprising: receiving a first notification for a first application and a second notification for a second application different from the first application; generating, by at least one processor, a first notification page including at least part of the first notification and a second notification page including at least part of the second notification; generating an abstract page including a first object indicating receipt of the first notification and a second object indicating receipt of the second notification; and displaying the abstract page on a display; and switching from displaying the abstract page to displaying the first notification page in response to detecting an input signal selecting the first object; and switching from displaying the first notification page to displaying the second notification page in response to detecting an input signal for displaying the second notification page, wherein the abstract page, the first notification page, and the second notification page are generated and displayed based on a same application. receiving a first notification for a first application and a second notification for a second application different from the first application; generating, by at least one processor, a first notification page including at least part of the first notification and a second notification page including at least part of the second notification; generating an abstract page including a first object indicating receipt of the first notification and a second object indicating receipt of the second notification; and displaying the abstract page on a display; and switching from displaying the abstract page to displaying the first notification page in response to detecting an input signal selecting the first object; and switching from displaying the first notification page to displaying the second notification page in response to detecting an input signal for displaying the second notification page, wherein the abstract page, the first notification page, and the second notification page are generated and displayed based on a same application.
A tumor ablation system, comprising: a) an ablation device comprising a proximal region, a central region and a distal region, - said distal region configured to deliver ablation energy, - at least one stick region being positioned within the central region and/or the proximal region and configured to attain and maintain a temperature causing freezing of tissue to facilitate adhering of the tissue to the stick region in order to stabilize the ablation device in a desired position with respect to a target tissue during ablation by applying energy selected from the group consisting of microwave, radiofrequency, laser, focused ultrasound, plasma, electroporation and radiation, - a seal positioned between said stick region and the distal region thereby preventing exposure of the stick region to said distal region; b) one or more coolant tanks supplying coolant to said ablation device; c) a power supply; and d) a computer module comprising a processor and software - for regulating the amount of energy provided to the ablation device and - configured to control parameters of fluid infusion, or to prime coolant for distribution into said ablation device. a) an ablation device comprising a proximal region, a central region and a distal region, - said distal region configured to deliver ablation energy, - at least one stick region being positioned within the central region and/or the proximal region and configured to attain and maintain a temperature causing freezing of tissue to facilitate adhering of the tissue to the stick region in order to stabilize the ablation device in a desired position with respect to a target tissue during ablation by applying energy selected from the group consisting of microwave, radiofrequency, laser, focused ultrasound, plasma, electroporation and radiation, - a seal positioned between said stick region and the distal region thereby preventing exposure of the stick region to said distal region; - said distal region configured to deliver ablation energy, - at least one stick region being positioned within the central region and/or the proximal region and configured to attain and maintain a temperature causing freezing of tissue to facilitate adhering of the tissue to the stick region in order to stabilize the ablation device in a desired position with respect to a target tissue during ablation by applying energy selected from the group consisting of microwave, radiofrequency, laser, focused ultrasound, plasma, electroporation and radiation, - a seal positioned between said stick region and the distal region thereby preventing exposure of the stick region to said distal region; b) one or more coolant tanks supplying coolant to said ablation device; c) a power supply; and d) a computer module comprising a processor and software - for regulating the amount of energy provided to the ablation device and - configured to control parameters of fluid infusion, or to prime coolant for distribution into said ablation device. - for regulating the amount of energy provided to the ablation device and - configured to control parameters of fluid infusion, or to prime coolant for distribution into said ablation device.