mhurhangee/ep-ind-claims huggingface dataset:
Deflector device for a wheel of a motor vehicle, comprising a baseplate and a deflector wall which is configured to be mounted with the ability to move with respect to the baseplate between: - a deployed position and - a retracted position, the deflector device comprising an articulated mechanism for moving the deflector wall, comprising at least one link rod (221, 222) connected to the deflector wall so as to allow said deflector wall to be moved between the retracted and deployed position via said at least one link rod (221, 222), the articulated mechanism comprising at least two sets of link rods (22a, 22b), each set of link rods (22a, 22b) comprising at least a first and a second link rod (221, 222) articulated to one another, characterized in that the deflector device comprises at least two transverse bars connecting the two first link rods. - a deployed position and - a retracted position, the deflector device comprising an articulated mechanism for moving the deflector wall, comprising at least one link rod (221, 222) connected to the deflector wall so as to allow said deflector wall to be moved between the retracted and deployed position via said at least one link rod (221, 222), the articulated mechanism comprising at least two sets of link rods (22a, 22b), each set of link rods (22a, 22b) comprising at least a first and a second link rod (221, 222) articulated to one another, characterized in that the deflector device comprises at least two transverse bars connecting the two first link rods.
A thermal barrier for a wireless power transfer system, the thermal barrier comprising: a first surface area for coupling to a power receiver to be powered by a first electromagnetic signal; a second surface area for coupling to a power transmitter providing a second electromagnetic signal; a power repeater comprising a resonance circuit including an inductor and a capacitor, the power repeater being arranged to generate the first electromagnetic signal by concentrating energy of the second electromagnetic signal towards the first surface area and characterized in that it comprises: a receiver for receiving a temperature measurement; and a controller for controlling a first level of the first electromagnetic signal by adapting a property of the resonance circuit, the controller being arranged to reduce the first level for increasing values of the temperature measurement. a first surface area for coupling to a power receiver to be powered by a first electromagnetic signal; a second surface area for coupling to a power transmitter providing a second electromagnetic signal; a power repeater comprising a resonance circuit including an inductor and a capacitor, the power repeater being arranged to generate the first electromagnetic signal by concentrating energy of the second electromagnetic signal towards the first surface area and characterized in that it comprises: a receiver for receiving a temperature measurement; and a controller for controlling a first level of the first electromagnetic signal by adapting a property of the resonance circuit, the controller being arranged to reduce the first level for increasing values of the temperature measurement. a receiver for receiving a temperature measurement; and a controller for controlling a first level of the first electromagnetic signal by adapting a property of the resonance circuit, the controller being arranged to reduce the first level for increasing values of the temperature measurement.
A control method implemented in a control device of a spark-ignition internal combustion engine based on a calculation of an estimated mass (Massa_aria_stim) of air at the intake of the internal combustion engine, wherein said estimated mass of air is a function of: - a measured air temperature (Temp_aria_mis) of said air, - a measured rotation speed (Speed_Mis) of said internal combustion engine, - a pressure of said air, the method comprising a step of estimating said pressure (Press_aria_comb) of said air as a sum of: - - a measured pressure (Press_aria_Mis) of said air, preliminarily low-pass filtered - - an estimated pressure (Pressione_aria_Obj) of said air, preliminarily high-pass filtered and calculated as a function of: + an objective torque (Coppia_Obj) required from the internal combustion engine, + said measured air temperature (Temp_aria_mis) + said measured rotation speed (Speed_Mis). - a measured air temperature (Temp_aria_mis) of said air, - a measured rotation speed (Speed_Mis) of said internal combustion engine, - a pressure of said air, the method comprising a step of estimating said pressure (Press_aria_comb) of said air as a sum of: - - a measured pressure (Press_aria_Mis) of said air, preliminarily low-pass filtered - - an estimated pressure (Pressione_aria_Obj) of said air, preliminarily high-pass filtered and calculated as a function of: + an objective torque (Coppia_Obj) required from the internal combustion engine, + said measured air temperature (Temp_aria_mis) + said measured rotation speed (Speed_Mis). - - a measured pressure (Press_aria_Mis) of said air, preliminarily low-pass filtered - - an estimated pressure (Pressione_aria_Obj) of said air, preliminarily high-pass filtered and calculated as a function of: + an objective torque (Coppia_Obj) required from the internal combustion engine, + said measured air temperature (Temp_aria_mis) + said measured rotation speed (Speed_Mis). + an objective torque (Coppia_Obj) required from the internal combustion engine, + said measured air temperature (Temp_aria_mis) + said measured rotation speed (Speed_Mis).
A power tool comprising: a housing; an electric motor disposed within the housing; a power switch circuit disposed between a power supply and the electric motor, and a main controller arranged to control a switching operation of the power switch circuit to regulate a speed of the motor, and is configured to monitor at least one of a speed or a rotational direction of the electric motor and deactivate the power switch circuit upon detection of fault condition associated the speed or the rotational direction of the electric motor; characterised in that the power tool further comprises: a main solid-state switch arranged to activate a supply of power to the electric motor; a secondary solid-state switch activated via the main controller and coupled to a gate of the main solid-state switch, and a redundant controller configured to monitor at least one of the speed or the rotational direction of the electric motor independently from the main controller and deactivate the power switch circuit upon detection of fault condition associated the speed or the rotational direction of the electric motor. a housing; an electric motor disposed within the housing; a power switch circuit disposed between a power supply and the electric motor, and a main controller arranged to control a switching operation of the power switch circuit to regulate a speed of the motor, and is configured to monitor at least one of a speed or a rotational direction of the electric motor and deactivate the power switch circuit upon detection of fault condition associated the speed or the rotational direction of the electric motor; characterised in that the power tool further comprises: a main solid-state switch arranged to activate a supply of power to the electric motor; a secondary solid-state switch activated via the main controller and coupled to a gate of the main solid-state switch, and a redundant controller configured to monitor at least one of the speed or the rotational direction of the electric motor independently from the main controller and deactivate the power switch circuit upon detection of fault condition associated the speed or the rotational direction of the electric motor. a main solid-state switch arranged to activate a supply of power to the electric motor; a secondary solid-state switch activated via the main controller and coupled to a gate of the main solid-state switch, and a redundant controller configured to monitor at least one of the speed or the rotational direction of the electric motor independently from the main controller and deactivate the power switch circuit upon detection of fault condition associated the speed or the rotational direction of the electric motor.
A cap (28, 28') configured to be attached to a cylinder of an implantable penile prosthesis, the cap comprising: a body section (90, 100) and a tip section, the body section (90, 100) defining a recess (94, 142) that is attachable to an end (30, 32) of the cylinder of the implantable penile prosthesis and the tip section terminating in a tip comprising a curved exterior surface, characterized in the cap (28, 28') defining at least one slot (38, 105) formed therein, the slot (38, 105) extending away from the body section (90, 100) and having a slot axis that intersects with a longitudinal axis of the cap (28, 28').
Fabric wind-up device for opened out knitted fabric webs and for tubular knitted fabric webs with a vertical rotational axis, which can be arranged coaxially to the rotational axis of a circular knitting machine, characterised in that tubular knitted fabric webs can be wound up onto a winding rod in a horizontal position further away from the vertical rotational axis than opened out knitted fabric webs.
A method for coating a pipe or pipe section, comprising - heating the pipe or pipe section to a first temperature; - applying a curable first polymer onto the surface of the pipe in order to form a reactive first polymer layer; the first polymer being epoxy in powder form, - re-heating the pipe or pipe section with the reactive first polymer layer to a second temperature; - applying a second polymer onto the so re-heated reactive first polymer layer, whereby the two polymers react and form a protective coating on the pipe or pipe section while the curing of the first polymer is continued. so that: - the first temperature is above the melting pont of the first polymer, - the first temperature is less than 170°C, and - the second temperature is higher than the first temperature. - heating the pipe or pipe section to a first temperature; - applying a curable first polymer onto the surface of the pipe in order to form a reactive first polymer layer; the first polymer being epoxy in powder form, - re-heating the pipe or pipe section with the reactive first polymer layer to a second temperature; - applying a second polymer onto the so re-heated reactive first polymer layer, whereby the two polymers react and form a protective coating on the pipe or pipe section while the curing of the first polymer is continued. - the first temperature is above the melting pont of the first polymer, - the first temperature is less than 170°C, and - the second temperature is higher than the first temperature.
A display/input device comprising: a position sensor on which an electrode pattern in grid form is arranged, the position sensor being for specifying a position of an operating tool by detecting a capacitance changing at a contact part or a proximity part at a time the operating tool is made to contact the electrode pattern or is brought into proximity of the electrode pattern; and an outer frame portion forming an outer frame of a display screen provided with the position sensor, wherein a boundary of an area where the position of the operating tool can be specified by the position sensor despite a non-presence of the electrode pattern is visually or haptically indicated at the outer frame portion. a position sensor on which an electrode pattern in grid form is arranged, the position sensor being for specifying a position of an operating tool by detecting a capacitance changing at a contact part or a proximity part at a time the operating tool is made to contact the electrode pattern or is brought into proximity of the electrode pattern; and an outer frame portion forming an outer frame of a display screen provided with the position sensor, wherein a boundary of an area where the position of the operating tool can be specified by the position sensor despite a non-presence of the electrode pattern is visually or haptically indicated at the outer frame portion.
A moisture-curable resin comprising: an aliphatic isocyanate functional material comprising an allophanate reaction product of hexamethylene diisocyanate and a hydroxy-functional polyether; a cycloaliphatic isocyanate functional material comprising an allophanate-modified isocyanurate trimer reaction product of isophorone diisocyanate and a mono-functional alcohol; and optionally additional components selected from the group consisting of additive resins, pigments, tint pastes, pigment wetting agents, pigment dispersants, light stabilizers, UV-absorbers, rheology modifiers, defoamers, dehydrators, solvents, catalysts, wherein a coating composition comprising the resin exhibits no substantial sag when applied at a wet film thickness of 6 mils (0,152 mm) as determined by the Standard Test Method for Sag Resistance of Paints Using a Multinotch Applicator according to the test method described in ASTM D 4400 and wherein the coating composition exhibits no substantial blistering when cured to a dry film thickness of 6 mils (0,152 mm) as determined by the Standard Test Method for evaluating the Degree of Blistering of Paints according to the test method described in ASTM D 714. an aliphatic isocyanate functional material comprising an allophanate reaction product of hexamethylene diisocyanate and a hydroxy-functional polyether; a cycloaliphatic isocyanate functional material comprising an allophanate-modified isocyanurate trimer reaction product of isophorone diisocyanate and a mono-functional alcohol; and optionally additional components selected from the group consisting of additive resins, pigments, tint pastes, pigment wetting agents, pigment dispersants, light stabilizers, UV-absorbers, rheology modifiers, defoamers, dehydrators, solvents, catalysts, wherein a coating composition comprising the resin exhibits no substantial sag when applied at a wet film thickness of 6 mils (0,152 mm) as determined by the Standard Test Method for Sag Resistance of Paints Using a Multinotch Applicator according to the test method described in ASTM D 4400 and wherein the coating composition exhibits no substantial blistering when cured to a dry film thickness of 6 mils (0,152 mm) as determined by the Standard Test Method for evaluating the Degree of Blistering of Paints according to the test method described in ASTM D 714.
Repellent composition for the topical use on animals, consisting of 3 to 12% by weight of an active substance component, 0 to 5% by weight of adjuvants and the remainder isopropyl laurate and isopropyl myristate in an isopropyl laurate to isopropyl myristate ratio of from 70:30 to 100:0, wherein the active substance component consists of one or more natural repellents, of which at least 90% by weight are Margosa extract or a mixture of Margosa extract and decanoic acid.
Electrical connector part having a housing body and a housing part which together form a housing, and having at least one electrical plug-in contact element which is connected to an electrical connecting lead and which has an integrally formed latching spring, the housing forming at least one receiving chamber into which the at least one electrical plug-in contact element is inserted, the latching spring latching into a latching projection after the plug-in contact element has been inserted into the receiving chamber, and wherein the housing part can be latched to the housing body and has at least one latching arm which, in a final latching position of the housing part, fixes the at least one plug-in contact element in a receiving chamber in a form-fitting manner, the housing body and the housing part being arranged such that they can be displaced with respect to one another perpendicularly to the plug-in direction of the plug-in connector part and can be fixed to one another in a stable manner in a pre-latching position and a final latching position, characterised in in that the free end section of the at least one locking arm forms at least one latching projection for the latching spring of the at least one plug-in contact element on a wall section of the housing body. having a housing body and a housing part which together form a housing, and having at least one electrical plug-in contact element which is connected to an electrical connecting lead and which has an integrally formed latching spring, the housing forming at least one receiving chamber into which the at least one electrical plug-in contact element is inserted, the latching spring latching into a latching projection after the plug-in contact element has been inserted into the receiving chamber, and wherein the housing part can be latched to the housing body and has at least one latching arm which, in a final latching position of the housing part, fixes the at least one plug-in contact element in a receiving chamber in a form-fitting manner, the housing body and the housing part being arranged such that they can be displaced with respect to one another perpendicularly to the plug-in direction of the plug-in connector part and can be fixed to one another in a stable manner in a pre-latching position and a final latching position, characterised in in that the free end section of the at least one locking arm forms at least one latching projection for the latching spring of the at least one plug-in contact element on a wall section of the housing body.
Apparatus for generating ozone, having an ozone generator connected to an oxygen feed line, which ozone generator is equipped with a cooling device comprising an inlet line and an outlet line for a heat transfer medium, and having an evaporator arranged in the oxygen feed line between a tank for liquid oxygen and the ozone generator, which evaporator has a heat exchanger equipped with a feed line for liquid oxygen and a discharge line for evaporated oxygen, characterized in that the heat exchanger of the evaporator is equipped with a feed line and a discharge line for a heat transfer medium, and the feed line for the heat transfer medium of the heat exchanger is in flow communication with the outlet line for the heat transfer medium of the cooling device of the ozone generator, and the discharge line for the heat transfer medium of the heat exchanger is in flow communication with the inlet line for the heat transfer medium of the cooling device, and, upstream of the evaporator, a line for liquid oxygen branches off from the oxygen feed line, which line opens into the oxygen feed line downstream of the evaporator at a cold-gas mixer.
Container made of plastic material, provided with a body and a bottom extending at one lower end of the body, the bottom comprising: - an annular seat extending substantially in line with the body and terminated by a continuous and annular face that forms the lower end of the container, defines a resting plane perpendicular to the axis of the container, by which the latter can rest stably on a flat surface, and an inner annular cheek that is essentially perpendicular to the resting plane; - a concave vault which extends from a zone adjacent to the seat to a central zone; characterized in that the axial dimension H of the cheek and the radial dimension L of the resting plane are such that: 0.6 ≤ L / H ≤ 1.5 the resting plane connecting to an outer lateral face of the seat by an outer round having a small radius of curvature, in the millimetre range, the resting plane connecting to the annular cheek by an inner round having a small radius of curvature, less than or equal to approximately 1 mm. - an annular seat extending substantially in line with the body and terminated by a continuous and annular face that forms the lower end of the container, defines a resting plane perpendicular to the axis of the container, by which the latter can rest stably on a flat surface, and an inner annular cheek that is essentially perpendicular to the resting plane; - a concave vault which extends from a zone adjacent to the seat to a central zone;
An arrangement for triggering at least one alarm, comprising at least at least one mobile data device with an interface for transmitting data and/or electrical currents to at least one other data device, and comprising at least one device linked to the interface, wherein software is stored on the data device, which software has access to physical signals emanating from the interface when the device is disconnected from the interface and which is linked to at least one further component of the data device, and comprising a central server, characterized in that the further linked component is a wireless transmission unit of the data device, that information on a data connection to the central server is stored in the wireless transmission unit and that a mechanism for duplicating the received data and for sending the duplicated data to other data devices of third-party persons or institutions is arranged in the server.
A check valve assembly configured to be located within a pump discharge passageway of a drain pump of a dishwasher, said drain pump being configured to transfer fluid from a sump, through a volute having a pump discharge passageway extending from the volute, the check valve assembly comprising: a seat assembly having a body with a first distal end and a second distal end, a fluid passage extending through the body, the body defining a valve seat having a sealing surface about the fluid passage; and a flapper assembly operably coupled to the seat assembly and having a moveable portion configured to selectively move between a closed position where the moveable portion seals against the sealing surface and an opened position where the moveable portion raises to allow liquid through the fluid passage, characterized in that the first distal end extends lengthwise beyond the valve seat to define an extension that is configured to prevent insertion of a drain hose past the first distal end within the pump discharge passageway, wherein an outer edge and a ramped portion of the second distal end of the body form a portion of a geometry of the volute when the check valve assembly is located within the discharge passageway. a seat assembly having a body with a first distal end and a second distal end, a fluid passage extending through the body, the body defining a valve seat having a sealing surface about the fluid passage; and a flapper assembly operably coupled to the seat assembly and having a moveable portion configured to selectively move between a closed position where the moveable portion seals against the sealing surface and an opened position where the moveable portion raises to allow liquid through the fluid passage, characterized in that the first distal end extends lengthwise beyond the valve seat to define an extension that is configured to prevent insertion of a drain hose past the first distal end within the pump discharge passageway, wherein an outer edge and a ramped portion of the second distal end of the body form a portion of a geometry of the volute when the check valve assembly is located within the discharge passageway.