mhurhangee/patent-ind-claim-en huggingface dataset:
Brushless electric motor , having a housing for receiving a rotor rotatably supported in a rotary axis by means of multiple bearing means , wherein magnetic elements are arranged on the rotor , which interact with a stator stationary arranged in the housing , and wherein the rotor is positioned in the housing axially in the direction of the rotary axis by means of a securing element connectable with the housing , characterized in that the stator comprises a positioning portion cooperating with the securing element and the positioning portion axially protrudes beyond a carrier element of the stator in the direction of the rotary axis , which carrier element carries coil windings , the securing element serving for the axial positioning of the rotor in the housing , said securing element exerting an axial force on the bearing means of the rotor , wherein the bearing means is firmly connected to a shaft of the rotor in the axial direction, wherein the securing element applies force to the bearing means and hence to the rotor in the direction of the rotary axis , wherein the positioning portion interacts with the securing element so as to additionally position the stator in the housing axially in the direction of the rotary axis . the stator comprises a positioning portion cooperating with the securing element and the positioning portion axially protrudes beyond a carrier element of the stator in the direction of the rotary axis , which carrier element carries coil windings , the securing element serving for the axial positioning of the rotor in the housing , said securing element exerting an axial force on the bearing means of the rotor , wherein the bearing means is firmly connected to a shaft of the rotor in the axial direction, wherein the securing element applies force to the bearing means and hence to the rotor in the direction of the rotary axis , wherein the positioning portion interacts with the securing element so as to additionally position the stator in the housing axially in the direction of the rotary axis .
Steel for low temperature environments having excellent surface processing qualities, comprising: 15 wt% to 35 wt% of manganese (Mn), carbon (C) satisfying 23.6C+Mn≥28 and 33.5C-Mn≤23, 0.5 wt% to 5 wt% of copper (Cu), chromium (Cr) satisfying 28.5C+4.4Cr≤57 and excluding 0 wt%, 0.01 wt% to 0.5 wt% of titanium (Ti), 0.003 wt% to 0.2 wt% of nitrogen (N), iron (Fe) as a residual component, and inevitable impurities, wherein Ti and N satisfy Relational Formula 1 below and the steel comprises a TiN precipitate having a size of 0.01μm to 0.3μm in an amount of 1.0 x 10 7 to 1.0 x 10 10 per 1mm 2 , wherein a number of austenite grains having a size of 200 μm or greater is 5 or less per 1 cm 2 in a microstructure of the steel, and wherein a microstructure of the steel comprises austenite in an area fraction of 95% or greater, and wherein a carbide present in a grain boundary of austenite is lower than or equal to 5% in an area fraction. 1.0 ≤ Ti / N ≤ 4.5 , where Mn, C, Cr, Ti, and N in each expression refer to wt% of a content of each component. 15 wt% to 35 wt% of manganese (Mn), carbon (C) satisfying 23.6C+Mn≥28 and 33.5C-Mn≤23, 0.5 wt% to 5 wt% of copper (Cu), chromium (Cr) satisfying 28.5C+4.4Cr≤57 and excluding 0 wt%, 0.01 wt% to 0.5 wt% of titanium (Ti), 0.003 wt% to 0.2 wt% of nitrogen (N), iron (Fe) as a residual component, and inevitable impurities, wherein Ti and N satisfy Relational Formula 1 below and the steel comprises a TiN precipitate having a size of 0.01μm to 0.3μm in an amount of 1.0 x 10 7 to 1.0 x 10 10 per 1mm 2 , wherein a number of austenite grains having a size of 200 μm or greater is 5 or less per 1 cm 2 in a microstructure of the steel, and wherein a microstructure of the steel comprises austenite in an area fraction of 95% or greater, and wherein a carbide present in a grain boundary of austenite is lower than or equal to 5% in an area fraction. 1.0 ≤ Ti / N ≤ 4.5 , where Mn, C, Cr, Ti, and N in each expression refer to wt% of a content of each component.
Pneumatic vehicle tyre with a tread , a breaker belt assembly comprising at least two belt plies and a belt bandage , produced as a wound bandage and covering said assembly, at least in certain portions, wherein the belt plies consist of steel cords embedded in electrically conductive rubber material and the belt bandage consists of textile reinforcing elements embedded in rubber material and is also either divided in the axial direction into bandage parts (2c', 2c") or is applied with a gap running around in the circumferential direction, wherein in the tread there is incorporated at least one electrically conductive element passing through it and extending up to the outer surface of the tread, wherein at least one electrically conductive sidewall passage that is in connection with the breaker belt assembly and the rim is provided, characterized in that the rubber material of the entire belt bandage is electrically non-conductive, wherein an electrically conductive material is led through between the bandage parts (2c', 2c") or in the circumferential gap of the belt bandage , which electrically conductive material connects the at least one electrically conductive element to the radially outermost belt ply in an electrically conducting manner.
A nicotine powder consumable article , configured to be utilized with an inhaler article for delivering particles of nicotine, comprising: an elongated consumable body extending between a proximal end and a distal end ; a pierceable capsule fixed within the elongated consumable body , the pierceable capsule containing particles comprising nicotine or a pharmaceutically acceptable salt thereof; a first plug of material disposed within the elongated consumable body and between the pierceable capsule and the proximal end ; and a second plug of air porous material disposed within the elongated consumable body and between the pierceable capsule and the distal end , and characterized in that , the elongated consumable body contacts the pierceable capsule and J Z the second plug of air porous material is not in air-flow communication with the first plug of material . an elongated consumable body extending between a proximal end and a distal end ; a pierceable capsule fixed within the elongated consumable body , the pierceable capsule containing particles comprising nicotine or a pharmaceutically acceptable salt thereof; a first plug of material disposed within the elongated consumable body and between the pierceable capsule and the proximal end ; and a second plug of air porous material disposed within the elongated consumable body and between the pierceable capsule and the distal end , and characterized in that ,
A method for operating a communications device that communicates via inductive coupling, the method comprising: obtaining transmission output power information related to the communications device ; and measuring a detuning condition based on the transmission output power information; wherein the method further comprises obtaining a received signal strength indicator, RSSI, at the communications device , wherein measuring the detuning condition comprises measuring the detuning condition based on the transmission output power information and the RSSI; wherein measuring the detuning condition based on the transmission output power information of the communications device comprises generating a ratio between a transmitter impedance when a corresponding communications device is within a near field communication, NFC, communications range of the communications device and a nominal transmitter impedance when there is not a corresponding communications device within the NFC communications range of the communications device . obtaining transmission output power information related to the communications device ; and measuring a detuning condition based on the transmission output power information; wherein the method further comprises obtaining a received signal strength indicator, RSSI, at the communications device , wherein measuring the detuning condition comprises measuring the detuning condition based on the transmission output power information and the RSSI; wherein measuring the detuning condition based on the transmission output power information of the communications device comprises generating a ratio between a transmitter impedance when a corresponding communications device is within a near field communication, NFC, communications range of the communications device and a nominal transmitter impedance when there is not a corresponding communications device within the NFC communications range of the communications device .
An electric door opener having an actuator comprising: - a bobbin formed by a spool that has a cylindrical body with flanges on the opposite ends and a conducting filament winding wound around the spool ; - a casing or shield of the bobbin defined or fastened in a casing of the electric door opener and having a cavity for tightly housing the bobbin and, - a core mounted such that it can move axially inside the spool of the bobbin ; characterized in that the cavity of the casing or shield and the bobbin comprise retention means of the bobbin in the mounting position, made up of complementary configurations that can be coupled under pressure during the axial insertion of the bobbin in the cavity of the casing or shield and defined in facing surfaces of the cavity and of at least one of the flanges of the bobbin. - a bobbin formed by a spool that has a cylindrical body with flanges on the opposite ends and a conducting filament winding wound around the spool ; - a casing or shield of the bobbin defined or fastened in a casing of the electric door opener and having a cavity for tightly housing the bobbin and, - a core mounted such that it can move axially inside the spool of the bobbin ;
A sensor for analyzing a sample, the sensor comprising: a microhotplate comprising a membrane suspended over a substrate by a plurality of tethers connected between the substrate and the membrane, the membrane comprising: a resistive heater being free of corners that converge at a single point, and comprising an electrically conductive material extending from a peripheral portion of the membrane to a center of the membrane, a width of the electrically conductive material continuously decreasing in a direction extending from the center of the membrane to the peripheral portion of the membrane, the electrically conductive material comprising: a first portion spiraling in a first direction; a second portion spiraling in a second direction and in electrical contact with the first portion proximate the center of the membrane; and a gap between the first portion and the second portion, wherein a width of the gap is substantially constant and smaller than a minimum width of the electrically conductive material; and a first electrically conductive trace extending over a first tether and in electrical contact with a bond pad on the substrate and the first portion and a second electrically conductive trace extending over another tether and in electrical contact with another bond pad on the substrate and the second portion. a first portion spiraling in a first direction; a second portion spiraling in a second direction and in electrical contact with the first portion proximate the center of the membrane; and a gap between the first portion and the second portion, wherein a width of the gap is substantially constant and smaller than a minimum width of the electrically conductive material; and
A gasification method, comprising the steps of: a) supplying a water-containing carbonaceous feedstock into a dryer integrated with a water-gas-shift reaction catalyst; b) drying the water-containing carbonaceous feedstock in the dryer to produce a steam while performing a water-gas-shift reaction using the steam as a reactant; c) solid-gas-separating the dried carbonaceous feedstock and the water-gas-shift reaction product; d) gasifying the dried carbonaceous feedstock in the presence of a gasifying agent to obtain a gasification product; and e) recycling at least a part of the gasification product into the dryer in the step b) to provide an energy source for drying the water-containing carbonaceous feedstock, wherein the water-gas-shift reaction catalyst is applied or supported on a monolithic structure including a plurality of linear or curved inner passageways for passing gas and carbonaceous feedstock particles. a) supplying a water-containing carbonaceous feedstock into a dryer integrated with a water-gas-shift reaction catalyst; b) drying the water-containing carbonaceous feedstock in the dryer to produce a steam while performing a water-gas-shift reaction using the steam as a reactant; c) solid-gas-separating the dried carbonaceous feedstock and the water-gas-shift reaction product; d) gasifying the dried carbonaceous feedstock in the presence of a gasifying agent to obtain a gasification product; and e) recycling at least a part of the gasification product into the dryer in the step b) to provide an energy source for drying the water-containing carbonaceous feedstock,
A method for controlling the sanitary loop return for a system for producing domestic hot water (DHW), the system comprising at least: a preheating tank , an auxiliary tank configured to be alternately turned off and on, and a domestic hot water loop configured to ensure a permanent circulation of hot water between the production system and at least one draw-off point , the domestic hot water loop being configured to be connected, in loop return, alternately to the preheating tank and to the auxiliary tank , characterised in that the control method comprises, from a given instant t, the following steps: - Measuring the temperature T pre of water in the preheating tank , - Measuring the temperature T aux of water in the auxiliary tank , - Measuring the temperature T ret of the loop return water, and - Calculating the difference T pre - T ret , then - If the temperature T aux is strictly greater than a set point value T cons of the temperature of water in the auxiliary tank and/or if the difference T pre -T ret previously calculated is less than a predetermined minimum threshold value ΔT down , controlling the loop return so that it is connected to the auxiliary tank , - If the temperature T aux is less than the set point value T cons and if the difference T pre - T ret previously calculated is greater than a predetermined maximum positive threshold value ΔT up , with ΔT up >ΔT down , controlling the loop return so that it is connected to the preheating tank , - Otherwise, keeping the sanitary loop return as it was connected before the given instant t. - Measuring the temperature T pre of water in the preheating tank , - Measuring the temperature T aux of water in the auxiliary tank , - Measuring the temperature T ret of the loop return water, and - Calculating the difference T pre - T ret , then - If the temperature T aux is strictly greater than a set point value T cons of the temperature of water in the auxiliary tank and/or if the difference T pre -T ret previously calculated is less than a predetermined minimum threshold value ΔT down , controlling the loop return so that it is connected to the auxiliary tank , - If the temperature T aux is less than the set point value T cons and if the difference T pre - T ret previously calculated is greater than a predetermined maximum positive threshold value ΔT up , with ΔT up >ΔT down , controlling the loop return so that it is connected to the preheating tank , - Otherwise, keeping the sanitary loop return as it was connected before the given instant t.
A heat-exchange type ventilation apparatus , comprising: a main body in which a supply air path to supply outside air to an inside of a room and a discharge air path to discharge inside air to an outside of the room are formed; a heat exchanger placed in the main body to allow heat exchange between a supply airflow passing through the supply air path and a discharge airflow passing through the discharge air path; an air supplying fan to generate the supply airflow, the air supplying fan being fixed inside the main body ; an air discharging fan to generate the discharge airflow, the air discharging fan being fixed inside the main body ; and a drain pan including a supply-air-side drain pan portion and a discharge-air side drain pan portion that are integrally formed with each other and covering an entire bottom surface of the main body , the supply-air-side drain pan portion retaining drain water generated in the supply air path inside the heat exchanger , the discharge-air side drain pan portion retaining drain water generated in the discharge air path inside the heat exchanger , wherein the drain pan includes a first recess portion that forms the supply-air-side drain pan , a second recess portion that forms the discharge-air side drain pan , and a rib-like portion that separates the first recess portion and the second recess portion from each other, characterized in that the drain pan has a groove that faces a rib that surrounds a motor accommodating portion of the air supplying fan . a main body in which a supply air path to supply outside air to an inside of a room and a discharge air path to discharge inside air to an outside of the room are formed; a heat exchanger placed in the main body to allow heat exchange between a supply airflow passing through the supply air path and a discharge airflow passing through the discharge air path; an air supplying fan to generate the supply airflow, the air supplying fan being fixed inside the main body ; an air discharging fan to generate the discharge airflow, the air discharging fan being fixed inside the main body ; and a drain pan including a supply-air-side drain pan portion and a discharge-air side drain pan portion that are integrally formed with each other and covering an entire bottom surface of the main body , the supply-air-side drain pan portion retaining drain water generated in the supply air path inside the heat exchanger , the discharge-air side drain pan portion retaining drain water generated in the discharge air path inside the heat exchanger , wherein the drain pan includes a first recess portion that forms the supply-air-side drain pan , a second recess portion that forms the discharge-air side drain pan , and a rib-like portion that separates the first recess portion and the second recess portion from each other, characterized in that the drain pan has a groove that faces a rib that surrounds a motor accommodating portion of the air supplying fan .
Connection device for pipelines , having a connection body with an accommodating opening for a pipeline , which is to be inserted by way of one line end , and a retaining element , which is mounted within the accommodating opening and is intended for fixing the inserted line end against being pulled out, wherein the connection body has an axial two-part housing with a first housing part , which is oriented in the insertion direction, and a second, sleeve-form housing part , which has a mouth-opening side of the accommodating opening, said two housing parts being connected to one another, wherein a sleeve-form release element is mounted in an axially displaceable manner within the sleeve-form housing part such that action on the retaining element disengages the fixing of the inserted pipeline , wherein the release element comprises a circumferentially closed annular part , on which are formed latching arms which are separated from one another by longitudinal slits, wherein the annular part can be sealed on its outer circumference, by means of a circumferential seal , against the second, sleeve-form housing part and can be sealed at its inner circumference in the region of its annular opening, by means of a circumferential seal , against the inserted pipeline , characterized in that in the fitted state of the connection device , in the outer circumferential region of the annular part of the release element , the outer circumferential seal can be deformed out of its sealing position such that, between the outer circumferential seal and the opposite inner circumferential wall of the second housing part , at least one leakage gap is formed by internal pressure, which is present in the interior of the connection device , of the pressure medium flowing in the pipeline .
A composition comprising: 50-95% by weight alcohol wax; 5-50% by weight tackifier; and 0.5-5% by weight colorant, wherein the solubility of the colorant in the composition is characterized by a spectral strength delta value of 5% or less, wherein the composition has a melting point ranging from 45°C to 80°C. 50-95% by weight alcohol wax; 5-50% by weight tackifier; and 0.5-5% by weight colorant,
A medical device for causing the hemostasis of a blood vessel for use through an endoscope, said medical device comprising: a handle ; a sheath device , which is attached to the handle ; a clamp device including a clamp housing with a clamp base in particular in the form of a sleeve provided on the distal end of the sheath device and at least or exactly two clamp arms ; a control wire extending through the sheath device and reversibly movable in the distal and proximal directions; and an actuator coupled to the proximal end of the control wire and actuable to reversibly move the control wire in the distal and proximal directions; wherein the clamp arms are each coupled to the distal end of the control wire and wherein the clamp device is actuable to open and close the clamp arms by a movement of the control wire such that a movement of the control wire in the proximal direction is translated into a closing movement of the clamp arms and a movement of the control wire in the distal direction is translated into an opening movement of the clamp arms ; characterized in that the clamp housing is directly connected to the sheath device by at least one connecting element , in that each connecting element is fixedly attached to or part of the clamp housing and releasably connected to the sheath device , and in that a release arrangement cooperating with each connecting element is provided and can be actuated by moving the control wire in the proximal direction when the clamp arms have been closed, to release each connecting element and thus the clamp housing from the sheath device . a handle ; a sheath device , which is attached to the handle ; a clamp device including a clamp housing with a clamp base in particular in the form of a sleeve provided on the distal end of the sheath device and at least or exactly two clamp arms ; a control wire extending through the sheath device and reversibly movable in the distal and proximal directions; and an actuator coupled to the proximal end of the control wire and actuable to reversibly move the control wire in the distal and proximal directions; wherein the clamp arms are each coupled to the distal end of the control wire and wherein the clamp device is actuable to open and close the clamp arms by a movement of the control wire such that a movement of the control wire in the proximal direction is translated into a closing movement of the clamp arms and a movement of the control wire in the distal direction is translated into an opening movement of the clamp arms ; characterized in that the clamp housing is directly connected to the sheath device by at least one connecting element , in that each connecting element is fixedly attached to or part of the clamp housing and releasably connected to the sheath device , and in that a release arrangement cooperating with each connecting element is provided and can be actuated by moving the control wire in the proximal direction when the clamp arms have been closed, to release each connecting element and thus the clamp housing from the sheath device .