mhurhangee/ep-ind-claims huggingface dataset:
Wind turbine comprising - a direct drive generator comprising an inner stator arrangement and an outer rotor arrangement with respect to the centre axis charactarised in - a stationary outer shaft and - a rotatable inner shaft with - at least two main bearings (15, 16) supporting the rotatable inner shaft inside the stationary outer shaft, - the stator arrangement being arranged on the outside of the stationary outer shaft and - the rotor arrangement being substantially arranged around the stator arrangement and on the front side at least indirectly attached to the rotatable inner shaft and/or to the hub of the wind turbine. - a direct drive generator comprising an inner stator arrangement and an outer rotor arrangement with respect to the centre axis charactarised in - a stationary outer shaft and - a rotatable inner shaft with - at least two main bearings (15, 16) supporting the rotatable inner shaft inside the stationary outer shaft, - the stator arrangement being arranged on the outside of the stationary outer shaft and - the rotor arrangement being substantially arranged around the stator arrangement and on the front side at least indirectly attached to the rotatable inner shaft and/or to the hub of the wind turbine.
A terminal connecting structure for connecting a terminal to an electric wire, said terminal connecting structure comprising a terminal and an electric wire, the electric wire including an aluminum conductor, wherein the aluminum conductor is formed from a bundle of multiple linear aluminum strands, characterized in that the terminal connecting structure further comprises: a conductive connection body formed with aluminum, wherein one end of the connection body is butt-connected to the aluminum conductor, said butt connection meaning a condition where each of tip end faces of the multiple strands is pressed against a back end face of the connection body so that the connection body and the bundle of multiple linear aluminum strands are electrically connected to each other, and wherein another end of the connection body is connected to the terminal via crimping. a conductive connection body formed with aluminum, wherein one end of the connection body is butt-connected to the aluminum conductor, said butt connection meaning a condition where each of tip end faces of the multiple strands is pressed against a back end face of the connection body so that the connection body and the bundle of multiple linear aluminum strands are electrically connected to each other, and wherein another end of the connection body is connected to the terminal via crimping.
A method of manufacturing a sole structure for an article of footwear, the method comprising: defining a plurality of depressions in a first polymer layer (42,142); locating a volume of a polymer foam material (50,150) within the depressions to partially fill the depressions, at least one of the depressions receiving a different volume of the polymer foam material (50,150) than the other depressions; expanding the polymer foam material (50,150) to substantially fill the depressions; and securing a second polymer layer (41,141) to the first polymer layer to seal the polymer foam material (50,150) within the depressions. defining a plurality of depressions in a first polymer layer (42,142); locating a volume of a polymer foam material (50,150) within the depressions to partially fill the depressions, at least one of the depressions receiving a different volume of the polymer foam material (50,150) than the other depressions; expanding the polymer foam material (50,150) to substantially fill the depressions; and securing a second polymer layer (41,141) to the first polymer layer to seal the polymer foam material (50,150) within the depressions.
A method for manufacturing a toner conveyance roller for an image forming apparatus including a toner image forming mechanism including a developing roller and the toner conveyance roller which is arranged opposite to the developing roller and used for supplying and scraping toner, wherein the toner conveyance roller has a roller part and a shaft part, the roller part includes a substantially cylindrical elastic layer composed of an elastic foaming body on a surface of the roller part, and a density of the elastic layer is higher in the longitudinal center part of the roller part than in both longitudinal end parts thereof, characterised by the method comprising: a step of processing the elastic foaming body for forming the elastic layer of the roller part into a crown shape in which an outer diameter in the longitudinal center part is larger than an outer diameter in both the longitudinal end parts; and a step of press-fitting the crown-shaped elastic foaming body into a substantially cylindrical tubular body, and after heating the tubular body, taking out the elastic foaming body to form the elastic layer. a step of processing the elastic foaming body for forming the elastic layer of the roller part into a crown shape in which an outer diameter in the longitudinal center part is larger than an outer diameter in both the longitudinal end parts; and a step of press-fitting the crown-shaped elastic foaming body into a substantially cylindrical tubular body, and after heating the tubular body, taking out the elastic foaming body to form the elastic layer.
A handle device into which atmospheric air is inhaled and breath is exhaled in the analysis of breath, said handle device comprising: a connector that is made of a cylindrical part and to which a tube is connected, a plurality of inhalation holes that are disposed near the connector to which the tube is connected for conducting exhaled breath to an analysis device main body for analyzing this breath, and into the interior of which the atmospheric air is inhaled; an inhalation inlet through which the atmospheric air inhaled from the inhalation hole is sent into the body; an inhalation path that is disposed between the inhalation inlet and the inhalation hole; a breath discharge component that takes in breath discharged from the body; and an exhalation path that is disposed between the breath discharge component and the tube; wherein a curved part is formed between the cylindrical part of the connector and an outer peripheral part of the handle component main body and spreads out from an end of the tube of a side connected to the handle device to an end of the tube of a side connected to the analysis device main body; an outer peripheral part is connected to the curved part; and wherein the inhalation holes are provided to the curved part and arranged around the connector, and wherein the thickness of the curved part is less than the thickness of the outer peripheral part. a connector that is made of a cylindrical part and to which a tube is connected, a plurality of inhalation holes that are disposed near the connector to which the tube is connected for conducting exhaled breath to an analysis device main body for analyzing this breath, and into the interior of which the atmospheric air is inhaled; an inhalation inlet through which the atmospheric air inhaled from the inhalation hole is sent into the body; an inhalation path that is disposed between the inhalation inlet and the inhalation hole; a breath discharge component that takes in breath discharged from the body; and an exhalation path that is disposed between the breath discharge component and the tube; wherein a curved part is formed between the cylindrical part of the connector and an outer peripheral part of the handle component main body and spreads out from an end of the tube of a side connected to the handle device to an end of the tube of a side connected to the analysis device main body; an outer peripheral part is connected to the curved part; and wherein the inhalation holes are provided to the curved part and arranged around the connector, and wherein the thickness of the curved part is less than the thickness of the outer peripheral part.
Method for sending information in a set of networks implementing management of IP resource reputation and comprising at least a first network and a second network, said method being implemented by a device of said first network, called the "sending device", and characterized in that it comprises a step (E010, E110) of said sending device sending, to a device (DEST, rAS2) of said second network, called the "receiving device" (DEST, rAS2), a piece of information representative of a length of a second prefix extracted from a first prefix of IP addresses allocated to the first network, the second prefix having been delegated to at least one equipment connected to said first network, said at least one equipment being identified by an IP address derived from this second prefix.
Filter module for a household kitchen extractor hood for cleaning fluid passing through the filter module with a field area with an electric alternating field for generating fluid sub-products and a reaction area separated from the field area and arranged downstream in the through-flow direction, in which the generated fluid sub-products react with one another or with a fluid filter medium, wherein a flow cross-section of the field area is smaller than a flow cross-section of the reaction area and an inflow area arranged upstream of the field area is provided for routing the flowing fluid into the field area, characterised in that the inflow area has at least one sensor for identifying the flowing fluid and the filter module also comprises a control apparatus for controlling the electric alternating field and for receiving sensor signals of the at least one sensor.
A drum unit usable with a process cartridge mountable to and dismountable from an electrophotographic image forming apparatus, said drum unit comprising: a photosensitive drum having an axis L1; and a coupling member (86; 286; 386) having an axis L2 and connected to an end portion of said photosensitive drum, said coupling member (86; 286; 386) being provided with a plurality of projections (86c1) extending toward an end portion of said coupling member (86; 286; 386), wherein said coupling member (86; 286; 386) is movable along the axis L2 while keeping the axis L2 coaxial with the axis L1 between a first position, and a second position in which said projection (86c1) is closer to said photosensitive drum than in the first position, wherein said projections (86c1) are provided with a force receiving portion for receiving a rotational force, and an outer surface facing away from the axis L2, characterized in that at least a part of the outer surface of said projections (86c1) is more distant from the axis L2 as is further away from said photosensitive drum in a direction of the axis L1. a photosensitive drum having an axis L1; and a coupling member (86; 286; 386) having an axis L2 and connected to an end portion of said photosensitive drum, said coupling member (86; 286; 386) being provided with a plurality of projections (86c1) extending toward an end portion of said coupling member (86; 286; 386), wherein said coupling member (86; 286; 386) is movable along the axis L2 while keeping the axis L2 coaxial with the axis L1 between a first position, and a second position in which said projection (86c1) is closer to said photosensitive drum than in the first position, wherein said projections (86c1) are provided with a force receiving portion for receiving a rotational force, and an outer surface facing away from the axis L2, characterized in that at least a part of the outer surface of said projections (86c1) is more distant from the axis L2 as is further away from said photosensitive drum in a direction of the axis L1.
Household appliance comprising a treatment chamber for treating articles, a process air guide for guiding process air through said treatment chamber, said process air guide comprising a blower for driving the process air, a heater for heating the process air and placed upstream of said treatment chamber, and a heat pump (7, 8, 9, 10, 11), wherein said heater is a heat source for transferring heat from a refrigerant circulating through said heat pump (7, 8, 9, 10, 11) to the process air, and wherein said heat pump (7, 8, 9, 10, 11) further comprises a heat sink for transferring heat into the refrigerant, a compressor for compressing the refrigerant, an expansion system for expanding the refrigerant, said expansion system having a variable restriction defined to determine a flow rate of a condensate at given pressure and temperature conditions, a refrigerant guide for circulating the refrigerant through said heat pump (7, 8, 9, 10, 11) in a closed circuit, a control unit connected to said expansion system and a sensor unit (15, 16) associated to said heat pump (7, 8, 9, 10, 11), for controlling the restriction of said expansion system in response to signals communicated to said control unit by said sensor unit (15, 16), characterized in that said sensor unit (15, 16) comprises an ambient temperature sensor for sensing an ambient temperature of said appliance, said control unit is preset to set said restriction to a nominal value if the ambient temperature is essentially equal to a given normal ambient temperature, and said control unit is preset to set said restriction to a value exceeding said nominal value if the ambient temperature is essentially different from said normal ambient temperature.
Burner unit for a gas cook top, said burner unit comprising: - a gas distribution chamber connectable with a gas feeding system for the cook top, said gas distribution chamber being covered by a burner plate that defines gas outlet holes, - an air distribution chamber separate from the gas distribution chamber and connectable to a forced ventilation group of the cook top, the air distribution chamber being covered by an air diffuser that at least partially defines one or more air outlet openings spaced from the gas outlet openings, in which the air diffuser is mushroom shaped and comprises an upper portion that at least partially defines the air outlet openings and a positioning stem projecting from the upper portion into the air distribution chamber and that is received through shape coupling in a diffuser seat formed in a bottom wall of the air distribution chamber opposite the air outlet openings, characterized in that the upper portion of said air diffuser has a lower surface facing towards the inside of the air distribution chamber and resting on a radially inner edge of the burner plate so as to jointly define the air openings in a region radially closer to an axis of the stem with respect to the gas outlet holes, and in that said lower surface of the air diffuser is inclined so as to direct a secondary air flow coming from the forced ventilation group radially outwards and upwards away from the burner unit so as to meet the flames at a certain distance from the gas outlet holes. - a gas distribution chamber connectable with a gas feeding system for the cook top, said gas distribution chamber being covered by a burner plate that defines gas outlet holes, - an air distribution chamber separate from the gas distribution chamber and connectable to a forced ventilation group of the cook top, the air distribution chamber being covered by an air diffuser that at least partially defines one or more air outlet openings spaced from the gas outlet openings,
A method of accessing and controlling a remote desktop of a remote machine by a web browser at a client device via a hypertext transfer protocol (HTTP) utilizing a transcoding server, the method comprising: receiving, at the transcoding server, a remote desktop drawing command based on an image portion of the remote desktop of the remote machine, wherein the remote desktop drawing command is compatible with a remote desktop display protocol utilized by the remote machine; translating, at the transcoding server, the remote desktop drawing command into a web browser drawing update that is compatible with the web browser, wherein the web browser drawing update comprises an image file and drawing coordinates for the image file that are recognizable and processable by the web browser to be displayed on the client device; and providing the web browser drawing update from the transcoding server to the web browser of the client device utilizing HTTP during a remote desktop session between the client device and the remote machine, wherein the remote desktop display protocol is a push protocol, wherein HTTP is a pull protocol, wherein the transcoding server provides long polling functionalities to handle requests from the web browser. receiving, at the transcoding server, a remote desktop drawing command based on an image portion of the remote desktop of the remote machine, wherein the remote desktop drawing command is compatible with a remote desktop display protocol utilized by the remote machine; translating, at the transcoding server, the remote desktop drawing command into a web browser drawing update that is compatible with the web browser, wherein the web browser drawing update comprises an image file and drawing coordinates for the image file that are recognizable and processable by the web browser to be displayed on the client device; and providing the web browser drawing update from the transcoding server to the web browser of the client device utilizing HTTP during a remote desktop session between the client device and the remote machine, wherein the remote desktop display protocol is a push protocol, wherein HTTP is a pull protocol, wherein the transcoding server provides long polling functionalities to handle requests from the web browser.
Inverter for an electrical machine, the phase windings (U, V, W) of which are electrically connected to the inverter, and the inverter comprises a predefineable number of controlled switching elements which constitute a bridge circuit, having a high-side branch and a low-side branch, characterized in that at least one of the switching elements of the low-side branch is configured such that it is in a conducting state without the presence of a control voltage.
A system for capturing a client vehicle having an engine, comprising: a propulsion mechanism for maneuvering the system in space; a capture mechanism for at least temporarily joining the system to the client vehicle, wherein the capture mechanism includes a probe with a probe tip including one or more fingers configured to rotate positioned at a distal end of the probe, wherein the distal end of the probe is adapted to be inserted into a cavity of the client vehicle; and a quillon assembly positioned near a distal end of the probe for engaging with another portion of the client vehicle; and characterized by an actuator configured to move the quillon assembly relative to the one or more fingers configured to rotate in order to engage with the another portion defined by the client vehicle to facilitate docking and preloading of the system to the client vehicle and configured to retract the one or more fingers configured to rotate in a direction toward the probe tip to assist in docking or undocking of the system with the client vehicle. a propulsion mechanism for maneuvering the system in space; a capture mechanism for at least temporarily joining the system to the client vehicle, wherein the capture mechanism includes a probe with a probe tip including one or more fingers configured to rotate positioned at a distal end of the probe, wherein the distal end of the probe is adapted to be inserted into a cavity of the client vehicle; and a quillon assembly positioned near a distal end of the probe for engaging with another portion of the client vehicle; and characterized by an actuator configured to move the quillon assembly relative to the one or more fingers configured to rotate in order to engage with the another portion defined by the client vehicle to facilitate docking and preloading of the system to the client vehicle and configured to retract the one or more fingers configured to rotate in a direction toward the probe tip to assist in docking or undocking of the system with the client vehicle. a quillon assembly positioned near a distal end of the probe for engaging with another portion of the client vehicle; and characterized by an actuator configured to move the quillon assembly relative to the one or more fingers configured to rotate in order to engage with the another portion defined by the client vehicle to facilitate docking and preloading of the system to the client vehicle and configured to retract the one or more fingers configured to rotate in a direction toward the probe tip to assist in docking or undocking of the system with the client vehicle.
A flame-retardant thermoplastic polyurethane based on at least one diisocyanate and on at least one substance reactive toward isocyanate, and comprising at least one flame retardant, wherein one flame retardant is a metal hydroxide at least to some extent surrounded by a coating, the material comprises, as further flame retardant, at least one phosphorus-containing flame retardant which is a derivative of phosphoric acid, phosphonic acid, and/or phosphinic acid and the material further comprises hydrotalcite and/or phyllosilicate.
A cashbox for use with a banknote validator, said cashbox comprising a generally closed box with a banknote inlet slot through which banknotes enter said cashbox, a banknote stacker mechanism interior to said cashbox for displacing a received banknote provided through said banknote inlet to a banknote receiving channel, said banknote stacker mechanism when actuated moving from an initial position to one side of said receiving channel through said receiving channel displacing and retaining a banknote in said receiving channel into a banknote storage chamber, and a banknote latch arrangement including a pivoted blocking arm positioned adjacent to said banknote inlet and between said banknote inlet and said banknote storage chamber; said pivoted blocking arm being biased to a neutral position out of contact with a banknote being received in said receiving channel and movable to a clear position at an end of said stacker mechanism during displacement of a banknote into said storage chamber; said blocking arm upon return of said stacker mechanism to said initial position returning to said neutral position, said blocking arm being positioned to be between banknotes stacked in said storage chamber and said banknote inlet and movable against said bias by a previously stacked banknote to a blocking position closing said banknote inlet when an unauthorized attempt is made to withdraw the previously stacked banknote through the banknote inlet.
A radar system (100, 200, 300) comprising: a radio frequency, RF, circuit configured to generate a transmit signal and to receive a corresponding receive signal from a target during rainfall or snowfall conditions; and a signal processing circuit coupled to the RF circuit configured to generate an adaptive filter threshold in response to the rainfall or snowfall conditions, and to generate a valid target signal (622, 626) in response to a portion of the receive signal above the adaptive filter threshold, wherein the signal processing circuit comprises a plurality of pass-band Doppler-filters having a corresponding plurality of range bins, and wherein the valid target signal is generated when a target range spread of three consecutive range bins of the plurality of pass-band Doppler filters is less than 60 cm. a radio frequency, RF, circuit configured to generate a transmit signal and to receive a corresponding receive signal from a target during rainfall or snowfall conditions; and a signal processing circuit coupled to the RF circuit configured to generate an adaptive filter threshold in response to the rainfall or snowfall conditions, and to generate a valid target signal (622, 626) in response to a portion of the receive signal above the adaptive filter threshold, wherein the signal processing circuit comprises a plurality of pass-band Doppler-filters having a corresponding plurality of range bins, and wherein the valid target signal is generated when a target range spread of three consecutive range bins of the plurality of pass-band Doppler filters is less than 60 cm.