mhurhangee/patent-ind-claim-en huggingface dataset:
A gutter cleaner comprising: a housing for accommodating a motor; an air inlet connected to one side of the housing ; an air outlet connected to another side of the housing ; the gutter cleaner having a blower mode wherein air is drawn in from the air inlet and blown out to the air outlet , characterized in that the gutter cleaner also has a vacuum mode, wherein air is drawn in from the air inlet and blown out to the air outlet in both the vacuum mode and the blower mode, the gutter cleaner further comprising: a first wheel member arranged adjacent the air outlet , the first wheel member being configured to engage with a gutter edge of a gutter during the blower mode, further comprising a vacuum nozzle detachably connected to the air inlet to collect debris on the gutter during the vacuum mode, wherein a second wheel member is connected to the vacuum nozzle and arranged adjacent to the housing , the second wheel member being configured to engage with the gutter edge during the vacuum mode. a housing for accommodating a motor; an air inlet connected to one side of the housing ; an air outlet connected to another side of the housing ; the gutter cleaner having a blower mode wherein air is drawn in from the air inlet and blown out to the air outlet , characterized in that the gutter cleaner also has a vacuum mode, wherein air is drawn in from the air inlet and blown out to the air outlet in both the vacuum mode and the blower mode, the gutter cleaner further comprising: a first wheel member arranged adjacent the air outlet , the first wheel member being configured to engage with a gutter edge of a gutter during the blower mode, further comprising a vacuum nozzle detachably connected to the air inlet to collect debris on the gutter during the vacuum mode, wherein a second wheel member is connected to the vacuum nozzle and arranged adjacent to the housing , the second wheel member being configured to engage with the gutter edge during the vacuum mode. a first wheel member arranged adjacent the air outlet , the first wheel member being configured to engage with a gutter edge of a gutter during the blower mode, further comprising a vacuum nozzle detachably connected to the air inlet to collect debris on the gutter during the vacuum mode, wherein a second wheel member is connected to the vacuum nozzle and arranged adjacent to the housing , the second wheel member being configured to engage with the gutter edge during the vacuum mode.
Method for producing a bent part from an elongate workpiece , in particular from a wire or a tube from round, flat, or profiled material, by means of a bending machine , wherein the workpiece is fed to a bending unit of the bending machine, wherein the bending unit has a bending head which by means of a Z-drive is displaceable in a manner parallel with a bending head axis and has a bending tool which by means of a bending drive is rotatable about a bending axis; a fed portion of the workpiece by means of operating movements of the bending head is formed to a two-dimensionally or three-dimensionally bent bending part; and the finished bent part by means of a cutting installation that is separate from the bending head is severed from the fed workpiece material in a cutting operation, characterized in that an operating movement of the bending head in a manner parallel with the bending head axis activates the cutting installation by means of a transmission installation , wherein the cutting installation is activated exclusively by an operating movement of the bending head in a manner parallel with the bending head axis . the workpiece is fed to a bending unit of the bending machine, wherein the bending unit has a bending head which by means of a Z-drive is displaceable in a manner parallel with a bending head axis and has a bending tool which by means of a bending drive is rotatable about a bending axis; a fed portion of the workpiece by means of operating movements of the bending head is formed to a two-dimensionally or three-dimensionally bent bending part; and the finished bent part by means of a cutting installation that is separate from the bending head is severed from the fed workpiece material in a cutting operation, characterized in that an operating movement of the bending head in a manner parallel with the bending head axis activates the cutting installation by means of a transmission installation , wherein the cutting installation is activated exclusively by an operating movement of the bending head in a manner parallel with the bending head axis .
Smart glasses configured for determining the posture of the smart glasses relative to a vehicle, wherein the smart glasses comprise a display , means for wireless radio transmission and a camera and also electronic computation means; the smart glasses being configured for the following: continually making recordings of the surroundings of the smart glasses by using the camera ; receiving statements relating to the position and/or alignment of a moving object in the interior of the vehicle by using the means for wireless radio transmission, continually or at longer intervals of time; detecting the image of the object in the recordings by the camera by using the electronic computation means; determining the posture of the smart glasses by taking into consideration the image of the object in the recordings relative to the vehicle; the posture of the smart glasses indicating the position of the smart glasses and the alignment of the smart glasses . wherein the smart glasses comprise a display , means for wireless radio transmission and a camera and also electronic computation means; the smart glasses being configured for the following: continually making recordings of the surroundings of the smart glasses by using the camera ; receiving statements relating to the position and/or alignment of a moving object in the interior of the vehicle by using the means for wireless radio transmission, continually or at longer intervals of time; detecting the image of the object in the recordings by the camera by using the electronic computation means; determining the posture of the smart glasses by taking into consideration the image of the object in the recordings relative to the vehicle; the posture of the smart glasses indicating the position of the smart glasses and the alignment of the smart glasses . continually making recordings of the surroundings of the smart glasses by using the camera ; receiving statements relating to the position and/or alignment of a moving object in the interior of the vehicle by using the means for wireless radio transmission, continually or at longer intervals of time; detecting the image of the object in the recordings by the camera by using the electronic computation means; determining the posture of the smart glasses by taking into consideration the image of the object in the recordings relative to the vehicle; the posture of the smart glasses indicating the position of the smart glasses and the alignment of the smart glasses .
An electrical device comprising a socket outlet (100; 200; 300; 400) that is adapted to deliver an electrical signal that presents a determined maximum current, the socket outlet including a magnet (133; 233; 333; 433) that is designed to generate a magnetic field intended for an electric plug , the socket outlet including cutout means (170; 270; 370; 470) for preventing said magnetic field from being transmitted to the electric plug ; said electrical device being characterized in that the magnetic field is representative of said maximum current of said electrical signal, and in that the electrical device includes control means that are adapted to determine a value of an instantaneous overall electricity consumption of an electrical installation including said electrical device, and to control the cutout means (170; 270; 370; 470) of the socket outlet as a function of said value so as to prevent said magnetic field from being transmitted.
A method for release of a subsea clamp connector , the clamp connector comprising at least two clamp segments hinged to move pivotally, a drive screw connecting the clamp segments by threaded engagement with trunnions arranged rotatable in the pivoting ends of the clamp segments, the threads of the drive screw and trunnions turned such that the trunnions travel along the drive screw in mutually opposite directions when the drive screw is turned, the method comprising: forming a bore in the length direction of the drive screw, providing a waterjet cutting tool with a sideways pointing nozzle in a forward end, the waterjet cutting tool having an outer diameter that is smaller than the bore diameter, inserting the waterjet cutting tool into the bore, rotating the waterjet cutting tool inside the bore while feeding high-pressure water through the nozzle, towards the wall of the drive screw, until the wall of the drive screw is cut through. forming a bore in the length direction of the drive screw, providing a waterjet cutting tool with a sideways pointing nozzle in a forward end, the waterjet cutting tool having an outer diameter that is smaller than the bore diameter, inserting the waterjet cutting tool into the bore, rotating the waterjet cutting tool inside the bore while feeding high-pressure water through the nozzle, towards the wall of the drive screw, until the wall of the drive screw is cut through.
A method for operation by a vehicle control device, the method comprising: receiving, from a traffic management device, a first positioning request message comprising information indicating a vehicle system identity; sending to a location server a second positioning request message comprising information indicating the vehicle system identity; receiving positioning information for the vehicle system from the location server; and on condition that a difference between the positioning information received from the location server and network-reported positioning information exceeds a tolerance value, sending to the traffic management device a positioning report message comprising information indicating the vehicle system identity and the difference. receiving, from a traffic management device, a first positioning request message comprising information indicating a vehicle system identity; sending to a location server a second positioning request message comprising information indicating the vehicle system identity; receiving positioning information for the vehicle system from the location server; and on condition that a difference between the positioning information received from the location server and network-reported positioning information exceeds a tolerance value, sending to the traffic management device a positioning report message comprising information indicating the vehicle system identity and the difference.
Dishwasher , in particular household dishwasher, having a control facility for performing a wash cycle (SG) to clean items to be washed based on a selectable wash program and having a drain pump that can be set, in particular be controlled or regulated, by the control facility for pumping off wash fluid (S) from the dishwasher , wherein at least one wash program can be selected, wherein at least one pump-off sequence (A, A 2 , A 3 ) is automatically performed, which comprises at least three pump-off phases (AP 1 , AP 2 , AP 3 ), during which the drain pump is activated in each instance, with a break (P 1 , P 2 ) being provided between successive pump-off phases (AP 1 , AP 2 , AP 3 ) of the at least three pump-off phases (AP 1 , AP 2 , AP 3 ), during which break (P 1 , P 2 ) the drain pump is deactivated, characterised in that a monitoring facility is provided to monitor a wash fluid stream conveyed by the drain pump , termination of the first pump-off phase (AP 1 ) of the pump-off phases (AP 1 , AP 2 , AP 3 ) being provided when a drop below a minimum value for the wash fluid stream is identified by means of the monitoring facility , and wherein the drain pump features an electric motor, the monitoring facility being configured to monitor at least one electrical operating parameter of the electric motor.
An edge fastening profile for a roller door shutter having lamellae that run vertically and said roller door shutter is opened and closed by winding said lamellae onto a drum , comprising: • a front sidewall (3.1) and back sidewall (3.2) that are able to grip at least one edge of the mentioned lamellae on two sides, • at least one guide protrusion (3.3) provided on the body of one of the mentioned front sidewall (3.1) or back sidewall (3.2), • at least one guide recess (3.4) that is provided on the body of the other one of the mentioned front sidewall (3.1) or back sidewall (3.2) and that is able to prevent said edge fastening profile from sliding laterally by housing the at least one guide protrusion (3.3) when the edge fastening profile is wound onto the drum , characterized in that : • said edge fastening profile has a U-form, • the mentioned U-form comprises the said at least one guide protrusion (3.3) and the said at least one guide recess (3.4). • a front sidewall (3.1) and back sidewall (3.2) that are able to grip at least one edge of the mentioned lamellae on two sides, • at least one guide protrusion (3.3) provided on the body of one of the mentioned front sidewall (3.1) or back sidewall (3.2), • at least one guide recess (3.4) that is provided on the body of the other one of the mentioned front sidewall (3.1) or back sidewall (3.2) and that is able to prevent said edge fastening profile from sliding laterally by housing the at least one guide protrusion (3.3) when the edge fastening profile is wound onto the drum , • said edge fastening profile has a U-form, • the mentioned U-form comprises the said at least one guide protrusion (3.3) and the said at least one guide recess (3.4).
A method for producing a DC motor , having a permanent-magnetic inner rotor mounted rotatably about a longitudinal motor axis , and a wound stator core with pronounced inward-directed poles which in the peripheral direction are in one piece with a return ring and are separated from each other by stator slots , and having an insulating-material body which lines the stator slots and has a return ring cover formed with paraxial projections which covers an axial end face of the return ring , wherein a winding wire is wound around one pole in each case and is guided around two projections radially on the outside to the spatially adjacent pole, with each pole being assigned a projection , characterised by the following method steps: a) providing a stator core provided with an insulating-material body , and a needle winding machine; b) placing the stator core in the needle winding machine; c) attaching a winding wire to a fixed attachment point on the stator or on a tool carrier; d) guiding the winding wire radially inwards from the attachment point between two projections of the insulating-material body ; e) winding a coil about a pole ; f) guiding the winding wire radially outwards between two projections; g) guiding the winding wire around a tool-mounted deflection means radially outside the return ring such that the winding wire is guided around two projections radially externally to the spatially adjacent pole; h) repeating steps d to g until the stator has been wound, and attaching the winding wire to a fixed attachment point on the stator or on a tool carrier; i) withdrawing the tool-mounted deflection means; j) radially deforming the winding-wire portions running radially on the outside inwards, into a region within the return ring; k) applying contact portions of a contact unit to the exposed winding-wire portions; 1) welding the contact portions to the winding-wire portions.
A static pressure gas bearing which is used in a vacuum environment, comprising: a guide shaft and a tubular slider which is movable in an axial direction in a state where the guide shaft is accommodated therein, wherein the slider is configured by fastening a plurality of plate-shaped members ( , characterized in that a film formed of a soft material having a smaller elastic modulus than that of each of the plate-shaped members is interposed between joint surfaces of the plate-shaped members, the film is formed by vapor deposition of aluminum, the plate-shaped members are fastened by bolts and the films of the joint surfaces are collapsed to fill minute unevenness of the joint surfaces. a guide shaft and a tubular slider which is movable in an axial direction in a state where the guide shaft is accommodated therein, wherein the slider is configured by fastening a plurality of plate-shaped members ( , characterized in that a film formed of a soft material having a smaller elastic modulus than that of each of the plate-shaped members is interposed between joint surfaces of the plate-shaped members, the film is formed by vapor deposition of aluminum, the plate-shaped members are fastened by bolts and the films of the joint surfaces are collapsed to fill minute unevenness of the joint surfaces.
A method for detecting a leak in a fuel rod of a fuel bundle in a nuclear reactor having a plurality of fuel bundles housed in a plurality of linearly arranged channels for flowing coolant past the fuel bundles , the method comprising: monitoring the channels for the occurrence of an increase in radiation above a selected base line indicative of the presence of at least one fission product in the coolant in at least one of the plurality of channels ; monitoring the channels for the occurrence of time dependent changes in the strength of radiation in the coolant above the base line along the length of the at least one of the plurality of channels ; wherein monitoring the channels comprises placing a fixed linear array of solid state radiation detectors in a plurality of tubes perpendicular to the channels and along the length of a plurality of the channels and taking readings from the array of detectors , the solid state detectors being comprised of a silicon carbide substrate having a first side and a second side, an epitaxial silicon carbide layer on the first side of the substrate , an Ohmic contact on the second side of the substrate , a Schottky contact covering at least a portion of the epitaxial layer , an electron emitter material spaced from the Schottky contact and defining a gap therebetween, each of the gap and the electron emitter material configured to a depth effective for detecting radiation above the base line level consistent with the presence of the at least one fission product; triangulating the radiation readings to determine the location of the strongest radiation reading and the location along the length of the channel where the increase in radiation occurred. monitoring the channels for the occurrence of an increase in radiation above a selected base line indicative of the presence of at least one fission product in the coolant in at least one of the plurality of channels ; monitoring the channels for the occurrence of time dependent changes in the strength of radiation in the coolant above the base line along the length of the at least one of the plurality of channels ; wherein monitoring the channels comprises placing a fixed linear array of solid state radiation detectors in a plurality of tubes perpendicular to the channels and along the length of a plurality of the channels and taking readings from the array of detectors , the solid state detectors being comprised of a silicon carbide substrate having a first side and a second side, an epitaxial silicon carbide layer on the first side of the substrate , an Ohmic contact on the second side of the substrate , a Schottky contact covering at least a portion of the epitaxial layer , an electron emitter material spaced from the Schottky contact and defining a gap therebetween, each of the gap and the electron emitter material configured to a depth effective for detecting radiation above the base line level consistent with the presence of the at least one fission product; triangulating the radiation readings to determine the location of the strongest radiation reading and the location along the length of the channel where the increase in radiation occurred.
A method for wireless communication by a Mobility Management Entity, MME, when the network is overloaded, comprising: receiving a service request message comprising a data packet from a user equipment, UE, during a communication session; detecting whether the data packet is the last data packet for transmission or reception by the UE during the communication session, if the data packet is the last data packet, the method further comprising: processing the data packet; and transmitting a service accept message including an indication of a back-off timer to the UE, wherein the service accept message indicates to the UE that the data packet has been processed, if the data packet is not the last data packet, the method further comprising: discarding the data packet; and transmitting a service reject message including an indication of a back-off timer to the UE, wherein, in each case, the back-off timer indicates a time period during which the UE is to defer data transmissions to the network node. receiving a service request message comprising a data packet from a user equipment, UE, during a communication session; detecting whether the data packet is the last data packet for transmission or reception by the UE during the communication session, if the data packet is the last data packet, the method further comprising: processing the data packet; and transmitting a service accept message including an indication of a back-off timer to the UE, wherein the service accept message indicates to the UE that the data packet has been processed, processing the data packet; and transmitting a service accept message including an indication of a back-off timer to the UE, wherein the service accept message indicates to the UE that the data packet has been processed, if the data packet is not the last data packet, the method further comprising: discarding the data packet; and transmitting a service reject message including an indication of a back-off timer to the UE, wherein, in each case, the back-off timer indicates a time period during which the UE is to defer data transmissions to the network node. discarding the data packet; and transmitting a service reject message including an indication of a back-off timer to the UE, wherein, in each case, the back-off timer indicates a time period during which the UE is to defer data transmissions to the network node.