mhurhangee/ep-ind-claims huggingface dataset:
A surface cleaning apparatus with a cleaning tray having a base assembly with a suction nozzle and an agitator, comprising: a body forming a tray having a recessed portion configured to at least partially surround at least one of the suction nozzle or the agitator; and an insert selectively received within at least a portion of the recessed portion and configured to engage the agitator, the insert characterized by: a base including a plate configured to snap fit into the recessed portion 188; and a plurality of projections extending from the base, the plurality of projections configured to contact the agitator. a body forming a tray having a recessed portion configured to at least partially surround at least one of the suction nozzle or the agitator; and an insert selectively received within at least a portion of the recessed portion and configured to engage the agitator, the insert characterized by: a base including a plate configured to snap fit into the recessed portion 188; and a plurality of projections extending from the base, the plurality of projections configured to contact the agitator. a base including a plate configured to snap fit into the recessed portion 188; and a plurality of projections extending from the base, the plurality of projections configured to contact the agitator.
A heating/stirring cooker comprising: a main body; a container that is disposed inside the main body and accommodates an object to be cooked; a stirring body that is disposed inside the container so as to be detachable from the container, the stirring body having a blade for stirring the object to be cooked in the container and a magnet disposed at a position facing an inner bottom part of the container in a state in which the stirring body is disposed inside the container; a magnetic field generator that is disposed inside the main body and generates a rotating magnetic field so that a rotational force of the rotating magnetic field acts on the magnet; and a controller that is disposed inside the main body and controls the magnetic field generator, characterized in that, the controller is configured to control the magnetic field generator so that a direction of rotation of the rotating magnetic field is switched between a forward rotation direction and a reverse rotation direction that is reverse to the forward rotation direction, and that a number M of rotations in the reverse rotation direction is less than a number N of rotations in the forward rotation direction. a main body; a container that is disposed inside the main body and accommodates an object to be cooked; a stirring body that is disposed inside the container so as to be detachable from the container, the stirring body having a blade for stirring the object to be cooked in the container and a magnet disposed at a position facing an inner bottom part of the container in a state in which the stirring body is disposed inside the container; a magnetic field generator that is disposed inside the main body and generates a rotating magnetic field so that a rotational force of the rotating magnetic field acts on the magnet; and a controller that is disposed inside the main body and controls the magnetic field generator, characterized in that, the controller is configured to control the magnetic field generator so that a direction of rotation of the rotating magnetic field is switched between a forward rotation direction and a reverse rotation direction that is reverse to the forward rotation direction, and that a number M of rotations in the reverse rotation direction is less than a number N of rotations in the forward rotation direction.
A method implemented by a proxy-type software module of a secure element interfacing between a first application implemented by said secure element connected to a terminal and to a module of this terminal, said module being adapted to execute a command received from said first application in order to achieve a first result, this method including: - a step of checking whether said terminal includes a second application adapted to execute said command in order to achieve a second result enhanced compared to the first result, thanks to the use of resources of said terminal, - if so, a step (E2j) of sending said command to said second application, and - if not, a step of sending said command to said module. - a step of checking whether said terminal includes a second application adapted to execute said command in order to achieve a second result enhanced compared to the first result, thanks to the use of resources of said terminal, - if so, a step (E2j) of sending said command to said second application, and - if not, a step of sending said command to said module.
A method for transmitting an emergency service message at a base station, BS, in a wireless communication system, the method comprising: allocating a connection identifier, CID, used to transmit an emergency service message; determining a convergence sublayer, CS, type for processing the emergency service message; generating a downlink channel descriptor, DCD, message which comprises the allocated CID and information relating to the determined CS type; and transmitting the generated DCD message to a Mobile Station, MS. allocating a connection identifier, CID, used to transmit an emergency service message; determining a convergence sublayer, CS, type for processing the emergency service message; generating a downlink channel descriptor, DCD, message which comprises the allocated CID and information relating to the determined CS type; and transmitting the generated DCD message to a Mobile Station, MS.
An electrical connector, comprising: a plurality of first differential signal pairs each arranged along a first common centerline, wherein all of the first differential signal pairs arranged along the first common centerline comprise first and second electrical contacts (121, 123) and the first and second electrical contacts are positioned on opposite sides of the first common centerline; characterized in that the connector further comprises: a plurality of second differential signal pairs (141, 143) each arranged along a second common centerline, wherein all of the second differential signal pairs arranged along the second common centerline comprise third and fourth electrical contacts (141, 143), the third and fourth electrical contacts are each positioned coincident with or parallel to the second common centerline, and the second common centerline is adjacent and parallel to the first common centerline. a plurality of first differential signal pairs each arranged along a first common centerline, wherein all of the first differential signal pairs arranged along the first common centerline comprise first and second electrical contacts (121, 123) and the first and second electrical contacts are positioned on opposite sides of the first common centerline; characterized in that the connector further comprises: a plurality of second differential signal pairs (141, 143) each arranged along a second common centerline, wherein all of the second differential signal pairs arranged along the second common centerline comprise third and fourth electrical contacts (141, 143), the third and fourth electrical contacts are each positioned coincident with or parallel to the second common centerline, and the second common centerline is adjacent and parallel to the first common centerline. a plurality of second differential signal pairs (141, 143) each arranged along a second common centerline, wherein all of the second differential signal pairs arranged along the second common centerline comprise third and fourth electrical contacts (141, 143), the third and fourth electrical contacts are each positioned coincident with or parallel to the second common centerline, and the second common centerline is adjacent and parallel to the first common centerline.
A catalyzed substrate comprising an inlet end, an outlet end, an axial length extending from the inlet end to the outlet end, an inlet zone extending from the inlet end, and an outlet zone extending from the outlet end, the catalyzed substrate being characterised in that the inlet zone comprises an oxidation catalyst and the outlet zone comprises a SCR catalyst; wherein the oxidation catalyst comprises a platinum group metal which is platinum, palladium, or mixtures thereof; wherein the PGM is loaded onto a support; wherein the support is a zeolite, silica-alumina, or mixtures thereof. wherein the oxidation catalyst comprises a platinum group metal which is platinum, palladium, or mixtures thereof; wherein the PGM is loaded onto a support; wherein the support is a zeolite, silica-alumina, or mixtures thereof.
Implantable medical device for stimulating a human or animal heart, comprising a housing, a processor, a memory unit, a stimulation unit configured to stimulate a cardiac region of a human or animal heart, and a detection unit configured to detect an electrical signal at the cardiac region of the same heart, wherein the stimulation unit comprises an electrode having a first electrode pole and a second electrode pole, wherein the memory unit comprises a computer-readable program that causes the processor to perform the following steps when executed on the processor: a) determining appropriate stimulation parameter values of a stimulation pulse to be delivered to a cardiac region of a human or animal heart by the first electrode pole in a unipolar manner; b) storing the determined stimulation parameter values in the memory unit; c) checking an occurrence of an electrode failure of the electrode when operating the electrode in a bipolar manner; d) in case of the occurrence of an electrode failure, automatically switching from a bipolar operation of the electrode to a unipolar operation of the electrode and automatically applying the stored stimulation parameter values for a unipolar stimulation of the cardiac region. a) determining appropriate stimulation parameter values of a stimulation pulse to be delivered to a cardiac region of a human or animal heart by the first electrode pole in a unipolar manner; b) storing the determined stimulation parameter values in the memory unit; c) checking an occurrence of an electrode failure of the electrode when operating the electrode in a bipolar manner; d) in case of the occurrence of an electrode failure, automatically switching from a bipolar operation of the electrode to a unipolar operation of the electrode and automatically applying the stored stimulation parameter values for a unipolar stimulation of the cardiac region.
A method for processing a cardholder not present transaction on an account related to a smart card of a cardholder, whereby a wireless communication device of the cardholder of the smart card is registered at a verification entity, wherein a card identifier of the smart card is stored locally in the wireless communication device and whereby the authorisation of the smart card transaction on the cardholder's account comprises, at the wireless communication device: receiving, via a wireless communication interface of the wireless communication device, a notification from the verification entity of the transaction on the cardholder's account; notifying the cardholder of the transaction via a user interface of the wireless communication device and waiting to receive the card identifier from the smart card via a near field communication interface of the wireless communication device, wherein the cardholder positions the wireless communication device near to the smart card to proceed the transaction; determining if the card identifier is received from the smart card via the near field communication interface; sending an approval message to the verification entity, via the wireless communication interface, when the card identifier is received, wherein the wireless communication device sends the approval message only if the stored card identifier matches the card identifier received from the smart card and wherein the approval message does not comprises the card identifier. receiving, via a wireless communication interface of the wireless communication device, a notification from the verification entity of the transaction on the cardholder's account; notifying the cardholder of the transaction via a user interface of the wireless communication device and determining if the card identifier is received from the smart card via the near field communication interface; sending an approval message to the verification entity, via the wireless communication interface, when the card identifier is received,
A battery module comprising: a plurality of battery cells connected in series, each battery cell having a cathode, an anode, and a separator separating the cathode and the anode, and a bipolar current collector; a plurality of polymer frames, each having a window to receive part of the one of the plurality of battery cells; a housing connected to the polymer frames; and two of the plurality of polymer frames and the housing defining a compartment, the compartment being filled with an electrolyte. a plurality of battery cells connected in series, each battery cell having a cathode, an anode, and a separator separating the cathode and the anode, and a bipolar current collector; a plurality of polymer frames, each having a window to receive part of the one of the plurality of battery cells; a housing connected to the polymer frames; and two of the plurality of polymer frames and the housing defining a compartment, the compartment being filled with an electrolyte.
Motor vehicle comprising a driver assistance system, with which, after its activation below a speed limit, the vehicle is able to be braked automatically to a standstill both when driving forward and reversing according to a deceleration characteristic curve which is selected from a plurality of characteristic curves depending on the operating behaviour of an accelerator pedal, characterised in that the automatic braking is able to be initiated on the basis of the operating behaviour of the accelerator pedal.
Method for printing an optical element comprising the steps of: - Ejecting a plurality of droplets of printing material comprising silicone towards a substrate in a first step, i. wherein the droplets are deposited side by side and one above the other in order to generate a three-dimensional form, ii. wherein after deposition of the droplets, adjacent deposited droplets merge which each other, and; - Curing the plurality of droplets deposited directly or indirectly onto the substrate in a second step. - Ejecting a plurality of droplets of printing material comprising silicone towards a substrate in a first step, i. wherein the droplets are deposited side by side and one above the other in order to generate a three-dimensional form, ii. wherein after deposition of the droplets, adjacent deposited droplets merge which each other, and; i. wherein the droplets are deposited side by side and one above the other in order to generate a three-dimensional form, ii. wherein after deposition of the droplets, adjacent deposited droplets merge which each other, and; - Curing the plurality of droplets deposited directly or indirectly onto the substrate in a second step.
Disc brake for a utility vehicle, - having a brake calliper engaging over a brake disc, - said brake calliper being displaceably held on at least one guide bar, which is connected to a stationary brake carrier by means of a screw, - wherein the screw is fed through the guide bar, characterised in that - the guide bar has impressing elements, configured as toothing, integrally formed on its end face, which bears against the brake carrier, at least in a circumferential or radial partial region, said impressing elements engaging through being impressed into the brake carrier, thereby forming a positively locking connection, wherein the impressing elements have a greater hardness than the brake carrier in the abutment region of the guide bar and/or - a bearing face of the brake carrier, against which the end face of the guide bar bears, has impressing elements which are integrally formed at least in a circumferential or radial partial region, and which engage through being impressed into the end face, thereby forming a positively locking connection and/or a frictionally locking connection, wherein the impressing elements have a greater hardness than the end face of the guide bar in the abutment region of the brake carrier, - wherein the impressing elements are configured as points or edges distributed in an ordered or unordered manner and of equal or unequal height. - having a brake calliper engaging over a brake disc, - said brake calliper being displaceably held on at least one guide bar, which is connected to a stationary brake carrier by means of a screw, - wherein the screw is fed through the guide bar, - the guide bar has impressing elements, configured as toothing, integrally formed on its end face, which bears against the brake carrier, at least in a circumferential or radial partial region, said impressing elements engaging through being impressed into the brake carrier, thereby forming a positively locking connection, wherein the impressing elements have a greater hardness than the brake carrier in the abutment region of the guide bar and/or - a bearing face of the brake carrier, against which the end face of the guide bar bears, has impressing elements which are integrally formed at least in a circumferential or radial partial region, and which engage through being impressed into the end face, thereby forming a positively locking connection and/or a frictionally locking connection, wherein the impressing elements have a greater hardness than the end face of the guide bar in the abutment region of the brake carrier, - wherein the impressing elements are configured as points or edges distributed in an ordered or unordered manner and of equal or unequal height.
An electronic device comprising: a substrate (50, 102); an inductor (30, 110) having a first coil and a second coil, said first coil (10, 111, 121) having a spiral shape and being provided on top of the substrate; said second coil (20, 112, 122) having a spiral shape, being provided above the first coil, and being spaced from the first coil; a first connection portion (32, 165) that electrically connects the first coil and the second coil; a first wire (18, 152, 154) that is provided on the substrate and connects the first coil to outside of the inductor (30, 110); a second wire (28, 151, 153) that is provided on the substrate and connects the second coil to outside of the inductor; characterised in that the electronic device further comprises a second connection portion (38, 128) that is mechanically connected to an outer side face of the outermost circumference of the second coil and is mechanically connected on the substrate where the first wire, the second wire and the first coil are not provided. a substrate (50, 102); an inductor (30, 110) having a first coil and a second coil, said first coil (10, 111, 121) having a spiral shape and being provided on top of the substrate; said second coil (20, 112, 122) having a spiral shape, being provided above the first coil, and being spaced from the first coil; a first connection portion (32, 165) that electrically connects the first coil and the second coil; a first wire (18, 152, 154) that is provided on the substrate and connects the first coil to outside of the inductor (30, 110); a second wire (28, 151, 153) that is provided on the substrate and connects the second coil to outside of the inductor; characterised in that the electronic device further comprises a second connection portion (38, 128) that is mechanically connected to an outer side face of the outermost circumference of the second coil and is mechanically connected on the substrate where the first wire, the second wire and the first coil are not provided.
An apparatus comprising: a camera lens assembly configured to provide a forward view through a windshield of a vehicle; a printed circuit board attached to said camera lens assembly, said printed circuit board comprising an antenna, a ground plane, and an image sensor, wherein (i) said antenna is disposed on a front surface of said printed circuit board, (ii) said ground plane is disposed either on said front surface or within a layer of said printed circuit board, (iii) said camera lens assembly is configured to focus an image of the forward view through said windshield on said image sensor, and characterized in that: said image sensor is mounted on a back surface of said printed circuit board. a camera lens assembly configured to provide a forward view through a windshield of a vehicle; a printed circuit board attached to said camera lens assembly, said printed circuit board comprising an antenna, a ground plane, and an image sensor, wherein (i) said antenna is disposed on a front surface of said printed circuit board, (ii) said ground plane is disposed either on said front surface or within a layer of said printed circuit board, (iii) said camera lens assembly is configured to focus an image of the forward view through said windshield on said image sensor, and characterized in that: said image sensor is mounted on a back surface of said printed circuit board.
Amphibious vehicle, in particular military amphibious vehicle, comprising a hull which accommodates the vehicle crew, and a flow duct which is guided through the hull and has a water jet drive, which is arranged therein, for driving the amphibious vehicle during travel on water, characterized in that both ends (11, 13) of the flow duct are designed to be closable via anti-mine elements during travel on land.
A trigger-type liquid dispenser comprising a dispenser main body that is attached to a mouth of a container and that includes a pump, an upright and inverted dual unit that permits supply of a content liquid contained in the container to the dispenser main body regardless of whether the container is in an upright position or an inverted position, and an operation lever that is supported swingably by the dispenser main body and that is configured to actuate the pump, wherein the dispenser main body draws, pressurizes, and force-feeds the content liquid supplied from the upright and inverted dual unit and dispenses the content liquid through a nozzle attached to the dispenser main body due to actuation of the pump in response to pulling of the operation lever, and wherein the upright and inverted dual unit includes a joint member that is attached to the dispenser main body, a pipe holding member that is attached to the joint member and that holds a drawing pipe suspended in the container, and a valve body, the joint member includes a through hole that is closable from above by the valve body, a valve-body-holding wall portion that accommodates the valve body above the through hole in a manner such that the valve body is displaceable upward and downward and is prevented from slipping off, and an opening portion that is formed in the valve-body-holding wall portion, in the inverted position, the upright and inverted dual unit permits the content liquid contained in the container to be supplied to the dispenser main body by passing through a flow path from the opening portion, the through hole, to a flow path defined between the joint member and the pipe holding member sequentially, and in the upright position, the upright and inverted dual unit permits the content liquid to be supplied from the drawing pipe to the dispenser main body by the valve body closing the through hole, the valve body is inserted through the opening portion to be accommodated in the valve-body-holding wall portion and the joint member further includes, in a position thereof opposed to the pump about a center axis of a pipe holding tubular portion included in the pipe holding member, a plurality of ribs that is disposed in a circumferential direction at a predetermined interval and that extends in a direction of the center axis, such that an air introduced from an ambient air inlet formed in the pump passes through the interval between the plurality of ribs to be introduced into the container.