mhurhangee/ep-ind-claims huggingface dataset:
A server device for distributing an e-mail via a communication line to a mobile communication terminal device, said server device characterized by comprising: receiving means for receiving from the mobile communication terminal device an address directory having stored therein communication partner information including: an e-mail address of a communication partner; and another communication identifier of the communication partner that is different from the e-mail address of the communication partner, register means for registering in a list the communication partner information stored in the address directory received by the receiving means; and distribution means for: when an e-mail address of a transmitter of an e-mail to be distributed to the mobile communication terminal device is included in the list, distributing the e-mail to the mobile communication terminal device; and characterised in that when the e-mail address of the transmitter is not included in the list, the distribution means determines whether another communication identifier of the transmitter is included in the list, and, if the other communication identifier of the transmitter is included in the list, the distribution device distributes the e-mail to the mobile communication terminal device. receiving means for receiving from the mobile communication terminal device an address directory having stored therein communication partner information including: an e-mail address of a communication partner; and another communication identifier of the communication partner that is different from the e-mail address of the communication partner, an e-mail address of a communication partner; and another communication identifier of the communication partner that is different from the e-mail address of the communication partner, register means for registering in a list the communication partner information stored in the address directory received by the receiving means; and distribution means for: when an e-mail address of a transmitter of an e-mail to be distributed to the mobile communication terminal device is included in the list, distributing the e-mail to the mobile communication terminal device; and characterised in that when the e-mail address of the transmitter is not included in the list, the distribution means determines whether another communication identifier of the transmitter is included in the list, and, if the other communication identifier of the transmitter is included in the list, the distribution device distributes the e-mail to the mobile communication terminal device. when an e-mail address of a transmitter of an e-mail to be distributed to the mobile communication terminal device is included in the list, distributing the e-mail to the mobile communication terminal device; and characterised in that when the e-mail address of the transmitter is not included in the list, the distribution means determines whether another communication identifier of the transmitter is included in the list, and, if the other communication identifier of the transmitter is included in the list, the distribution device distributes the e-mail to the mobile communication terminal device.
A work machine comprising: - at least two hydraulic circuits each comprising at least one hydraulic actuator, a socalled fluid supply branch equipped with a hydraulic pump and a fluid inlet end connected to a fluid source and a return branch equipped with a fluid outlet end opening into a tank, - a device for transmitting an alert signal, and - a piloting unit, characterized in that the machine comprises a device for monitoring said hydraulic circuits embedded in the machine, in that this monitoring device comprises a counter of particles in a fluid which is equipped with at least one fluid inlet and a fluid outlet and, for each hydraulic circuit, a bypass circuit extending between the supply branch of said hydraulic circuit and the fluid inlet of the particle counter to supply the inlet of the particle counter with fluid coming from the supply branch of said hydraulic circuit via the bypass circuit, in that the fluid inlet of the counter is unique and common to each hydraulic circuit, in that the circulation of fluid inside the counter is a one-way circulation from the fluid inlet toward the fluid outlet of said counter, in that each bypass circuit is equipped with a member for opening/closing the bypass circuit and in that the piloting unit is configured to selectively control the opening/closing of the opening/closing members of each bypass circuit and to acquire, in the open state of the selected opening/closing member, data of the particle counter and to control the device for transmitting an alert signal based on said data. - at least two hydraulic circuits each comprising at least one hydraulic actuator, a socalled fluid supply branch equipped with a hydraulic pump and a fluid inlet end connected to a fluid source and a return branch equipped with a fluid outlet end opening into a tank, - a device for transmitting an alert signal, and - a piloting unit, characterized in that the machine comprises a device for monitoring said hydraulic circuits embedded in the machine, in that this monitoring device comprises a counter of particles in a fluid which is equipped with at least one fluid inlet and a fluid outlet and, for each hydraulic circuit, a bypass circuit extending between the supply branch of said hydraulic circuit and the fluid inlet of the particle counter to supply the inlet of the particle counter with fluid coming from the supply branch of said hydraulic circuit via the bypass circuit, in that the fluid inlet of the counter is unique and common to each hydraulic circuit, in that the circulation of fluid inside the counter is a one-way circulation from the fluid inlet toward the fluid outlet of said counter, in that each bypass circuit is equipped with a member for opening/closing the bypass circuit and in that the piloting unit is configured to selectively control the opening/closing of the opening/closing members of each bypass circuit and to acquire, in the open state of the selected opening/closing member, data of the particle counter and to control the device for transmitting an alert signal based on said data.
An apparatus comprising: an off-center-fed patch, OCFP, antenna configured to receive electromagnetic radiation comprising a radio frequency signal, wherein the OCFP antenna comprises: a metal patch deposited on a substrate; at least two shorting elements (205, 215, 225, 235) configured to electrically connect the metal patch with a ground plane of the substrate; a plurality of feed lines disposed on the substrate, wherein a first end of each feed line of the plurality of feed lines is connected to a different edge of the metal patch at a predefined pitch angle, wherein the pitch angle is an angle between the feedline and the OCFP antenna; and a plurality of rectifying circuits (RC1, RC2, RC3, RC4) connected one-to-one to the plurality of feed lines and configured to convert alternating current, AC, input power generated by the OCFP antenna to direct current, DC, output power, wherein a first rectifying circuit of the plurality of rectifying circuits is configured to convert lower AC input power to DC output power than a second rectifying circuit of the plurality of rectifying circuits. an off-center-fed patch, OCFP, antenna configured to receive electromagnetic radiation comprising a radio frequency signal, wherein the OCFP antenna comprises: a metal patch deposited on a substrate; at least two shorting elements (205, 215, 225, 235) configured to electrically connect the metal patch with a ground plane of the substrate; a metal patch deposited on a substrate; at least two shorting elements (205, 215, 225, 235) configured to electrically connect the metal patch with a ground plane of the substrate; a plurality of feed lines disposed on the substrate, wherein a first end of each feed line of the plurality of feed lines is connected to a different edge of the metal patch at a predefined pitch angle, wherein the pitch angle is an angle between the feedline and the OCFP antenna; and a plurality of rectifying circuits (RC1, RC2, RC3, RC4) connected one-to-one to the plurality of feed lines and configured to convert alternating current, AC, input power generated by the OCFP antenna to direct current, DC, output power, wherein a first rectifying circuit of the plurality of rectifying circuits is configured to convert lower AC input power to DC output power than a second rectifying circuit of the plurality of rectifying circuits.
An internal combustion engine arranged to be used with a power tool and for driving a working assembly of said power tool, said working assembly having a clutch, said engine comprising: a combustion chamber into which a mixture of fuel and air is supplied; a spark plug disposed proximate to the combustion chamber to ignite the mixture by generating a spark, ignition of the mixture driving a piston operably coupled to a crank portion of the engine; a fuel supply system including a fuel valve and the throttle valve, the fuel valve being arranged to control fuel provision into the mixture and the throttle valve being adjustable to control the provision of air into the mixture; a throttle position sensor configured to determine a position of the throttle valve within its full range of operation; a speed sensor configured to determine engine speed; and a controller configured to control the operation of the fuel valve and the spark plug, characterized in the controller being configured to at start-up of the engine receive an indication of the engine speed from the speed sensor and to determine whether the engine speed exceeds a threshold value, and, if so, initiate a speed limitation operation maintaining the engine speed below a predetermined speed, wherein said controller is further configured to detect that the throttle valve is moved from a first position by more than a distance threshold and then discontinue the speed limitation operation. a combustion chamber into which a mixture of fuel and air is supplied; a spark plug disposed proximate to the combustion chamber to ignite the mixture by generating a spark, ignition of the mixture driving a piston operably coupled to a crank portion of the engine; a fuel supply system including a fuel valve and the throttle valve, the fuel valve being arranged to control fuel provision into the mixture and the throttle valve being adjustable to control the provision of air into the mixture; a throttle position sensor configured to determine a position of the throttle valve within its full range of operation; a speed sensor configured to determine engine speed; and a controller configured to control the operation of the fuel valve and the spark plug, characterized in the controller being configured to at start-up of the engine receive an indication of the engine speed from the speed sensor and to determine whether the engine speed exceeds a threshold value, and, if so, initiate a speed limitation operation maintaining the engine speed below a predetermined speed, wherein said controller is further configured to detect that the throttle valve is moved from a first position by more than a distance threshold and then discontinue the speed limitation operation.
A measuring tape rule device comprising: a tape rule housing, the housing having a connection member; an axle within the housing, the axle configured to rotate about an axis of rotation; a reel within the housing, the reel configured to rotate about the axis of rotation and the axle; an elongated tape having gradations thereon and wound on the reel; a first spring coupled between the axle and the connection member of the housing; and a second spring coupled between the axle and the reel; wherein rotation of the reel relative to the housing in a direction tending to tension the second spring transmits rotational movement to the axle through the tensioning of the second spring, and wherein such rotational movement of the axle is applied to the first spring to tension the first spring; and characterized in that the connection member has an annular configuration that is configured to engage a groove formed in the reel; and the measuring tape device further comprises a first spring chamber defined by the connection member, an interior wall of the housing, and an exterior wall of the reel; a second spring chamber defined by interior walls of the reel; and wherein the first spring is disposed in the first chamber and the second spring is disposed in the second chamber, and wherein the first spring chamber is located on a first side of the axle and the second spring chamber is located on a second side of the axle. a tape rule housing, the housing having a connection member; an axle within the housing, the axle configured to rotate about an axis of rotation; a reel within the housing, the reel configured to rotate about the axis of rotation and the axle; an elongated tape having gradations thereon and wound on the reel; a first spring coupled between the axle and the connection member of the housing; and a second spring coupled between the axle and the reel; wherein rotation of the reel relative to the housing in a direction tending to tension the second spring transmits rotational movement to the axle through the tensioning of the second spring, and wherein such rotational movement of the axle is applied to the first spring to tension the first spring; and characterized in that the connection member has an annular configuration that is configured to engage a groove formed in the reel; and the measuring tape device further comprises a first spring chamber defined by the connection member, an interior wall of the housing, and an exterior wall of the reel; a second spring chamber defined by interior walls of the reel; and wherein the first spring is disposed in the first chamber and the second spring is disposed in the second chamber, and wherein the first spring chamber is located on a first side of the axle and the second spring chamber is located on a second side of the axle. a second spring chamber defined by interior walls of the reel; and wherein the first spring is disposed in the first chamber and the second spring is disposed in the second chamber, and wherein the first spring chamber is located on a first side of the axle and the second spring chamber is located on a second side of the axle.
An external testing device for verifying visual stimulation data transmitted by an external coil to a retinal stimulation system implanted in a subject by simulating the retinal stimulation system, the external testing device comprising: a test board unit configured to simulate electrical functionalities of the retinal stimulation system; a test coil; and a test display unit; wherein the test coil is configured to transmit data and/or power, received from the external coil, to the test board unit, wherein the test board unit is adapted to translate said data received from the external coil and transmitted by the test coil into current pulse amplitudes that are transmitted to the test display unit, and wherein the test display unit is connected to an output of the test board unit, the test display unit being configured to visually monitor the data from the external coil, thus simulate a visual effect on the subject of the data from the external coil. a test board unit configured to simulate electrical functionalities of the retinal stimulation system; a test coil; and a test display unit; wherein the test coil is configured to transmit data and/or power, received from the external coil, to the test board unit, wherein the test board unit is adapted to translate said data received from the external coil and transmitted by the test coil into current pulse amplitudes that are transmitted to the test display unit, and wherein the test display unit is connected to an output of the test board unit, the test display unit being configured to visually monitor the data from the external coil, thus simulate a visual effect on the subject of the data from the external coil.
A test strip for detecting amyloid beta (Aβ) in urine, comprising a polyvinyl chloride bottom plate, wherein, the PVC bottom plate is laid with a sample pad, a conjugation pad, a chromatography pad and an absorbent pad, wherein the sample pad, the conjugation pad, the chromatography pad and the absorbent pad are overlapped in sequence; the conjugation pad is coated with colloidal gold particles conjugated to a monoclonal antibody; the chromatography pad is provided with a test line on a side closed to the conjugation pad, and is provided with a control line on a side closed to the absorbent pad; the test line is coated with an Aβ-binding polymer; and the control line is coated with a goat anti-mouse IgG polyclonal antibody characterized in that the Aβ-binding polymer is a small peptide chain randomly synthesized from the group consisting of glutamic acid, lysine, alanine and tyrosine, with a molecular weight of 4 kD to 52 kD.
A liquid dispensing shaving razor comprising a personal care bottle, the personal care bottle comprising: a fluid reservoir defining a chamber for holding a fluid; a fluid port at a proximal end of the fluid reservoir; and a gripping sleeve mounted to the fluid reservoir, the gripping sleeve having a locking tab configured to engage a handle body of the liquid dispensing shaving razor, wherein the handle body defines an opening dimensioned to receive the locking tab, the opening being positioned on an outer surface of the handle body. a fluid reservoir defining a chamber for holding a fluid; a fluid port at a proximal end of the fluid reservoir; and a gripping sleeve mounted to the fluid reservoir, the gripping sleeve having a locking tab configured to engage a handle body of the liquid dispensing shaving razor, wherein the handle body defines an opening dimensioned to receive the locking tab, the opening being positioned on an outer surface of the handle body.
Method for providing a packaging filled with powder, comprising: providing a container provided with a base, the inside wall of the container consisting of a heat-sealable material; filling the powder into said container; removing air that is present in the container by applying a vacuum; introducing into the filled container an inert gas before/when sealing a heat sealable film, placing said heat-sealable film above the powder; heat-sealing said film to said inside wall of the container at a distance from a top edge of the container such that provision is made for the fitting of a lid, wherein said heat-sealable film provides a gastight seal; providing a scoop for dosing said powder; and placing the scoop on the heat-sealable film whereby the scoop is accommodated by the top part of the container. providing a container provided with a base, the inside wall of the container consisting of a heat-sealable material; filling the powder into said container; removing air that is present in the container by applying a vacuum; introducing into the filled container an inert gas before/when sealing a heat sealable film, placing said heat-sealable film above the powder; heat-sealing said film to said inside wall of the container at a distance from a top edge of the container such that provision is made for the fitting of a lid, wherein said heat-sealable film provides a gastight seal; providing a scoop for dosing said powder; and placing the scoop on the heat-sealable film whereby the scoop is accommodated by the top part of the container.
A containing structure (1, 200) for umbrella, characterized in that it comprises a waterproof containing body, equipped with at least one opening for inserting an umbrella therein and draining means (50, 60, 20, 11) for draining water out of said containing body when said umbrella is arranged wet in said waterproof containing body, said containing body comprising an area for collecting drainage water from the wet umbrella, said water collecting area comprising said water draining means (11, 20), said area for collecting drainage water from the wet umbrella comprising a tank for collecting drainage water from the wet umbrella arranged in the lower part of said containing body, said tank comprising water draining means (11, 20), said drainage water being collected by the upper wall of the tank which conveys it into the tank by means of a hole, said hole being provided with a check valve which allows the entry of water into tank but not the leaking of the same, characterized in that it comprises a bleeding hole for bleeding air from said tank
An apparatus comprising: a security system that is configured to protect a secured area; a plurality of sensors (12, 14) that are configured to detect environmental threats within the secured area; a cloud memory that is configured to save detector element values measured by detector elements of the plurality of sensors and activation reports from each of the plurality of sensors; and a cloud processor (26, 28) that is configured to analyse the measured detector element values and the activation reports, generates a probability report of false alarms within a number of days based upon comparison of a most recently measured detector element value and a prior measured value to detect spontaneous changes and to determine a rate of change of the measured detector element values and the activation reports for each of the plurality of sensors, and is configured to send the probability report to an authorized user of the security system. a security system that is configured to protect a secured area; a plurality of sensors (12, 14) that are configured to detect environmental threats within the secured area; a cloud memory that is configured to save detector element values measured by detector elements of the plurality of sensors and activation reports from each of the plurality of sensors; and a cloud processor (26, 28) that is configured to analyse the measured detector element values and the activation reports, generates a probability report of false alarms within a number of days based upon comparison of a most recently measured detector element value and a prior measured value to detect spontaneous changes and to determine a rate of change of the measured detector element values and the activation reports for each of the plurality of sensors, and is configured to send the probability report to an authorized user of the security system.
A gas delivery system for a cell-based mass spectrometer, the gas delivery system comprising: a. a mass flow controller having an input coupled to a gas source; b. a three-way valve having an input coupled to an output of the mass flow controller, a first output coupled to a vacuum system, and a second output; and c. a cell positioned inside a vacuum chamber of a mass spectrometer, the second output of the three-way valve being coupled to an inlet of the cell, the mass flow controller providing a gas to the cell that increases a pressure inside the cell relative to the pressure in the vacuum chamber. a. a mass flow controller having an input coupled to a gas source; b. a three-way valve having an input coupled to an output of the mass flow controller, a first output coupled to a vacuum system, and a second output; and c. a cell positioned inside a vacuum chamber of a mass spectrometer, the second output of the three-way valve being coupled to an inlet of the cell, the mass flow controller providing a gas to the cell that increases a pressure inside the cell relative to the pressure in the vacuum chamber.