mhurhangee/ep-ind-claims huggingface dataset:
An electrical circuit for connection between an electrical energy source and an electrical load, the circuit being formed on a circuit substrate and having at least one surface-mounted electrical circuit protection device comprising: a first polymeric positive temperature coefficient resistive element having first and second major surfaces, a first electrode formed at the first major surface and in intimate electrical contact therewith, and a second electrode formed at the second major surface and in intimate electrical contact therewith; a second polymeric positive temperature coefficient resistive element having third and fourth major surfaces, a third electrode formed at the third major surface and in intimate electrical contact therewith, and a fourth electrode formed at the fourth major surface and in intimate electrical contact therewith; at least one heat-generating electrical component positioned between the first and second polymeric positive temperature coefficient resistive elements and in effective thermal contact with the second and third electrodes such that an electrical current above a threshold level passing through the component causes the component to heat, the heat being transferred to the polymeric positive temperature coefficient resistive elements (16, 18) and increasing the resistance of the first or second polymeric positive temperature coefficient resistive elements, and a plurality of terminal electrodes (22, 24, 26) formed along at least one major edge of the device and connecting the first and second polymeric positive temperature coefficient resistive elements (16, 18) and the electrical component to the circuit substrate. a first polymeric positive temperature coefficient resistive element having first and second major surfaces, a first electrode formed at the first major surface and in intimate electrical contact therewith, and a second electrode formed at the second major surface and in intimate electrical contact therewith; a second polymeric positive temperature coefficient resistive element having third and fourth major surfaces, a third electrode formed at the third major surface and in intimate electrical contact therewith, and a fourth electrode formed at the fourth major surface and in intimate electrical contact therewith; at least one heat-generating electrical component positioned between the first and second polymeric positive temperature coefficient resistive elements and in effective thermal contact with the second and third electrodes such that an electrical current above a threshold level passing through the component causes the component to heat, the heat being transferred to the polymeric positive temperature coefficient resistive elements (16, 18) and increasing the resistance of the first or second polymeric positive temperature coefficient resistive elements, and a plurality of terminal electrodes (22, 24, 26) formed along at least one major edge of the device and connecting the first and second polymeric positive temperature coefficient resistive elements (16, 18) and the electrical component to the circuit substrate.
A machine-implemented method for simulating a Web control for a mobile device (101,301), comprising: receiving, by a web control simulator (105,302), an HTTP request from the mobile device (101,301); parsing, by the web control simulator (105,302), the HTTP request to extract a list of Web page element types recognizable by the mobile device (101,301); receiving, by the web control simulator (105,302), the first Web page requested by the mobile device (101,301) over a network, the first Web page having a first Web control that is not recognizable by the mobile device (101,301); dynamically converting (203, 404) the first Web control into a first image that is recognizable by the mobile device (101,301), such that the first Web page having the first image is capable of being processed by the mobile device (101,301); wherein the first image results from simulating activation of the first Web control by a browser of the mobile device (105,302); receiving, by the web control simulator (105,302), a signal from the mobile device (101,301) over the network in response to an input for activating the first image on the first Web page; and simulating, by the web control simulator (105,302), user interaction with the first Web page based on the input received at the first image of the first Web page displayed at the mobile device (101,301). receiving, by a web control simulator (105,302), an HTTP request from the mobile device (101,301); parsing, by the web control simulator (105,302), the HTTP request to extract a list of Web page element types recognizable by the mobile device (101,301); receiving, by the web control simulator (105,302), the first Web page requested by the mobile device (101,301) over a network, the first Web page having a first Web control that is not recognizable by the mobile device (101,301); dynamically converting (203, 404) the first Web control into a first image that is recognizable by the mobile device (101,301), such that the first Web page having the first image is capable of being processed by the mobile device (101,301); wherein the first image results from simulating activation of the first Web control by a browser of the mobile device (105,302); receiving, by the web control simulator (105,302), a signal from the mobile device (101,301) over the network in response to an input for activating the first image on the first Web page; and simulating, by the web control simulator (105,302), user interaction with the first Web page based on the input received at the first image of the first Web page displayed at the mobile device (101,301).
Apparatus, comprising requesting means adapted to request a requested value of a parameter from a steering device for a terminal; checking means adapted to check if a message received in response to the request comprises an identifier of a group; identifying means adapted to identify, if the message comprises the identifier, a stored value of the parameter, wherein the stored value is stored for the group; applying means adapted to apply the stored value to the terminal.
Method for assisting with flying an aircraft having a fuselage which extends longitudinally from a nose towards a rear end, said aircraft having a first lateral arrangement and a second lateral arrangement arranged laterally on either side of the fuselage and each involved in the movement of the aircraft, characterized in that during an assistance phase, said method comprises the following steps: - measuring a value for a first ground clearance of the first lateral arrangement and a value for a second ground clearance of the second lateral arrangement, - displaying at least one symbol on a screen which varies as a function of the variation of said value for the first ground clearance and/or said value for the second ground clearance. - measuring a value for a first ground clearance of the first lateral arrangement and a value for a second ground clearance of the second lateral arrangement, - displaying at least one symbol on a screen which varies as a function of the variation of said value for the first ground clearance and/or said value for the second ground clearance.
A host bus device (110; 210; 410) coupled to a host bus and appearing as a virtual PCI device (160; 360) logically residing on a PCI bus coupled to the host bus through a host-to-PCI bridge (140; 240; 340), wherein access by the host bus device (110; 210; 410) to the host-to-PCI Bridge (140; 240; 340) is only through the host bus; said host bus device (110; 210; 410) comprising an interface and a monitor circuit, said monitor circuit coupled to said interface said monitor circuit being configured to track host bus cycles initiated by one or more processors coupled to the host bus, to identify processor initiated host bus cycles targeted to the virtual PCI device (160; 360), to intercept a respective host bus cycle if said host bus cycle is determined to be targeted to the virtual PCI device (160; 360), whereby said host bus cycles are not routed to said PCI bus via a host interface of the host-to-PCI bridge (140; 240; 340), and to route the intercepted host bus cycle to the host bus device (110; 210; 410).
Use of a VZV gE antigen in the preparation of a medicament for concomitant or sequential administration with a live attenuated VZV for preventing or decreasing the severity of herpes zoster and/or post herpetic neuralgia in individuals at risk from such diseases wherein the VZV gE antigen is the gE antigen truncated to remove the C-terminal anchor region, and, the VZV antigen is delivered with an adjuvant comprising 3D-MPL, QS21 and liposomes comprising cholesterol.
Measurement method for measuring vibrations at the stator end winding of an electric machine, with the steps of - arranging sensors at the stator end winding at different positions, - measuring the vibrations with the sensors, - measuring the amplitudes and phases of the radial and tangential vibrations with the sensors, - deriving displacements of the stator end winding due to vibrations by means of the measured amplitudes and/or phases of the radial and tangential vibrations, - assigning the derived displacements to an operation deflection shape of the stator end winding, and characterized in - deriving the operation deflection shapes of the stator end winding on basis of 2-node shapes and/or 4-node shapes by the calculation unit. - arranging sensors at the stator end winding at different positions, - measuring the vibrations with the sensors, - measuring the amplitudes and phases of the radial and tangential vibrations with the sensors, - deriving displacements of the stator end winding due to vibrations by means of the measured amplitudes and/or phases of the radial and tangential vibrations, - assigning the derived displacements to an operation deflection shape of the stator end winding, and characterized in - deriving the operation deflection shapes of the stator end winding on basis of 2-node shapes and/or 4-node shapes by the calculation unit.
Side frame for a drawer, having a front support and a rear support (3, 3'), between which a wall element (10, 20, 30) is arranged which is held on at least one of the two supports (2, 3, 3') by a movable cover, a compensating element being arranged on the cover, by means of which compensating element wall elements (10, 20, 30) of different thicknesses can be fixed to the support (2, 3, 3'), characterized in that the compensating element has a section with steps or a wedge-shaped or ramp-shaped configuration and, depending on the thickness of the wall element (10, 20, 30), one of the steps or the wedge-shaped or ramp-shaped configuration comes into contact with the wall element (10, 20, 30).
A bacterial composition for its use for the treatment of colibacillosis on animal farms, in particular poultry farms, characterised in that it comprises - on the one hand at least 10 5 cfu/ml of at least one of the following strains of Bacillus subtilis: NOL01 and NOL03, - and on the other hand at least 10 5 cfu/ml of at least the lactic acid bacterium Lactococcus lactis spp lactis 1 strain NOL11, wherein said strains NOL01, NOL03 and NOL11 are the following ones: - the strain NOL 01 is the strain deposited at the Institut Pasteur under the number CNCM I - 4606, - the strain NOL 03 is the strain deposited at the Institut Pasteur under the number CNCM I - 4607, and - the strain NOL 11 is the strain deposited at the Institut Pasteur under the number CNCM I - 4609. - on the one hand at least 10 5 cfu/ml of at least one of the following strains of Bacillus subtilis: NOL01 and NOL03, - and on the other hand at least 10 5 cfu/ml of at least the lactic acid bacterium Lactococcus lactis spp lactis 1 strain NOL11, - the strain NOL 01 is the strain deposited at the Institut Pasteur under the number CNCM I - 4606, - the strain NOL 03 is the strain deposited at the Institut Pasteur under the number CNCM I - 4607, and - the strain NOL 11 is the strain deposited at the Institut Pasteur under the number CNCM I - 4609.
A jaw member configured for use with an ultrasonic surgical instrument, the jaw member comprising: a structural body including a pair of proximal flanges and an elongated distal portion extending distally from the pair of proximal flanges, the elongated distal portion including first and second spaced-apart side rails defining an elongated opening therebetween and interconnected at distal ends thereof via a distal cap; and a jaw liner engaged within the elongated opening, the jaw liner including a base and first and second arms extending from the base, each arm defining an inwardly-angled tissue contacting surface, characterized in that the jaw liner defines a jaw liner compliance feature extending longitudinally therealong between the inwardly-angled tissue-contacting surfaces of the first and second arms to facilitate outward deflection of the first and second arms relative to one another. a structural body including a pair of proximal flanges and an elongated distal portion extending distally from the pair of proximal flanges, the elongated distal portion including first and second spaced-apart side rails defining an elongated opening therebetween and interconnected at distal ends thereof via a distal cap; and a jaw liner engaged within the elongated opening, the jaw liner including a base and first and second arms extending from the base, each arm defining an inwardly-angled tissue contacting surface, characterized in that the jaw liner defines a jaw liner compliance feature extending longitudinally therealong between the inwardly-angled tissue-contacting surfaces of the first and second arms to facilitate outward deflection of the first and second arms relative to one another.
Installation holding element (1; 1') by means of which a plurality of closure elements (30; 30') can be provided to a drive means opening of a connection element and can be installed in the drive means opening of the connection element manually without tool, which comprises the following features: a. a holding element (10; 10'), at which the plurality of closure elements (30; 30') is fastened integrally and releasably, wherein b. the holding element (10; 10') comprises a handle portion (12; 12') by means of which an individual closure element (30; 30') is installable without tool by means of a manual handling of the installation holding element (1; 1') in a receiving opening of a connection element and is releasable from the holding element (10; 10'). a. a holding element (10; 10'), at which the plurality of closure elements (30; 30') is fastened integrally and releasably, wherein b. the holding element (10; 10') comprises a handle portion (12; 12') by means of which an individual closure element (30; 30') is installable without tool by means of a manual handling of the installation holding element (1; 1') in a receiving opening of a connection element and is releasable from the holding element (10; 10').
A tool comprising a cam track and cam follower means, wherein the cam track and cam follower means are engaged with one another, and the tool comprises at least one tool bit or head operatively connected to one of the at least one cam track and the at least one cam follower means, and at least one rotational drive means operatively connected to the other of the at least one cam track and the at least one cam follower means, characterised in that a width (W A) of at least a portion of the cam track is greater than a width (W E) of the cam follower means such that, in use, the cam follower means has two degrees of motion, a first degree of motion defined by the cam track, and a second degree of motion defined by ricochet between opposing walls (D, E) of the cam track.
An electronic expansion valve, comprising: a valve body, a first chamber being formed in the valve body, a liquid inlet and a liquid outlet being oppositely provided at two ends of the valve body, and the liquid inlet and the liquid outlet being coaxially provided along a central axis of the valve body; a second chamber, provided in the first chamber, a coil being provided in the second chamber; a third chamber, running through the second chamber, an inlet end of the third chamber being communicated with the liquid inlet, an outlet end of the third chamber being communicated with the liquid outlet, the inlet end of the third chamber and the outlet end of the third chamber being coaxially provided, and a valve core capable of moving along the central axis being provided in the third chamber; and a first liquid passage hole, provided in a chamber wall of the third chamber, the first chamber being communicated with the liquid inlet via the first liquid passage hole. a valve body, a first chamber being formed in the valve body, a liquid inlet and a liquid outlet being oppositely provided at two ends of the valve body, and the liquid inlet and the liquid outlet being coaxially provided along a central axis of the valve body; a second chamber, provided in the first chamber, a coil being provided in the second chamber; a third chamber, running through the second chamber, an inlet end of the third chamber being communicated with the liquid inlet, an outlet end of the third chamber being communicated with the liquid outlet, the inlet end of the third chamber and the outlet end of the third chamber being coaxially provided, and a valve core capable of moving along the central axis being provided in the third chamber; and a first liquid passage hole, provided in a chamber wall of the third chamber, the first chamber being communicated with the liquid inlet via the first liquid passage hole.
An apparatus for calibrating an inter-channel bias of a navigation receiver comprising: a channel calibration module, the channel calibration module comprising reference signal circuitry (255, 260, 275, 280) for generating a reference signal and measuring logic for measuring a channel bias delay associated with front-end circuitry of the navigation receiver by comparing a delayed reference signal with the reference signal, wherein the delayed reference signal is based upon propagation of the reference signal through the front-end circuitry, the front end circuitry for processing the reference signal and a received satellite signal, characterised in that the channel calibration module generates output signals based on the measured channel bias delay, the outputs signals are used for generating correction signals (258, 259) based on the output of phase and code loop discriminators, which signals are used as carrier frequency/phase and code frequency/phase control signals for generating reference code and carrier signals applied to the received satellite signal to reduce inter-channel bias between signals of different satellites. a channel calibration module, the channel calibration module comprising reference signal circuitry (255, 260, 275, 280) for generating a reference signal and measuring logic for measuring a channel bias delay associated with front-end circuitry of the navigation receiver by comparing a delayed reference signal with the reference signal, wherein the delayed reference signal is based upon propagation of the reference signal through the front-end circuitry, the front end circuitry for processing the reference signal and a received satellite signal, characterised in that the channel calibration module generates output signals based on the measured channel bias delay, the outputs signals are used for generating correction signals (258, 259) based on the output of phase and code loop discriminators, which signals are used as carrier frequency/phase and code frequency/phase control signals for generating reference code and carrier signals applied to the received satellite signal to reduce inter-channel bias between signals of different satellites.
An image forming apparatus comprising: a main body; a cover to open or close one side of the main body; an image-carrier unit placed in the main body and including an image-carrier on which an image is formed and a first driven-coupling connected to a rotating shaft of the image-carrier; a plurality of developing units mounted in the main body to slidably move through the one side of the main body opened by the cover, each of which includes a developing roller to feed developer to the image-carrier and a second driven-coupling connected to a rotating shaft of the developing roller; a first driving-coupling and second driving-couplings located at a side region of the main body to transmit a drive power generated from a drive source to the first driven-coupling and the second driven-couplings; and a link unit to move in a first direction in linkage with opening/closing operations of the cover; characterised by comprising a guide unit to be rotatable about a rotating shaft of the first driving-coupling in linkage with the link unit, the guide unit being adapted to move in a second direction perpendicular to the first direction when rotated about the rotating shaft of the first driving-coupling so as to couple or separate the first driving-coupling and the second driving-couplings to or from the first driven-coupling and the second driven-couplings. a main body; a cover to open or close one side of the main body; an image-carrier unit placed in the main body and including an image-carrier on which an image is formed and a first driven-coupling connected to a rotating shaft of the image-carrier; a plurality of developing units mounted in the main body to slidably move through the one side of the main body opened by the cover, each of which includes a developing roller to feed developer to the image-carrier and a second driven-coupling connected to a rotating shaft of the developing roller; a first driving-coupling and second driving-couplings located at a side region of the main body to transmit a drive power generated from a drive source to the first driven-coupling and the second driven-couplings; and a link unit to move in a first direction in linkage with opening/closing operations of the cover; characterised by comprising a guide unit to be rotatable about a rotating shaft of the first driving-coupling in linkage with the link unit, the guide unit being adapted to move in a second direction perpendicular to the first direction when rotated about the rotating shaft of the first driving-coupling so as to couple or separate the first driving-coupling and the second driving-couplings to or from the first driven-coupling and the second driven-couplings.