mhurhangee/ep-ind-claims huggingface dataset:
A battery pack comprising: at least one battery module including a plurality of secondary batteries placed and arranged in a horizontal direction and electrically connected to each other, and a cell frame having a fixing tube configured to fix the plurality of secondary batteries in a predetermined arrangement, the fixing tube being disposed between the plurality of secondary batteries, extending in the horizontal direction and having two open ends; and a fixing rod extending in a direction and inserted into the fixing tube in the horizontal direction, a pack tray including a base plate on which the at least one battery module is mounted and a fixing wall extending in an upward direction from an upper surface of the base plate, and two ends of the fixing rod are fixed to the fixing wall provided in the pack tray. at least one battery module including a plurality of secondary batteries placed and arranged in a horizontal direction and electrically connected to each other, and a cell frame having a fixing tube configured to fix the plurality of secondary batteries in a predetermined arrangement, the fixing tube being disposed between the plurality of secondary batteries, extending in the horizontal direction and having two open ends; and a fixing rod extending in a direction and inserted into the fixing tube in the horizontal direction, a pack tray including a base plate on which the at least one battery module is mounted and a fixing wall extending in an upward direction from an upper surface of the base plate, and two ends of the fixing rod are fixed to the fixing wall provided in the pack tray.
A negative electrode comprising: a current collector; a first active material layer disposed on the current collector and including at least one concave portion indented toward the current collector; a stress-relaxing portion including an aqueous polymer and/or an organic polymer disposed in the concave portion; and a second active material layer disposed on the first active material layer and separated from the current collector. a current collector; a first active material layer disposed on the current collector and including at least one concave portion indented toward the current collector; a stress-relaxing portion including an aqueous polymer and/or an organic polymer disposed in the concave portion; and a second active material layer disposed on the first active material layer and separated from the current collector.
A pedestrian protection airbag device adapted to be mounted on a backside of and in a vicinity of a rear end of a hood of a vehicle, the airbag device comprising: an airbag stored at the backside of the hood in a folded-up configuration in a case; and an inflator for feeding an inflation gas to the airbag, wherein: the airbag device further includes a mounting bracket (56, 56A, 56B) that supports the inflator and mounts the airbag and the inflator on the hood; and the mounting bracket (56, 56A, 56B) includes: a support frame (57, 57B) that is formed into a band-shaped plate elongated generally along a left and right direction and is shaped generally along the front edge of the case; an inflator holding section that extends rearward from the support frame (57, 57B) and holds the inflator; a mounting section (58, 58L, 58R, 58F, 58A) that protrudes forward partially out of the support frame and is adapted to be secured to the hood in order to mount the mounting bracket on the hood in a cantilever fashion; and a displacement allowing section that is formed between the support frame (57, 57B) and the mounting section (58, 58L, 58F, 58A) and is bendable for displacing the inflator holding section and a vicinity thereof downward with respect to the mounting section. an airbag stored at the backside of the hood in a folded-up configuration in a case; and an inflator for feeding an inflation gas to the airbag, a support frame (57, 57B) that is formed into a band-shaped plate elongated generally along a left and right direction and is shaped generally along the front edge of the case; an inflator holding section that extends rearward from the support frame (57, 57B) and holds the inflator; a mounting section (58, 58L, 58R, 58F, 58A) that protrudes forward partially out of the support frame and is adapted to be secured to the hood in order to mount the mounting bracket on the hood in a cantilever fashion; and a displacement allowing section that is formed between the support frame (57, 57B) and the mounting section (58, 58L, 58F, 58A) and is bendable for displacing the inflator holding section and a vicinity thereof downward with respect to the mounting section.
A heat exchanger for cooling charge air to which water, in particular condensation water, can be added in the form of droplets and/or mist, characterised in that the heat exchanger has a hydrophobic surface at least in a partial region, and that the heat exchanger can be electrostatically charged at least in a partial region of the surface.
A device comprising two controllable reactance elements arranged to compensate a single phase-to-earth fault current in a power network with a power transformer, the two controllable reactance elements are each connected with one side to two different voltages of a three phase voltage source which is synchronous with the power network, and that the reactance elements with their other side are jointly connected to neutral of the power network, wherein the reactance elements are individually controllable by a control unit designed to control neutral voltage of the power transformer with respect to amplitude and phase in relation to the power transformer's own voltage system, characterized in that said controllable reactance elements are made up of two tuneable capacitor banks, and wherein the two reactance elements are individually controllable to control the neutral voltage to eliminate the drive voltage of an earth fault current.
An electronic display device operable to receive stereoscopic images comprising: a register to which stereoscopic image format information is written in advance; a change notification transmission unit which, when there is a change in stereoscopic image format information written in the register, transmits change notification to an external device; a read command receiving unit which receives a read command transmitted from the external device according to the change notification transmitted from the change notification transmission unit and address information of the stereoscopic image format information in the register; and a stereoscopic image format information transmission unit which reads the stereoscopic image format information from the address in the register corresponding to the address information received in the read command receiving unit and transmits the stereoscopic image format information to the external device. a register to which stereoscopic image format information is written in advance; a change notification transmission unit which, when there is a change in stereoscopic image format information written in the register, transmits change notification to an external device; a read command receiving unit which receives a read command transmitted from the external device according to the change notification transmitted from the change notification transmission unit and address information of the stereoscopic image format information in the register; and a stereoscopic image format information transmission unit which reads the stereoscopic image format information from the address in the register corresponding to the address information received in the read command receiving unit and transmits the stereoscopic image format information to the external device.
Spotlight having a cup-like reflector and an LED light source arranged on the base of the reflector, wherein a circular aperture is arranged within the reflector, absorbs impinging light, and is designed and arranged in such a way that it prevents direct radiation of light, wherein the LED light source and the aperture have a similar peripheral shape, the reflector walls have a parabolic shape, and the reflector is rotationally symmetrical, characterized in that for the distance a between the LED light source and the aperture, the following is true: a =|- y | wherein y = h ⋅ r refl − h ⋅ z z and z = r refl - r LED, wherein h is the height of the reflector, r refl is the radius of the light outlet opening of the reflector, r LED is the radius of the LED light source, and y is the distance of the LED light source from the apex or intersection point of the reflector walls running toward one another, and that the following is true for the radius of the aperture: r aperture = tan(α) · (a + y), wherein tan α = r refl h + y.
A dispensing system for dispensing an adhesive, the dispensing system comprising: an applicator comprising: a manifold; a plurality of dispensing modules coupled to said manifold; and a plurality of pump assemblies, wherein each of the plurality of pump assemblies is configured to pump the adhesive to a respective one of the plurality of dispensing modules at a respective operating speed; and a controller in signal communication with the applicator, characterized in that: the controller is configured to a) measure a current draw from each of the plurality of pump assemblies, b) determine an adjustment to the operating speed of each of the plurality of pump assemblies individually based on its respective current draw, and c) direct each of the plurality of pump assemblies to individually adjust its operating speed. an applicator comprising: a manifold; a plurality of dispensing modules coupled to said manifold; and a plurality of pump assemblies, wherein each of the plurality of pump assemblies is configured to pump the adhesive to a respective one of the plurality of dispensing modules at a respective operating speed; and a manifold; a plurality of dispensing modules coupled to said manifold; and a plurality of pump assemblies, wherein each of the plurality of pump assemblies is configured to pump the adhesive to a respective one of the plurality of dispensing modules at a respective operating speed; and a controller in signal communication with the applicator, characterized in that: the controller is configured to a) measure a current draw from each of the plurality of pump assemblies, b) determine an adjustment to the operating speed of each of the plurality of pump assemblies individually based on its respective current draw, and c) direct each of the plurality of pump assemblies to individually adjust its operating speed.
An image pickup apparatus, comprising: a body; a display section that is pivotable on the body between a first state in which a display surface is oriented to rear surface side of the body and a second state in which the display surface is oriented to front surface side of the body; a display controller that varies an arrangement state of a predetermined icon depending on orientation of the body, when the display section is in the second state, the predetermined icon being displayed on the display section; characterized in that it also comprises a viewfinder that is contained inside the body and is to be popped up from the body when in use; wherein the display controller varies a display state of the display section depending on a contained state of the viewfinder, when the display section is in the second state. a body; a display section that is pivotable on the body between a first state in which a display surface is oriented to rear surface side of the body and a second state in which the display surface is oriented to front surface side of the body; a display controller that varies an arrangement state of a predetermined icon depending on orientation of the body, when the display section is in the second state, the predetermined icon being displayed on the display section; characterized in that it also comprises a viewfinder that is contained inside the body and is to be popped up from the body when in use; wherein the display controller varies a display state of the display section depending on a contained state of the viewfinder, when the display section is in the second state.
Connector assembly comprising first and second connectors (102, 104) intended to mate with each other along a mating axis (XX'), a frontward direction being defined along the mating axis (XX') from the first connector towards the second connector, the first connector comprising a connector locking pawl with a first locking stop intended to raise in an upward direction perpendicular to the frontward direction, so as to engage a second locking stop of the second electrical connector when the connectors (102, 104) are mated, the first connector further comprising a CPA member movable frontward, the CPA member comprising a CPA pawl projecting frontward and which, when the connectors (102, 104) are not mated, engages the connector locking pawl so as to block a frontward movement of the CPA member, the CPA member further comprising a coupling detecting system, configured to engage, when the connectors (102, 104) are mated, the second locking stop in such a way to clear the CPA pawl from the connector locking pawl, wherein the connector locking pawl comprises a front element and the CPA member comprises a CPA locking pawl to engage the front element so as to lock the CPA member in a final front position, characterized in that in the final position the CPA pawl is outside an area delimitated by: a frontward distance from the first locking stop, which is equal to or greater than 1mm, an upward distance from a top of the first locking stop, which is equal to or greater than 0.3mm, but limited so that the front element is located above the area, wherein the coupling detecting system comprises a lifting finger projecting downward from the CPA pawl, wherein the lifting finger, in the final position of the CPA member, is located above the first locking stop or rearward with respect to the first locking stop, wherein the CPA pawl comprises a free front portion that rests on the front element when the CPA member is in final position, wherein the front element comprises an upwardly slanted rear wall,wherein the coupling detecting system, when engaging the second locking stop, lifts the CPA pawl so that the free front portion of the CPA pawl reaches the upwardly slanted rear wall. a frontward distance from the first locking stop, which is equal to or greater than 1mm, an upward distance from a top of the first locking stop, which is equal to or greater than 0.3mm, but limited so that the front element is located above the area, wherein the coupling detecting system comprises a lifting finger projecting downward from the CPA pawl, wherein the lifting finger, in the final position of the CPA member, is located above the first locking stop or rearward with respect to the first locking stop, wherein the CPA pawl comprises a free front portion that rests on the front element when the CPA member is in final position, wherein the front element comprises an upwardly slanted rear wall,wherein the coupling detecting system, when engaging the second locking stop, lifts the CPA pawl so that the free front portion of the CPA pawl reaches the upwardly slanted rear wall.
An active ingredient for use in protecting muscles, wherein the active ingredient is isoacteoside and/or a pharmaceutically acceptable salt of isoacteoside.
A method of configuring a programmable integrated circuit in a computer system, comprising: selecting a first region of a programmable fabric of the programmable IC for implementation of a shell circuit, the shell circuit configured to interface with a bus of the computer system; selecting a second region of the programmable fabric for implementation of an application circuit, the application circuit configured to interface with the shell circuit; providing a fence region disposed between the first region and the second region, the fence region including a set of un-configured tiles of the programmable fabric; generating configuration data for a circuit design having the first region, the second region, and the fence region; and loading the configuration data to the programmable IC; wherein the application circuit is coupled to the shell circuit using connections through the fence region, and the shell circuit controls access by the application circuit to signals via the connections through the fence region and allows the application circuit to access only non-privileged data. selecting a first region of a programmable fabric of the programmable IC for implementation of a shell circuit, the shell circuit configured to interface with a bus of the computer system; selecting a second region of the programmable fabric for implementation of an application circuit, the application circuit configured to interface with the shell circuit; providing a fence region disposed between the first region and the second region, the fence region including a set of un-configured tiles of the programmable fabric; generating configuration data for a circuit design having the first region, the second region, and the fence region; and loading the configuration data to the programmable IC; wherein the application circuit is coupled to the shell circuit using connections through the fence region, and the shell circuit controls access by the application circuit to signals via the connections through the fence region and allows the application circuit to access only non-privileged data.
A surgical instrument comprising a housing and a shaft and an end effector, wherein the housing is couplable to the shaft, wherein the surgical instrument includes an articulation assembly configured to move the end effector relative to the shaft, the housing comprising: a motor operably supported by the housing; an articulation drive configured to transmit at least one articulation motion to the articulation assembly to move the end effector between an articulation home state position and an articulated position; a controller in communication with the motor, characterized by a first input configured to transmit a first input signal to the controller, wherein the controller is configured to activate the motor to generate the at least one articulation motion to move the end effector to the articulated position in response to the first input signal; and a reset input configured to transmit a reset input signal to the controller, wherein the controller is configured to activate the motor to generate at least one reset motion to move the end effector to the articulation home state position in response to the reset input signal. a motor operably supported by the housing; an articulation drive configured to transmit at least one articulation motion to the articulation assembly to move the end effector between an articulation home state position and an articulated position; a controller in communication with the motor, characterized by a first input configured to transmit a first input signal to the controller, wherein the controller is configured to activate the motor to generate the at least one articulation motion to move the end effector to the articulated position in response to the first input signal; and a reset input configured to transmit a reset input signal to the controller, wherein the controller is configured to activate the motor to generate at least one reset motion to move the end effector to the articulation home state position in response to the reset input signal.
A method for controlling an aircraft, the method comprising: accessing data aboard the aircraft, the data including: respective positions, relative to each other and to a runway, of a plurality of radar targets disposed within a region adjacent to the runway; and a desired attitude of the aircraft relative to the runway; scanning the region with a radar disposed aboard the aircraft to obtain radar data corresponding to respective positions, relative to each other and to the aircraft, of a plurality of radar reflections from the region, including reflections from the radar targets; distinguishing the radar data corresponding to the radar targets from the radar data corresponding to the radar reflections, by using a correlator aboard the aircraft; assessing a position and an attitude of the aircraft relative to the runway using the stored data and the radar data corresponding to the radar targets; evaluating the position and the attitude of the aircraft relative to the runway using a navigation (102, 104) system that is independent of the radar; computing a difference between the assessed position and the evaluated position; computing a difference between the assessed attitude and the evaluated attitude; and controlling the aircraft in accordance with at least one of the position difference and the attitude difference. respective positions, relative to each other and to a runway, of a plurality of radar targets disposed within a region adjacent to the runway; and a desired attitude of the aircraft relative to the runway; scanning the region with a radar disposed aboard the aircraft to obtain radar data corresponding to respective positions, relative to each other and to the aircraft, of a plurality of radar reflections from the region, including reflections from the radar targets; distinguishing the radar data corresponding to the radar targets from the radar data corresponding to the radar reflections, by using a correlator aboard the aircraft; assessing a position and an attitude of the aircraft relative to the runway using the stored data and the radar data corresponding to the radar targets; evaluating the position and the attitude of the aircraft relative to the runway using a navigation (102, 104) system that is independent of the radar; computing a difference between the assessed position and the evaluated position; computing a difference between the assessed attitude and the evaluated attitude; and controlling the aircraft in accordance with at least one of the position difference and the attitude difference.
A method for chemical processing an internal cavity of an additive manufactured metal workpiece, the method comprising: providing an AM metal workpiece having an internal cavity; providing at least a first connector in fluid connection with the internal cavity; flowing a chemical polishing solution through the first connector and the internal cavity to process the internal cavity to a desired finish, characterized in that the workpiece is immersed in a bath during flowing of the chemical polishing solution through the internal cavity. providing an AM metal workpiece having an internal cavity; providing at least a first connector in fluid connection with the internal cavity; flowing a chemical polishing solution through the first connector and the internal cavity to process the internal cavity to a desired finish, characterized in that the workpiece is immersed in a bath during flowing of the chemical polishing solution through the internal cavity.