mhurhangee/ep-ind-claims huggingface dataset:
A system for determining vehicle speed of a vehicle, the system comprising: a communication bus; an electronic stability controller coupled to the communication bus, the electronic stability controller including a wheel speed sensor (141, 142, 143, 144) to determine a first vehicle speed; an occupancy restraint controller coupled to the communication bus, the occupancy restraint controller including a vertical acceleration sensor to sense a vertical acceleration of the vehicle and a longitudinal acceleration sensor to sense a longitudinal acceleration of the vehicle; and an actuation controller coupled to the communication bus, the actuation controller configured to determine a second vehicle speed using the vertical acceleration and the longitudinal acceleration of the vehicle, validate the second vehicle speed when the difference between the first vehicle speed and the second vehicle speed is less than a threshold; and use the first vehicle speed when the difference between the first vehicle and the second vehicle speed is greater than a threshold. a communication bus; an electronic stability controller coupled to the communication bus, the electronic stability controller including a wheel speed sensor (141, 142, 143, 144) to determine a first vehicle speed; an occupancy restraint controller coupled to the communication bus, the occupancy restraint controller including a vertical acceleration sensor to sense a vertical acceleration of the vehicle and a longitudinal acceleration sensor to sense a longitudinal acceleration of the vehicle; and an actuation controller coupled to the communication bus, the actuation controller configured to determine a second vehicle speed using the vertical acceleration and the longitudinal acceleration of the vehicle, validate the second vehicle speed when the difference between the first vehicle speed and the second vehicle speed is less than a threshold; and use the first vehicle speed when the difference between the first vehicle and the second vehicle speed is greater than a threshold. determine a second vehicle speed using the vertical acceleration and the longitudinal acceleration of the vehicle, validate the second vehicle speed when the difference between the first vehicle speed and the second vehicle speed is less than a threshold; and use the first vehicle speed when the difference between the first vehicle and the second vehicle speed is greater than a threshold.
Method for operating data communication between functional units (105, 110) for a vehicle, wherein the method has the following steps: collecting a predefined number of data packets transmitted by a transmitting unit to a receiving unit in a data buffer of the transmitting unit in order to generate a data block, wherein a data packet is transmitted in each predefined time step (t), wherein the data packets are collected over a predefined collection period that lasts for the sum of the time steps (t) of the predefined number of data packets of the data block; determining a signature for authenticating the data block, wherein the signature is determined over a predefined determination period that lasts for multiple time steps (t); and transmitting the signature in multiple parts over a predefined transmission period from the transmitting unit to the receiving unit, wherein one part of the signature is transmitted per time step (t), wherein the collecting step, the determining step and the transmitting step are performed such that a sum of the collection period, the determination period and the transmission period is less than a predetermined system fault tolerance time. collecting a predefined number of data packets transmitted by a transmitting unit to a receiving unit in a data buffer of the transmitting unit in order to generate a data block, wherein a data packet is transmitted in each predefined time step (t), wherein the data packets are collected over a predefined collection period that lasts for the sum of the time steps (t) of the predefined number of data packets of the data block; determining a signature for authenticating the data block, wherein the signature is determined over a predefined determination period that lasts for multiple time steps (t); and transmitting the signature in multiple parts over a predefined transmission period from the transmitting unit to the receiving unit, wherein one part of the signature is transmitted per time step (t), wherein the collecting step, the determining step and the transmitting step are performed such that a sum of the collection period, the determination period and the transmission period is less than a predetermined system fault tolerance time.
Internal combustion engine or Sterling engine having at least one first piston and at least one first housing, wherein the at least one first housing completely, or at least partially, encloses the at least one first piston, and the at least one first piston is magnetically supported in a movable manner in the at least one first housing by means of at least one device for the magnetic supporting of the at least one first piston, characterized in that the at least one device for the magnetic supporting of the at least one first piston is arranged in a stationary manner relative to the at least one first housing and a size of a gap which exists between the at least one first piston and the at least one first housing can be set by means of deformation of the at least one first piston and/or by means of deformation of the at least one first housing, wherein in particular the deformation, or the deformations, can be brought about as a result of the effect of a magnetic field.
A method for thermally treating an annular region of an inner surface of a glass container made of a borosilicate tubular glass, said annular region being located on a tubular portion of said glass container and adjoining a glass container bottom, comprising the steps of: - Forming the glass container bottom from the tubular glass, - Blow out the glass container with a gas, - heating the annular region of the inner surface of the tubular section adjoining the glass container base to a treatment temperature T Beh above the transformation temperature T G, - Maintaining the treatment temperature T Beh for a certain period of time, - Cool down the glass container to room temperature. characterized in that the annular region is heated to a treatment temperature T Beh between 700 and 1000°C and that the annular region is thermally treated from outside the glass container by means of a gas burner or a laser, wherein the entire glass container wall in the annular region is heated through and the step of blowing out is performed between the step of forming the glass container bottom from the tubular glass and the heating of the annular region. - Forming the glass container bottom from the tubular glass, - Blow out the glass container with a gas, - heating the annular region of the inner surface of the tubular section adjoining the glass container base to a treatment temperature T Beh above the transformation temperature T G, - Maintaining the treatment temperature T Beh for a certain period of time, - Cool down the glass container to room temperature.
Platform device with at least one floatable platform, which is provided to carry at least one energy-generating unit (12a, 14a, 16a, 18a, 20a, 308a, 310a, 312a, 314a; 16b, 18b) at least partially above a water level (22a; 22b), wherein the platform comprises at least one peripheral edge region with at least one wave absorption element (26a, 28a, 30a, 32a, 182a, 184a, 268a; 28b), which is configured to reduce a wave impact to a defined value within the peripheral edge region, characterised by a working load carried by the at least one wave absorption element (26a, 28a, 30a, 32a, 182a, 184a, 268a; 28b), which is provided to effect a displacement of the wave absorption element (26a, 28a, 30a, 32a, 182a, 184a, 268a; 28b) by at least 75%, wherein the wave absorption element (26a, 28a, 30a, 32a, 182a, 184a, 268a; 28b) is implemented elastically.
A compression garment comprising an inflatable bladder having an inner surface and an outer surface opposite the inner surface, at least a portion of the bladder defining a compression region expandable to apply pressure to a part of the wearer's body, wherein an absorbent, non-wicking material is releasably securable to the bladder for holding fluid at the part of the wearer's body, and the bladder and absorbent, non-wicking material are mountable on the wearer's body part, wherein the compression garment further comprises an inner liner releasably attached to the garment and defining a pocket wherein the absorbent material is releasably secured to the bladder.
A hemostatic tape comprising: a porous substrate (20, 120, 220, 320, 420, 520, 620) having a fibrous or a foam structure; a first hydrogel precursor (30, 130, 230, 330, 430, 530, 630) and a second hydrogel precursor (40, 140, 240, 340, 440, 540, 540, 640) applied to the porous substrate; and a release sheet (60a, 360a)disposed on at least one side of the porous substrate, characterised in that the first hydrogel precursor is applied to a first portion (22, 322, 422, 522, 622) of the porous substrate and the second hydrogel precursor is applied to a second portion (24, 324, 424, 524, 624) of the porous substrate. a porous substrate (20, 120, 220, 320, 420, 520, 620) having a fibrous or a foam structure; a first hydrogel precursor (30, 130, 230, 330, 430, 530, 630) and a second hydrogel precursor (40, 140, 240, 340, 440, 540, 540, 640) applied to the porous substrate; and a release sheet (60a, 360a)disposed on at least one side of the porous substrate, characterised in that the first hydrogel precursor is applied to a first portion (22, 322, 422, 522, 622) of the porous substrate and the second hydrogel precursor is applied to a second portion (24, 324, 424, 524, 624) of the porous substrate.
A gearbox comprising a lubrication system, wherein the gear box comprises a main shaft, a counter shaft, a plurality of gear wheel pairs each comprising a primary gear wheel arranged on the counter shaft and a secondary gear wheel arranged on the main shaft, and wherein the lubrication system comprises an oil sump, an oil line configured to lead oil from the oil sump to at least one component (18a, 18b, 18c, 22a) in the gearbox, a pump pumping oil through the oil line, a bypass line by which it is possible to lead a part of the oil flow in the oil line past said component (18a, 18b, 18c, 22a) and back to the oil sump, a first valve configured to regulate the oil flow through the bypass line and a control unit configured to receive information from at least one parameter related to the oil flow to said component (18a, 18b, 18c, 22a), to estimate a required oil flow to said component (18a, 18b, 18c, 22a) in view of said parameter and to regulate the first valve such that a part of the oil flow in the oil line is led to the bypass line and a remaining part of the oil flow, which corresponds to the required oil flow, is led to said component (18a, 18b, 18c, 22a), characterised in that the bypass line comprises a reservoir configured to store a variable amount of the oil in the gearbox in order to adjust the oil level in the oil sump and to reduce the rotary resistance of the primary gear wheel and the counter shaft in the oil.
A combiner for connecting a first base station, associated with a first wireless system, and a second base station, associated with a second wireless system, to a shared antenna structure, characterized by: a first combiner filter connected to a duplexer of said first base station for reducing spurious noise of the duplexer of said first base station at frequencies allocated to said second base station; and a second combiner filter connected to a duplexer of said second base station for preventing transmit signal power from said first base station from feeding into a reception path of said second base station via a common connection point for the shared antenna. a first combiner filter connected to a duplexer of said first base station for reducing spurious noise of the duplexer of said first base station at frequencies allocated to said second base station; and a second combiner filter connected to a duplexer of said second base station for preventing transmit signal power from said first base station from feeding into a reception path of said second base station via a common connection point for the shared antenna.
An automatic machine for width gluing of wooden lamellas into laminated plates of optional dimensions, comprising a press and an entry glue application device, wherein the press comprises a supporting framework, a work table assembly with endless chains with pusher dogs and non-driven pressure rollers and drive rollers and further comprising a pressure shoes assembly and a segment pushers assembly, characterised in that: a/ the press is based on a modular construction, comprising an optional number in a string positioned work modules, wherein each work module consists of at least one work table assembly, at least one pressure shoes assembly and at least one segment pushers assembly, whereby the pressure shoes assembly comprises an optional number of long pressure shoes and short pressure shoes arranged in an alternating sequence; b/ ends of a pressure element of each pressure shoes assembly are movably joined, preferably via cylinders, with both ends of the carrying element, which is fixed to the framework, wherein the pressure element is guided via guide, whereas, preferably via pivots and track roller bearings in guide grooves, the pressure element is movably connected with a scissor construction of supporting bar and guide bar with a common pivot, in order to enable a vertical movement of the pressure element in the direction; c/ at the front end of each segment pusher, via pivot, a lifting flap with a corresponding cylinder is oscillatingly attached so that it can be lifted and lowered, whereby the lifting flap in its lowered position rests on a toothed rack and whereby they together form a contact surface, which is located in the same plane as the pressing height and in this way it is mechanically self-locking. a/ the press is based on a modular construction, comprising an optional number in a string positioned work modules, wherein each work module consists of at least one work table assembly, at least one pressure shoes assembly and at least one segment pushers assembly, whereby the pressure shoes assembly comprises an optional number of long pressure shoes and short pressure shoes arranged in an alternating sequence; b/ ends of a pressure element of each pressure shoes assembly are movably joined, preferably via cylinders, with both ends of the carrying element, which is fixed to the framework, wherein the pressure element is guided via guide, whereas, preferably via pivots and track roller bearings in guide grooves, the pressure element is movably connected with a scissor construction of supporting bar and guide bar with a common pivot, in order to enable a vertical movement of the pressure element in the direction; c/ at the front end of each segment pusher, via pivot, a lifting flap with a corresponding cylinder is oscillatingly attached so that it can be lifted and lowered, whereby the lifting flap in its lowered position rests on a toothed rack and whereby they together form a contact surface, which is located in the same plane as the pressing height and in this way it is mechanically self-locking.
A pump system comprising: a motor, a pump, a shaft extending from the motor into the pump, the shaft being configured to operate as a motor output shaft and a pump input shaft, and a mounting accessory configured to support the motor and the pump, the mounting accessory comprising an external mounting plate, at least one support bracket that extends from the external mounting plate, characterised in that the mounting accessory includes a central mounting plate that is supported by the at least one support bracket, in which the pump and the motor are mounted to the central mounting plate. a motor, a pump, a shaft extending from the motor into the pump, the shaft being configured to operate as a motor output shaft and a pump input shaft, and a mounting accessory configured to support the motor and the pump, the mounting accessory comprising an external mounting plate, at least one support bracket that extends from the external mounting plate, characterised in that the mounting accessory includes a central mounting plate that is supported by the at least one support bracket, in which the pump and the motor are mounted to the central mounting plate.
A window cover for an automobile comprising: a front sheet to cover an outer surface of an automobile windshield; and a pair of side sheets to cover outer surfaces of left and right front door glasses of front doors, respectively, the front sheet and the pair of side sheets being integrated together, in which the pair of side sheets are fixed to a vehicle body by use of fixing means, wherein the fixing means includes a plate-shaped tab (27A, 27B, 27C) fixed to a rear edge of each of the pair of side sheets, and the tab (27A, 27B, 27C) is adapted to be fixed by being inserted into a clearance (α) between a rear edge of each of the left and right front door glasses and a front edge of a vehicle body member placed rearward of the rear edge, and with the pair of side sheets covering the outer surfaces of the left and right front door glasses, characterised in that the tab (27A,27B,27C) is integrally sewn to the rear edge of each of the pair of side sheets such that the tab is oriented forward, wherein the tab (27A, 27B, 27C) is fixed to the rear edge of the corresponding side sheet by sewing with its base end portion overlapping the rear edge of the side sheet, and with double-folded belt-shaped sheet piece overlapping the base end portion and rear edge of the side sheet from outside. a front sheet to cover an outer surface of an automobile windshield; and a pair of side sheets to cover outer surfaces of left and right front door glasses of front doors, respectively, the front sheet and the pair of side sheets being integrated together, in which the pair of side sheets are fixed to a vehicle body by use of fixing means, wherein the fixing means includes a plate-shaped tab (27A, 27B, 27C) fixed to a rear edge of each of the pair of side sheets, and the tab (27A, 27B, 27C) is adapted to be fixed by being inserted into a clearance (α) between a rear edge of each of the left and right front door glasses and a front edge of a vehicle body member placed rearward of the rear edge, and with the pair of side sheets covering the outer surfaces of the left and right front door glasses, characterised in that the tab (27A,27B,27C) is integrally sewn to the rear edge of each of the pair of side sheets such that the tab is oriented forward, wherein the tab (27A, 27B, 27C) is fixed to the rear edge of the corresponding side sheet by sewing with its base end portion overlapping the rear edge of the side sheet, and with double-folded belt-shaped sheet piece overlapping the base end portion and rear edge of the side sheet from outside.
A laser output limiting device comprising a reflecting device arranged in the optical path of a laser beam, in particular a laser beam of a predefined wavelength, and configured as a stack of layers, wherein the stack of layers comprises - a switching layer which comprises or consists of a material exhibiting a metal-insulator transition, - a reflecting layer which is positioned downstream of the switching layer in the optical path of the laser beam, and - an anti-reflection layer which is arranged upstream of the switching layer in the optical path of the laser beam and applied to the switching layer and completes the stack of layers, wherein the reflecting device is configured such that an output of the laser beam when it is incident upon the reflecting device which exceeds a predefined threshold causes a change in the refractive index of the material in the switching layer, and the output of the laser beam reflected by the reflecting device is thus reduced as compared to the output of the laser beam when it is incident upon the reflecting device due to reduced reflection by the reflecting device. - a switching layer which comprises or consists of a material exhibiting a metal-insulator transition, - a reflecting layer which is positioned downstream of the switching layer in the optical path of the laser beam, and - an anti-reflection layer which is arranged upstream of the switching layer in the optical path of the laser beam and applied to the switching layer and completes the stack of layers,
In a computing system, a method comprising: in an operating system, in response to one or more calls through an application programming interface ("API"), generating a location card for a location, and outputting (440, 530) the location card for display, characterized in that the location card includes (a) a map for the location, (b) details about the location, and (c) one or more action indicators, each of the one or more action indicators being linked to an application capable of performing a corresponding action, wherein the operating system supports location card functionality for first-party applications and for third-party applications that make calls through the API. in an operating system, in response to one or more calls through an application programming interface ("API"), generating a location card for a location, and outputting (440, 530) the location card for display, characterized in that the location card includes (a) a map for the location, (b) details about the location, and (c) one or more action indicators, each of the one or more action indicators being linked to an application capable of performing a corresponding action, wherein the operating system supports location card functionality for first-party applications and for third-party applications that make calls through the API.
A cable joint protector unit, in which the cable joint includes an electric socket connected to a power source during operation, and where the cable joint includes an electric plug connected to a power consumer during operation, wherein the socket and the plug are containable in the unit (2, 102) for protection, the protective unit (2, 102) consists of a housing (4, 104) which contains at least one first cavity (30, 130) for receiving the socket, the housing (4, 104) having at least one first aperture (8, 108) for cable lead-in, said protective unit (2, 102) being mechanically secured to both the socket and the plug and for providing mechanical tension relief, characterised in that the housing (4, 104) contains at least one second aperture (34, 134) for completely or partially receiving the plug, and that the housing (4, 104) includes a number of fingers (10, 110) that entirely or partially enclose the plug when it is inserted into the second aperture of the housing (4, 104), and that the fingers (10, 110) interact with an outer union nut (20, 120) for providing locking means for the plug in the protective unit (2, 102).