mhurhangee/ep-ind-claims huggingface dataset:
Measuring system for foundry furnaces, containers, silos and corresponding drum-like objects, which measuring system comprises at least one measuring device and a computer connected to the measuring device, which measuring device of the measuring system comprises a measuring column located at a distance from an object to be measured, characterized in that the measuring system comprises at least three measuring wires, that one end of each measuring wire is connected to one of selected measuring points of the object to be measured, and other end of each measuring wire extends to the measuring column and the other end extending to the measuring column of each measuring wire has a counterweight attached to it, that each of the measuring wires comprises a sensor located between the selected measuring point of the object and the counterweight, and that one of the measuring wires comprises as the sensor a temperature sensor configured to measure the temperature of the object.
An image forming apparatus comprising: a transport part which comprises a transport belt to transport a printing medium; an image forming part which transfers a toner to form a color image; and a controller which controls the image forming part to form a test image for color registration of the image forming part on the transport belt; characterized in that: the image forming part forms the test image on the transport belt after forming an image on a first printing medium and before forming another image on a second printing medium, wherein the test image comprises various types of test image pattern and; wherein the image forming part comprises: an engine which performs an exposure process for the toner to be developed and transferred; a video controller which generates video data based on printing data corresponding to the image being formed on one of the plurality of printing media or test data corresponding to the test image; and an engine controller which operates the engine to apply a color registration performed on the basis of the video data generated by the video controller. a transport part which comprises a transport belt to transport a printing medium; an image forming part which transfers a toner to form a color image; and a controller which controls the image forming part to form a test image for color registration of the image forming part on the transport belt; characterized in that: the image forming part forms the test image on the transport belt after forming an image on a first printing medium and before forming another image on a second printing medium, wherein the test image comprises various types of test image pattern and; wherein the image forming part comprises: an engine which performs an exposure process for the toner to be developed and transferred; a video controller which generates video data based on printing data corresponding to the image being formed on one of the plurality of printing media or test data corresponding to the test image; and an engine controller which operates the engine to apply a color registration performed on the basis of the video data generated by the video controller. the image forming part forms the test image on the transport belt after forming an image on a first printing medium and before forming another image on a second printing medium, wherein the test image comprises various types of test image pattern and; wherein the image forming part comprises: an engine which performs an exposure process for the toner to be developed and transferred; a video controller which generates video data based on printing data corresponding to the image being formed on one of the plurality of printing media or test data corresponding to the test image; and an engine controller which operates the engine to apply a color registration performed on the basis of the video data generated by the video controller.
A frequency modulation continuous wave, FMCW, device, comprising: an emitter (102, 202) configured to transmit at least one wave of radiation to a scene, wherein the transmitted wave is modulated in frequency domain using linear modulation that is subject to impairments causing a non-linearity of the transmitted wave in the frequency domain; a receiver (108, 208) configured to receive a reflection of the transmitted wave from the scene; a mixer (110, 210) operatively connected to the emitter (102, 202) and the receiver (110, 210) and configured to interfere a copy of the transmitted wave with the received reflection of the transmitted wave to generate a beat signal; an analog-to-digital converter, ADC, (112, 212A, 212B) operatively connected to the mixer (110, 210) and configured to generate a sequence of samples of the beat signal with wrapped phases in time domain; and characterized by further comprising: a processor (114, 214) configured to estimate, iteratively until a termination condition is met, a frequency (610, 618) of the beat signal in the time domain based on 1) phase unwrapping of the samples of the beat signal subject to correlated phase error derived from phase noise statistics of the emitter (102, 202) and 2) a linear regression fitting the frequency of the beat signal into unwrapped phases of the beat signal. an emitter (102, 202) configured to transmit at least one wave of radiation to a scene, wherein the transmitted wave is modulated in frequency domain using linear modulation that is subject to impairments causing a non-linearity of the transmitted wave in the frequency domain; a receiver (108, 208) configured to receive a reflection of the transmitted wave from the scene; a mixer (110, 210) operatively connected to the emitter (102, 202) and the receiver (110, 210) and configured to interfere a copy of the transmitted wave with the received reflection of the transmitted wave to generate a beat signal; an analog-to-digital converter, ADC, (112, 212A, 212B) operatively connected to the mixer (110, 210) and configured to generate a sequence of samples of the beat signal with wrapped phases in time domain; and characterized by further comprising: a processor (114, 214) configured to estimate, iteratively until a termination condition is met, a frequency (610, 618) of the beat signal in the time domain based on 1) phase unwrapping of the samples of the beat signal subject to correlated phase error derived from phase noise statistics of the emitter (102, 202) and 2) a linear regression fitting the frequency of the beat signal into unwrapped phases of the beat signal.
Valve assembly with a valve carrier and at least one electrically actuable valve unit, wherein the valve unit is accommodated encapsulated in a mounting space of the valve carrier, sealed from the outside, which is jointly bounded by a base body of the valve carrier, which has valve carrier passages in fluidic connection with the valve unit, and by a cover lid of the valve carrier which is releasably attached to a mounting face of the base body, characterised in that the cover lid in a plan view has a smaller outline than the mounting face of the base body and rests on a collar-shaped elevation of the base body, frame-like and self-contained and located on the mounting face, which extends towards the cover lid, relative to a face section of the mounting face encompassing it on the outside.
Poke-in terminal for electrically connecting at least one wire to a printed circuit board, comprising at least one connecting portion for mounting the terminal on the printed circuit board, and a wire receptacle for receiving the wire in an insertion direction, the wire receptacle comprising a wire chamber and a wire retainer, wherein the terminal is provided with a retainer spring resiliently supporting the wire retainer and wherein the wire retainer, at least at an unmated state of the terminal, extends into the wire chamber and is adapted to be deflected resiliently by the wire in an outward direction, characterized in that the retainer spring has at least one spring leg (6a, 6b), the spring leg (6a, 6b) extending substantially perpendicularly to the insertion direction.
A communications system for communicating data to and from a communications terminal, the communications system comprising infrastructure equipment for forming a mobile communications network, the infrastructure equipment being arranged to transmit data to and receive data from the communications terminal via a wireless access interface, the communications terminal being configured to receive data for transmission to the infrastructure equipment at a buffer, to transmit a resource request message to the infrastructure equipment, the resource request message providing a request for resources of the wireless access interface for transmitting the buffered data to the infrastructure equipment, and to receive a resource allocation message from the infrastructure equipment, the resource allocation message allocating resources of the wireless access interface to the communications terminal for transmitting the buffered data, wherein a characteristic of the resource request message transmitted by the communications terminal to the infrastructure equipment provides an indication of one of a predetermined set of transmission priority levels for transmitting the buffered data, characterised in that, if the resource request message is associated with data which is below a certain priority level, the infrastructure equipment is configured to transmit an indication to the communications terminal that the communications terminal is to withdraw the resource request message for a predetermined duration, the predetermined duration being dependent on the priority level of the data associated with the resource request message.
A balloon catheter comprising: an inflatable balloon having an unfolded longitudinal dimension and comprising a proximal end, a middle region, a distal end and a longitudinal axis extending from the proximal end to the distal end, wherein the inflatable balloon is a low compliant or non-compliant balloon, and a catheter shaft having a distal end, wherein the distal end of the inflatable balloon attaches to the distal end of the catheter and wherein the proximal end of the inflatable balloon attaches to the catheter shaft at a distance from the distal end of the inflatable balloon that is less than the unfolded longitudinal dimension of the inflatable balloon; characterised in that the inflatable balloon is shaped such that, when fully inflated, at least 80 percentage of a surface of the distal end is positioned perpendicular to the longitudinal axis. an inflatable balloon having an unfolded longitudinal dimension and comprising a proximal end, a middle region, a distal end and a longitudinal axis extending from the proximal end to the distal end, wherein the inflatable balloon is a low compliant or non-compliant balloon, and a catheter shaft having a distal end, wherein the distal end of the inflatable balloon attaches to the distal end of the catheter and wherein the proximal end of the inflatable balloon attaches to the catheter shaft at a distance from the distal end of the inflatable balloon that is less than the unfolded longitudinal dimension of the inflatable balloon; characterised in that the inflatable balloon is shaped such that, when fully inflated, at least 80 percentage of a surface of the distal end is positioned perpendicular to the longitudinal axis.
A multi-branched polyalkylene glycol polymer having a structure represented by the following formula: wherein X is a residue of the compound having three or more active hydrogen atoms; each AO is a C2-C18 oxyalkylene group, and the AOs may be the same as or different from each other; each Y 1 is a direct bond or an organic residue containing a sulfur atom; each Z is a polymer portion having a constitutional unit derived from a vinyl monomer component containing an unsaturated carboxylic monomer and/or an unsaturated polyalkylene glycol monomer, each n is the average number of moles of the oxyalkylene groups added and is 5 to 1,000, and the ns may be the same as or different from each other; and m is an integer of 3 to 50.
Booster seat for raising the seat height of a chair or similar, characterised in that the booster seat essentially comprises an extendable frame with a seat and backrest attached thereto, whereby at least one handle, handgrip or similar is provided on the frame that can be placed over the backrest of the chair, whereby the frame is formed by two telescopic tubes that are each formed by at least two telescopic elements (7, 8) that slide into one another, respectively an inner element and an outer element, whereby a brake is provided to fasten the telescopic elements (7, 8) in a certain position with respect one another that is continuously adjustable, and whereby at least two elements (7, 8) have an asymmetric cross-section with a smaller width (A, B) than length (C, D) measured in two directions (Y-Y', Z-Z') transverse to one another, characterized in that the brake is constructed as a stop that is rotatably affixed to an end of the inner element but is axially locked with respect to this element, whereby the dimensions are such that it is rotatable between a position in which it is clamped in the outer element and a position in which it is separate from the outer element and thus can be slid into the outer element together with the inner element.
Fitting element for furniture production, in particular furniture fitting element, with a holding part, which can be inserted into a recessed receiving volume for a fitting function, and is subsequently adjustable in a holding position of the fitting element by widening a holding section on the holding part, and with an adjustment part matched to the holding part in such a way that the holding position can be set with a linear relative movement between the holding part and the adjustment part functionally affixed to the holding part, wherein the adjustment part remains in the holding position on the holding part, wherein projecting abutment means are provided on the adjustment part across an outer contour of the adjustment part, with at least one abutment element (12, 13), formed to project outwardly from adjustment part, which abuts against a counter section, wherein the abutment means determine an insertion position of the adjustment part on the holding part, in which the adjustment part is inserted into the holding part functionally correct on said holding part, and the adjustment part and the holding part are held against each other, characterised in that the holding section is not displaced in the insertion position and the abutment elements (12, 13) represent an obstacle for reaching the holding position.
A ceiling-embedded air conditioner comprising: a box-shaped housing that is suitable for being embedded in a ceiling of an air-conditioned room and has a blowing fan and a heat exchanger; a square decorative panel that is attached to a lower surface of the housing and covers the ceiling; main body outlets that are provided along respective four sides of a bottom surface of the housing and blow heat-exchanged air; outlets that are provided in the decorative panel so as to correspond to the main body outlets; corner blowoff units that are provided in the decorative panel so as to correspond to coupling portions for coupling the outlets; a blowoff path that is circumferentially provided in the decorative panel so as to correspond to the outlets and the corner blowoff units; wind direction plates that are rotatably provided along the respective sides of the decorative panel so as to cover or open the blowoff path and are longer than a long side of the outlets; motors for rotating the wind direction plates and motor covers for storing the motors, the motors and the motor covers being provided in the blowoff path at positions corresponding to the coupling portions, wherein the motors are fixed to the coupling portions integrally with the motor covers and the motors and the motor covers can be attached or detached through the surface of the decorative panel, so that the decorative panel does not need to be removed from the housing at the time of maintenance of the motors. a box-shaped housing that is suitable for being embedded in a ceiling of an air-conditioned room and has a blowing fan and a heat exchanger; a square decorative panel that is attached to a lower surface of the housing and covers the ceiling; main body outlets that are provided along respective four sides of a bottom surface of the housing and blow heat-exchanged air; outlets that are provided in the decorative panel so as to correspond to the main body outlets; corner blowoff units that are provided in the decorative panel so as to correspond to coupling portions for coupling the outlets; a blowoff path that is circumferentially provided in the decorative panel so as to correspond to the outlets and the corner blowoff units; wind direction plates that are rotatably provided along the respective sides of the decorative panel so as to cover or open the blowoff path and are longer than a long side of the outlets; motors for rotating the wind direction plates and motor covers for storing the motors, the motors and the motor covers being provided in the blowoff path at positions corresponding to the coupling portions, wherein the motors are fixed to the coupling portions integrally with the motor covers and the motors and the motor covers can be attached or detached through the surface of the decorative panel, so that the decorative panel does not need to be removed from the housing at the time of maintenance of the motors.
An air spring (100; 200; 300) comprising: a first end member (206; 304); a second end member (208; 305) spaced apart from the first end member (206; 304); a spring wall (102; 202; 302) extending between the first (206; 304) and second (208; 305) end members, the spring wall (102; 202; 302) at least partially defining a gas filled spring chamber (210; 310) disposed between the first and second end members (206, 208; 304, 305), the spring wall (102; 202; 302) including an elastomeric body (203; 303); and a sensor layer disposed within the elastomeric body (203; 303) of the spring wall (102; 202; 302) and including a plurality of sensors each capable of providing wireless signal data related to one or more physical properties of the air spring, characterized in that the one or more physical properties of the air spring (100; 200; 300) include one or more of temperature, air pressure, stress, strain, shear, vibration and chemistry; and each of the plurality of sensors has a size no larger than 20 μm to avoid becoming an occlusion in the elastomeric body (203; 303). a first end member (206; 304); a second end member (208; 305) spaced apart from the first end member (206; 304); a spring wall (102; 202; 302) extending between the first (206; 304) and second (208; 305) end members, the spring wall (102; 202; 302) at least partially defining a gas filled spring chamber (210; 310) disposed between the first and second end members (206, 208; 304, 305), the spring wall (102; 202; 302) including an elastomeric body (203; 303); and a sensor layer disposed within the elastomeric body (203; 303) of the spring wall (102; 202; 302) and including a plurality of sensors each capable of providing wireless signal data related to one or more physical properties of the air spring, characterized in that the one or more physical properties of the air spring (100; 200; 300) include one or more of temperature, air pressure, stress, strain, shear, vibration and chemistry; and each of the plurality of sensors has a size no larger than 20 μm to avoid becoming an occlusion in the elastomeric body (203; 303).
A vehicle lamp comprising: a light source unit (10, 10B) for road surface drawing capable of forming a light source image longer in an upper and lower direction than a left and right direction of the lamp; and a projection lens through which light forming the light source image is transmitted and which projects a predetermined light distribution pattern on a road surface, wherein a light emitting surface or a light transmitting surface of the light source unit is disposed in a vicinity of a rear focal point (f) of the projection lens, and wherein the light emitting surface or the light transmitting surface is inclined with respect to an upper and lower direction orthogonal to an optical axis (Ax) of the projection lens, wherein the light source unit includes at least one light emitting element and a light shielding member which is located between the at least one light emitting element and the projection lens and which is disposed on the rear focal point (f), characterized in that the light shielding member has an opening portion extending upward from a side of the optical axis (Ax), and wherein the light transmitting surface of the light shielding member is arranged in an inclined manner so as to be farther separated to a rear side than the rear focal point as it goes toward the upward direction of the opening portion. a light source unit (10, 10B) for road surface drawing capable of forming a light source image longer in an upper and lower direction than a left and right direction of the lamp; and a projection lens through which light forming the light source image is transmitted and which projects a predetermined light distribution pattern on a road surface, wherein a light emitting surface or a light transmitting surface of the light source unit is disposed in a vicinity of a rear focal point (f) of the projection lens, and wherein the light emitting surface or the light transmitting surface is inclined with respect to an upper and lower direction orthogonal to an optical axis (Ax) of the projection lens, wherein the light source unit includes at least one light emitting element and a light shielding member which is located between the at least one light emitting element and the projection lens and which is disposed on the rear focal point (f), characterized in that the light shielding member has an opening portion extending upward from a side of the optical axis (Ax), and wherein the light transmitting surface of the light shielding member is arranged in an inclined manner so as to be farther separated to a rear side than the rear focal point as it goes toward the upward direction of the opening portion.
A method for updating a Tracking Area identity, TAI, list, comprising the steps of: determining, by a Mobility Management Entity, MME, whether a TAI list allocated to a User Equipment, UE, is changed; determining whether there is no Tunnel Management Message, TMM, to be sent on the interface between the MME and a Serving Gateway, SGW, when the TAI list is changed; and transmitting to the SGW a message carrying the changed TAI list or indication information from which the changed TAI list can be determined when there is no TMM message to be sent on the interface between the MME and SGW when the TAI list is changed. determining, by a Mobility Management Entity, MME, whether a TAI list allocated to a User Equipment, UE, is changed; determining whether there is no Tunnel Management Message, TMM, to be sent on the interface between the MME and a Serving Gateway, SGW, when the TAI list is changed; and transmitting to the SGW a message carrying the changed TAI list or indication information from which the changed TAI list can be determined when there is no TMM message to be sent on the interface between the MME and SGW when the TAI list is changed.