mhurhangee/ep-ind-claims huggingface dataset:
A household appliance comprising a control panel having a control area thereon which enables the user to select the desired program parameters by touching; a circuit board which is disposed behind the control panel and which is placed onto a board holder; at least one touch button having a plate bearing against the control area and at least one spring one end of which is fixed to the plate and the other end to the circuit board and which transmits to the circuit board the capacitive difference forming when the control area is touched; a separator which is placed onto the circuit board so as to remain between the circuit board and the control panel, and at least one first support which is provided on the separator and which is positioned on the edge of the separator facing the spring; characterized by at least one second support which is provided on the board holder and which is positioned opposite to the first support such that the spring remains between the first support and the second support and the spring is trapped between the first support and the second support and is prevented from moving in directions other than the direction of stretching-compressing.
Method for determining position information describing a position and/or an orientation of a motor vehicle (3, 4) with respect at least to one stationary display device (9, 11), comprising the steps: - Transmitting display information to a vehicle-external control device controlling the display device (9, 11) by means of a transmission device (6, 14) of the motor vehicle (3, 4), - Determining a pattern graphic in dependence on the display information and controlling the display device (9, 11) for display of the pattern graphic by the control device, - Detecting the image data imaging at least a part of the pattern graphic by means of at least one detection device (5, 13) of the motor vehicle (3, 4), and - Identification of the position information in dependence on the image data by means of a processing device (10, 15) of the motor vehicle (3, 4). - Transmitting display information to a vehicle-external control device controlling the display device (9, 11) by means of a transmission device (6, 14) of the motor vehicle (3, 4), - Determining a pattern graphic in dependence on the display information and controlling the display device (9, 11) for display of the pattern graphic by the control device, - Detecting the image data imaging at least a part of the pattern graphic by means of at least one detection device (5, 13) of the motor vehicle (3, 4), and - Identification of the position information in dependence on the image data by means of a processing device (10, 15) of the motor vehicle (3, 4).
Liquid dispensing device, comprising a dispensing end piece and a neck of a reservoir for storing the liquid, the dispensing end piece being attached to the neck by screwing, - the neck having an internal surface of substantially tubular general shape, - the dispensing end piece having an internal skirt of substantially tubular general shape which is mounted inside the neck of the reservoir and which defines, with the internal surface of the neck, at least one annular sealing zone such that liquid present in the reservoir cannot pass between the internal skirt of the dispensing end piece and the neck of the reservoir, characterized in that the internal skirt of the dispensing end piece defines, with the internal surface of the neck, a separate chips retention zone arranged upstream of the sealing zone with respect to the reservoir, this chips retention zone being configured such that chips formed at the sealing zone while the dispensing end piece is being assembled on the neck of the reservoir cannot get into the reservoir, and in that the internal surface of the neck of the reservoir has a general diameter and comprises a convex annular shape projecting from the internal surface of the neck so as to define a reduced diameter (D R) with respect to the general diameter of the neck of the reservoir and thus to form, by cooperation with the internal skirt of the dispensing end piece, the chips retention zone. - the neck having an internal surface of substantially tubular general shape, - the dispensing end piece having an internal skirt of substantially tubular general shape which is mounted inside the neck of the reservoir and which defines, with the internal surface of the neck, at least one annular sealing zone such that liquid present in the reservoir cannot pass between the internal skirt of the dispensing end piece and the neck of the reservoir, characterized in that the internal skirt of the dispensing end piece defines, with the internal surface of the neck, a separate chips retention zone arranged upstream of the sealing zone with respect to the reservoir, this chips retention zone being configured such that chips formed at the sealing zone while the dispensing end piece is being assembled on the neck of the reservoir cannot get into the reservoir, and in that the internal surface of the neck of the reservoir has a general diameter and comprises a convex annular shape projecting from the internal surface of the neck so as to define a reduced diameter (D R) with respect to the general diameter of the neck of the reservoir and thus to form, by cooperation with the internal skirt of the dispensing end piece, the chips retention zone.
Artificial finger with a base, a first finger member mounted on the base in an articulated manner, at least one secondary member mounted on the first finger member in an articulated manner, and a motor drive for adjusting the secondary member relative to the first finger member and the proximal member relative to the base, characterized in that devices for osseointegrated mounting of the artificial finger are arranged on the base and a control device is provided for the drive, which controls the drive via electromyographical impulses or direct coupling to neural pathways.
A road vehicle with an electric drive comprising: at least one pump (25, 26), which is operated by a carrier shaft; at least one reversible electric machine having a shaft; and a first mechanical transmission, which transmits the motion from the shaft of the electric machine to the carrier shaft and is provided with a first freewheel; the road vehicle being characterized in that it comprises a second mechanical transmission, which is arranged in parallel to the first mechanical transmission, transmits the motion from the shaft of the electric machine to the carrier shaft, is provided with a second freewheel and reverses the direction of motion if compared to the first mechanical transmission. at least one pump (25, 26), which is operated by a carrier shaft; at least one reversible electric machine having a shaft; and a first mechanical transmission, which transmits the motion from the shaft of the electric machine to the carrier shaft and is provided with a first freewheel; the road vehicle being characterized in that it comprises a second mechanical transmission, which is arranged in parallel to the first mechanical transmission, transmits the motion from the shaft of the electric machine to the carrier shaft, is provided with a second freewheel and reverses the direction of motion if compared to the first mechanical transmission.
A method for adaptive selection of user to database mapping, the method comprising: determining a processing resource consumption of a database user based on one or more criteria associated with the user and the database; generating a processing resource consumption model based on the user, the processing resource consumption, and a database usage; determining a long term state and a short term state for an impact on the processing resource consumption based on the generated model; if the impact on the processing resource consumption is dominant in the short term state, providing a behavior change suggestion to one or more of the user and a system administrator and automatically implementing the behavior change suggestion; and if the impact on the processing resource consumption is dominant in the long term state, moving the user to another processing resource, wherein the suggested behavior change includes one or more of using a different application to access the database, modifying the distribution of quota types in the user's data, modifying the number of shared items in the user's hierarchy, modifying the number of people who share in the user's shared item hierarchy, reducing the number of rows in database for the user, reducing the maximum depth of hierarchy for the user, and reducing the maximum breadth of hierarchy for the user. determining a processing resource consumption of a database user based on one or more criteria associated with the user and the database; generating a processing resource consumption model based on the user, the processing resource consumption, and a database usage; determining a long term state and a short term state for an impact on the processing resource consumption based on the generated model; if the impact on the processing resource consumption is dominant in the short term state, providing a behavior change suggestion to one or more of the user and a system administrator and automatically implementing the behavior change suggestion; and if the impact on the processing resource consumption is dominant in the long term state, moving the user to another processing resource, wherein the suggested behavior change includes one or more of using a different application to access the database, modifying the distribution of quota types in the user's data, modifying the number of shared items in the user's hierarchy, modifying the number of people who share in the user's shared item hierarchy, reducing the number of rows in database for the user, reducing the maximum depth of hierarchy for the user, and reducing the maximum breadth of hierarchy for the user.
An oral appliance for the treatment of sleep disorder breathing in a patient, the oral appliance comprising: a U shaped appliance body with a front section and two arms (14, 16), the appliance body including an inner wall and an outer wall; a web interconnecting the inner wall and the outer wall so as to define an upper dental arch receiving channel; an air inlet member extending forward of the front section of the appliance body, the air inlet member forming an air inlet opening that is spaced from the appliance body for intake of air during inhalation; an air outlet member with an air outlet opening configured to locate above the patient's tongue in use and located horizontally adjacent or close to the hard palate at a position between the molars, for directing inhaled air between the patient's tongue and hard palate towards the patient's posterior oral cavity; and an air flow passageway communicating the air inlet opening with the air outlet opening. a U shaped appliance body with a front section and two arms (14, 16), the appliance body including an inner wall and an outer wall; a web interconnecting the inner wall and the outer wall so as to define an upper dental arch receiving channel; an air inlet member extending forward of the front section of the appliance body, the air inlet member forming an air inlet opening that is spaced from the appliance body for intake of air during inhalation; an air outlet member with an air outlet opening configured to locate above the patient's tongue in use and located horizontally adjacent or close to the hard palate at a position between the molars, for directing inhaled air between the patient's tongue and hard palate towards the patient's posterior oral cavity; and an air flow passageway communicating the air inlet opening with the air outlet opening.
An audio signal encoding apparatus, comprising: a processor adapted to control one or more processor-executable units; a core-encoding unit adapted core-encode a down-sampled time domain input signal; a frequency transforming unit adapted to transform the time domain input signal to a frequency domain input signal; and an extension encoding unit adapted to perform bandwidth extension encoding using a base excitation signal obtained from the frequency domain input signal, wherein the extension encoding unit comprises: a signal generator adapted to generate the base excitation signal for a high band using the frequency domain input signal; a factor estimator adapted to estimate an energy control factor using the base excitation signal and the frequency domain input signal; an energy extractor adapted to extract an energy from the frequency domain input signal; an energy controller adapted to control the extracted energy using the energy control factor; and an energy quantizer adapted to quantize the controlled energy. a processor adapted to control one or more processor-executable units; a core-encoding unit adapted core-encode a down-sampled time domain input signal; a frequency transforming unit adapted to transform the time domain input signal to a frequency domain input signal; and an extension encoding unit adapted to perform bandwidth extension encoding using a base excitation signal obtained from the frequency domain input signal, wherein the extension encoding unit comprises: a signal generator adapted to generate the base excitation signal for a high band using the frequency domain input signal; a factor estimator adapted to estimate an energy control factor using the base excitation signal and the frequency domain input signal; an energy extractor adapted to extract an energy from the frequency domain input signal; an energy controller adapted to control the extracted energy using the energy control factor; and an energy quantizer adapted to quantize the controlled energy. a signal generator adapted to generate the base excitation signal for a high band using the frequency domain input signal; a factor estimator adapted to estimate an energy control factor using the base excitation signal and the frequency domain input signal; an energy extractor adapted to extract an energy from the frequency domain input signal; an energy controller adapted to control the extracted energy using the energy control factor; and an energy quantizer adapted to quantize the controlled energy.
Electrical contact element comprising a cylindrical socket contact having a cylindrical tubular casing and a contact holder which is connected to the socket contact in a force-fitting and/or interlocking manner, wherein the contact holder is provided with an annular element which surrounds the cylindrical socket contact at the cylindrical tubular casing, and the annular element is of profiled design over the inner circumference, and the outside diameter of the cylindrical tubular casing of the socket contact is larger in the state in which it is not connected to the contact holder than the inside diameter of the annular element of the contact holder, characterized in that the contact holder is in the form of a shrink-fit contact holder and can be shrink-fitted onto the cylindrical tubular casing by thermal heating and subsequent cooling, so that the said contact holder is then connected to the tubular casing in an interlocking and force-fitting manner
Sensor package with long design for a WIM (Weigh In Motion) sensor comprising a first receiving plate, a plurality of measuring elements which are arranged equally spaced in a row on the upper side of the first receiving plate, an electrode that directly or indirectly covers all the measuring elements, an insulation that completely covers the electrode, and a second receiving plate which directly or indirectly covers the insulation, wherein each receiving plate (7, 8) consists of a plurality of receiving elements, the end faces of which are juxtaposed in a row, characterised in that the inner end faces of the receiving elements have at least one row of profiles that engage in positive locking manner in the profiles of the adjacent end faces of adjacent receiving elements.
A magnetic field shielding sheet for a digitizer, the magnetic field shielding sheet comprising: at least one layer of thin magnetic sheet of a Fe-based amorphous alloy and flake-treated so as to be separated into a plurality of fine pieces; a protective film that is adhered on one surface of the thin magnetic sheet via a first adhesive layer provided therebetween; and a double-sided adhesive tape that is adhered on the other surface of the thin magnetic sheet via a second adhesive layer provided therebetween, wherein the thin magnetic sheet has an inductance value in the range of 15 μH to 18 μH measured according to the description, obtained by heat treating an amorphous ribbon sheet made of a Fe-based alloy below the crystallization temperature of the alloy and in a temperature range of 445 °C to 460 °C. at least one layer of thin magnetic sheet of a Fe-based amorphous alloy and flake-treated so as to be separated into a plurality of fine pieces; a protective film that is adhered on one surface of the thin magnetic sheet via a first adhesive layer provided therebetween; and a double-sided adhesive tape that is adhered on the other surface of the thin magnetic sheet via a second adhesive layer provided therebetween, wherein the thin magnetic sheet has an inductance value in the range of 15 μH to 18 μH measured according to the description, obtained by heat treating an amorphous ribbon sheet made of a Fe-based alloy below the crystallization temperature of the alloy and in a temperature range of 445 °C to 460 °C.
A circuit breaker comprising: a chamber; an ablative device within said chamber, said ablative device having a first opening at an end and a plurality of vent openings along a side of said ablative device; a contact arm within said chamber, said contact arm movable between a closed position and an open position; a movable contact coupled to said contact arm, wherein said movable contact is adjacent to said plurality of vent openings; and, a stationary contact positioned within said ablative device first opening; wherein the ablative device includes an inner surface at the entrance to the plurality of vent openings, the inner surface being a cylindrical surface with an axis positioned coaxially with the centre of rotation of the contact arm. a chamber; an ablative device within said chamber, said ablative device having a first opening at an end and a plurality of vent openings along a side of said ablative device; a contact arm within said chamber, said contact arm movable between a closed position and an open position; a movable contact coupled to said contact arm, wherein said movable contact is adjacent to said plurality of vent openings; and, a stationary contact positioned within said ablative device first opening; wherein the ablative device includes an inner surface at the entrance to the plurality of vent openings, the inner surface being a cylindrical surface with an axis positioned coaxially with the centre of rotation of the contact arm.
A filter element (99, 100, 101, 336) comprising: a media pack comprising two sides (15, 15') each comprising: an inner edge (14, 14') having an inner edge periphery and an outer edge having an outer edge periphery, wherein at least one side comprises a filtration media (104, 104', 105a, 105b, 116a-f); a separator element (49, 349) located between the two sides, the separator element comprising a central hub defining a central separator opening and a plurality of support members, characterized in that the inner edge periphery comprises a bond directly to a portion of the separator element, and the inner edge periphery comprises an overmold seal (118, 335) over the bond, wherein the bond comprises an adhesive or a weld. a media pack comprising two sides (15, 15') each comprising: an inner edge (14, 14') having an inner edge periphery and an outer edge having an outer edge periphery, wherein at least one side comprises a filtration media (104, 104', 105a, 105b, 116a-f); a separator element (49, 349) located between the two sides, the separator element comprising a central hub defining a central separator opening and a plurality of support members, characterized in that the inner edge periphery comprises a bond directly to a portion of the separator element, and the inner edge periphery comprises an overmold seal (118, 335) over the bond, wherein the bond comprises an adhesive or a weld.
A battery case of a secondary battery, in which battery a separator is disposed between a cathode and an anode, a jelly role is wound with the separator, the cathode and the anode are adapted to be received in said battery case, said battery case being adapted to be connected to the anode with an electrolyte and comprising an opening adapted to be sealed by a top cap assembly to be connected to the cathode, said battery case further comprising a safety plate in which a groove is formed as a safety element for preventing an explosion of the battery due to the increase of internal pressure, characterized in that the groove is formed curved, wherein the curved groove is formed on a side surface having a maximum area in a hexagonal battery case, and is positioned in the center of a curvature on a diagonal line of the side surface or a imaginary line extended from the diagonal line of the side surface.