mhurhangee/ep-ind-claims huggingface dataset:
A support assembly comprising: a support rotatably disposed with respect to a frame (290, 920); a jack rotatably connected with respect to the support on a side opposite to a rotation center of the support; and a support heel disposed on a lower surface side of the support to make contact with a member connected to a key, wherein the support is configured of a first main body portion, a bent portion, a second main body portion, and a jack support portion from the rotation center side of the support toward a rotation center side of the jack, and the second main body portion is disposed on a side closer to the key than the first main body portion by the bent portion which couples the first main body portion and the second main body portion, characterized in that the jack support portion projects from the second main body portion toward the side opposite to the key, and the jack is rotatably connected with respect to the jack support portion. a support rotatably disposed with respect to a frame (290, 920); a jack rotatably connected with respect to the support on a side opposite to a rotation center of the support; and a support heel disposed on a lower surface side of the support to make contact with a member connected to a key, wherein the support is configured of a first main body portion, a bent portion, a second main body portion, and a jack support portion from the rotation center side of the support toward a rotation center side of the jack, and the second main body portion is disposed on a side closer to the key than the first main body portion by the bent portion which couples the first main body portion and the second main body portion, characterized in that the jack support portion projects from the second main body portion toward the side opposite to the key, and the jack is rotatably connected with respect to the jack support portion.
A laundry dryer comprising: • a dryer cabinet, comprising a front wall and a rear wall; • a drum rotatably accommodated within said cabinet, said drum having a first and a second end, said second end being fixedly closed by a back wall which rotates unitarily with the drum; • a drying air generator, apt to generate a flow of drying air through said drum; • at least one drum support assembly (10; 41; 101; 40) to rotatably support said drum along an axis of rotation within said cabinet; • wherein said front wall comprises a front bulkhead to which the first end of said drum is coupled in an axially rotating manner, said front bulkhead being realized in plastic material as an integral piece, and said rear wall comprises ▪ a rear bulkhead to which the second end of said drum is coupled in an axially rotating manner, said rear bulkhead being realized as an integral piece in plastic material and facing on one side said drum back wall and on the other side the exterior of the cabinet, and including a portion (40; 101) of said at least one drum support assembly (10; 41; 101; 40). • a dryer cabinet, comprising a front wall and a rear wall; • a drum rotatably accommodated within said cabinet, said drum having a first and a second end, said second end being fixedly closed by a back wall which rotates unitarily with the drum; • a drying air generator, apt to generate a flow of drying air through said drum; • at least one drum support assembly (10; 41; 101; 40) to rotatably support said drum along an axis of rotation within said cabinet; • wherein said front wall comprises a front bulkhead to which the first end of said drum is coupled in an axially rotating manner, said front bulkhead being realized in plastic material as an integral piece, and said rear wall comprises ▪ a rear bulkhead to which the second end of said drum is coupled in an axially rotating manner, said rear bulkhead being realized as an integral piece in plastic material and facing on one side said drum back wall and on the other side the exterior of the cabinet, and including a portion (40; 101) of said at least one drum support assembly (10; 41; 101; 40). ▪ a rear bulkhead to which the second end of said drum is coupled in an axially rotating manner, said rear bulkhead being realized as an integral piece in plastic material and facing on one side said drum back wall and on the other side the exterior of the cabinet, and including a portion (40; 101) of said at least one drum support assembly (10; 41; 101; 40).
An electronic equipment (X1; X2; X3; X4; X5) comprising: a) a detecting unit that is adapted to detect an input position; b) a vibrating body provided on the detecting unit and adapted to cause flexural vibration of the detecting unit in the thickness direction of the detecting unit c) a first housing including a base disposed opposite the detecting unit with a space interposed therebetween and a frame body positioned on the base so as to surround the detecting unit in plan view; d) an operation unit positioned at a front surface side of the detecting unit so as to cover the detecting unit in plan view, the operation unit serving to allow a user to perform an input operation using a finger or a pen; characterized in that the electronic equipment further comprises: e) a flexible portion (8; 80) provided over a whole circumference of the frame body and supporting the operation unit, the flexible portion (8; 80) being located between the frame body and the operation unit, d1) wherein the operation unit has an approximately rectangular shape in plan view, and e1) wherein the flexible portion (8; 80) includes: e11) a first part; and e12) second parts respectively positioned at four corners (52a-52d) of the frame body and each having a degree of flexure lower than a degree of flexure of the first part, and e13) wherein the first part is located on a portion of the frame body (8; 80) except for the four corners (52a-52d) of the frame body. a) a detecting unit that is adapted to detect an input position; b) a vibrating body provided on the detecting unit and adapted to cause flexural vibration of the detecting unit in the thickness direction of the detecting unit c) a first housing including a base disposed opposite the detecting unit with a space interposed therebetween and a frame body positioned on the base so as to surround the detecting unit in plan view; d) an operation unit positioned at a front surface side of the detecting unit so as to cover the detecting unit in plan view, the operation unit serving to allow a user to perform an input operation using a finger or a pen; e) a flexible portion (8; 80) provided over a whole circumference of the frame body and supporting the operation unit, the flexible portion (8; 80) being located between the frame body and the operation unit, d1) wherein the operation unit has an approximately rectangular shape in plan view, and e1) wherein the flexible portion (8; 80) includes: e11) a first part; and e12) second parts respectively positioned at four corners (52a-52d) of the frame body and each having a degree of flexure lower than a degree of flexure of the first part, and e13) wherein the first part is located on a portion of the frame body (8; 80) except for the four corners (52a-52d) of the frame body. e11) a first part; and e12) second parts respectively positioned at four corners (52a-52d) of the frame body and each having a degree of flexure lower than a degree of flexure of the first part, and e13) wherein the first part is located on a portion of the frame body (8; 80) except for the four corners (52a-52d) of the frame body.
A composition consisting of 1000 to 4000 parts by weight of myo-inositol and 1 to 5 parts by weight of melatonin and optionally 0.2 to 0.8 parts by weight of folic acid.
A support construction for at least one furniture drive (6a, 6b, 6c), including a support rail for supporting the at least one furniture drive (6a, 6b, 6c), a first and a second fastening device (11, 12) for fastening the support rail to an item of furniture, characterized in that at least one of the first and second fastening devices (11, 12) has a mounting portion to be fixed to the item of furniture and a bearing portion which can be connected to the support rail, wherein the mounting portion and the bearing portion can be moved relative to each other and can be releasably arrested by way of an arresting device.
A DC-DC converter for generating an output voltage (Vo) from an input voltage (Vi), wherein the DC-DC converter is configured to sample coil current flowing through a coil of a switching output stage at the midpoint of an OFF period (toff) of the switching output stage, and configured to perform current-mode control using a current sense signal (ISNS) commensurate with the sampled value, wherein the DC-DC converter is configured to perform addition, subtraction or difference operation between the current sense signal (ISNS) and an error signal (COMP) having error information of the output voltage (Vo) so as to generate an analog signal, and configured to perform comparison of the analog signal with a first ramp signal so as to perform the current-mode control, and wherein the DC-DC converter is configured to clamp the error signal (COMP) so as to perform overcurrent protection or negative current protection of the coil current, wherein the switching output stage is part of the DC-DC converter and the coil is part of the switching output stage, and wherein the DC-DC converter comprises: a current detecting portion configured to sample the coil current at a timing corresponding to a timing control signal so as to generate the current sense signal (ISNS); and a timing control unit configured to compare the analog signal with a second ramp signal to generate the timing control signal so that the coil current is sampled at the midpoint of an OFF period of the switching output stage, and an oscillator configured to generate the first and second ramp signals (VR1, VR2) at a predetermined switching period, wherein the second ramp signal is configured to begin to increase after a delay (T/2) of half the switching period from the increase starting time point of the first ramp signal (VR1 with a slew rate that is twice that of the first ramp signal. a current detecting portion configured to sample the coil current at a timing corresponding to a timing control signal so as to generate the current sense signal (ISNS); and a timing control unit configured to compare the analog signal with a second ramp signal to generate the timing control signal so that the coil current is sampled at the midpoint of an OFF period of the switching output stage, and
A heavy duty carriage cart, comprising: a carriage cart main body; a plurality of rollers pivotally supported by a plurality of shafts (6a, 6b, 6c) at a lower part of the carriage cart main body; and a load receiving platform placed on an upper part of the carriage cart main body, the load receiving platform including: a planar portion configured to support a heavy object by contacting with a bottom of the heavy object; and an elastic member arranged in a tapered shape outside a perimeter of the planar portion and extending from a peripheral edge of the planar portion toward a peripheral edge of the load receiving platform, such that extension and retraction of the planar portion can be adjusted while changing an inclining angle of the planar portion. a carriage cart main body; a plurality of rollers pivotally supported by a plurality of shafts (6a, 6b, 6c) at a lower part of the carriage cart main body; and a load receiving platform placed on an upper part of the carriage cart main body, the load receiving platform including: a planar portion configured to support a heavy object by contacting with a bottom of the heavy object; and an elastic member arranged in a tapered shape outside a perimeter of the planar portion and extending from a peripheral edge of the planar portion toward a peripheral edge of the load receiving platform, such that extension and retraction of the planar portion can be adjusted while changing an inclining angle of the planar portion. a planar portion configured to support a heavy object by contacting with a bottom of the heavy object; and an elastic member arranged in a tapered shape outside a perimeter of the planar portion and extending from a peripheral edge of the planar portion toward a peripheral edge of the load receiving platform, such that extension and retraction of the planar portion can be adjusted while changing an inclining angle of the planar portion.
Holding device for a licking and nibbling part for animals, in particular a mineral and salt lick for breeding and/or fattening farm animals, wherein the leakage and nibbling part has a continuous cylindrical recess along a central axis, through which it can be placed over a bolt and rotatably fixed on a plate, and the bolt is connected to a foot part, characterised in that the holding device is a lower part with a lower plate, an upper part with an upper plate and comprising the foot part, and the bolt is designed as a pin, wherein the upper part and the lower part are detachably connected to each other via the pin, so that the leakage and nibbling part can be detachably fixed between the upper plate and the lower plate and the arrangement of lower part and upper part is designed to be rotatable about the longitudinal axis of the pin, and in that at least one of the plates (3, 5) is formed by at least one rod extending in the radial direction and, in the case of more than two rods, is designed to be substantially star-shaped.
A power system, comprising: a plurality of power distribution units (PDUs, 110), respective one of the PDUs configured to be mounted in respective ones of a plurality of equipment racks and each of the PDUs configured to distribute power to equipment mounted in the respective corresponding equipment rack in which the PDU is mounted via plural branch circuit outputs; and a plurality of uninterruptible power supplies (UPSs, 130; 210) configured to be mounted together in a single UPS rack and to be directly connected to inputs of respective ones of the PDUs via respective power cables. a plurality of power distribution units (PDUs, 110), respective one of the PDUs configured to be mounted in respective ones of a plurality of equipment racks and each of the PDUs configured to distribute power to equipment mounted in the respective corresponding equipment rack in which the PDU is mounted via plural branch circuit outputs; and a plurality of uninterruptible power supplies (UPSs, 130; 210) configured to be mounted together in a single UPS rack and to be directly connected to inputs of respective ones of the PDUs via respective power cables.
A signal processing device comprising: a linear tone mapper configured to perform linear tone mapping on luminance in an input image equal to or higher than a first level; a non-linear tone mapper configured to perform non-linear tone mapping on at least some luminance in the input image lower than the first level; and a combiner configured to combine an output from the linear tone mapper and an output from the non-linear tone mapper, characterised in that the non-linear tone mapper is configured to increase a section of the non-linear tone mapping as an average luminance level of the input image decreases. a linear tone mapper configured to perform linear tone mapping on luminance in an input image equal to or higher than a first level; a non-linear tone mapper configured to perform non-linear tone mapping on at least some luminance in the input image lower than the first level; and a combiner configured to combine an output from the linear tone mapper and an output from the non-linear tone mapper, characterised in that the non-linear tone mapper is configured to increase a section of the non-linear tone mapping as an average luminance level of the input image decreases.
A synthetic biocompatible polymer material comprising the reaction product of: (a) at least one polar non-ionic macromer component; and one or both of: (b) at least one anionic component; and (c) at least one hydrophobic component; wherein the molar ratio of (b) to (c), when (b) and (c) are present is between 20:1 and 1:100; wherein the maximum combined number of components (a),(b) and (c) in the polymer is 9; and wherein the molar ratio of (a) to (b) plus (c) combined is 1:>20; wherein the macromer is the reaction product of at least one isocyanate compound, at least one polyol terminated with hydroxyl or amine groups and at least one vinyl coupling agent; wherein the anionic component is selected from vinyl monomers with mono acid function; vinyl monomers with di-acids; or vinyl monomers with tri-acids; and wherein the hydrophobic component is an alkyl methacrylate, wherein the alkyl chain is linear or branched, saturated or unsaturated, and wherein the number of carbons is less than 12. (a) at least one polar non-ionic macromer component; and one or both of: (b) at least one anionic component; and (c) at least one hydrophobic component;
A damper device including an input element to which torque from an engine is transmitted and an output element, the damper device comprising: a first intermediate element; a second intermediate element; a first elastic body disposed between the input element and the first intermediate element; a second elastic body disposed between the first intermediate element and the output element; a third elastic body disposed between the input element and the second intermediate element; a fourth elastic body disposed between the second intermediate element and the output element; characterised in that the damper device further comprises: a fifth elastic body (SPm) disposed between the first intermediate element and the second intermediate element, wherein at least one of the first to fifth elastic bodies has negative rigidity. a first intermediate element; a second intermediate element; a first elastic body disposed between the input element and the first intermediate element; a second elastic body disposed between the first intermediate element and the output element; a third elastic body disposed between the input element and the second intermediate element; a fourth elastic body disposed between the second intermediate element and the output element; characterised in that the damper device further comprises: a fifth elastic body (SPm) disposed between the first intermediate element and the second intermediate element, wherein at least one of the first to fifth elastic bodies has negative rigidity. a fifth elastic body (SPm) disposed between the first intermediate element and the second intermediate element, wherein at least one of the first to fifth elastic bodies has negative rigidity.
A method, at a terminal server in a computing environment including the terminal server and a terminal client, of remoting text at sub-pixel precision, wherein the terminal server comprises a remote display driver, the method comprising: generating text definitions, wherein the text definitions include character definitions defining character boundaries with colors so as to be able to define character boundaries using sub-pixel precision by defining colors at the boundaries so as to make use of sub-pixel color components of LCD pixels when the characters are rendered on an LCD screen, and wherein generating text definitions, including character definitions defining character boundaries with colors comprises expanding text characters horizontally, applying coloring to the edge pixels and reducing the text characters to their original size; generating glyphs of individual characters, the glyphs including the character definitions including definitions of colored character boundaries; sending the glyphs with colored boundaries and text strings to the remote display driver of the terminal server using a draw text command; and sending the glyphs and text strings from the remote display driver to the terminal client. generating text definitions, wherein the text definitions include character definitions defining character boundaries with colors so as to be able to define character boundaries using sub-pixel precision by defining colors at the boundaries so as to make use of sub-pixel color components of LCD pixels when the characters are rendered on an LCD screen, and wherein generating text definitions, including character definitions defining character boundaries with colors comprises expanding text characters horizontally, applying coloring to the edge pixels and reducing the text characters to their original size; generating glyphs of individual characters, the glyphs including the character definitions including definitions of colored character boundaries; sending the glyphs with colored boundaries and text strings to the remote display driver of the terminal server using a draw text command; and sending the glyphs and text strings from the remote display driver to the terminal client.
A method of detecting a glowing contact (4; 14) in a power circuit (2;16), characterized by: said method comprising: applying (24,26,28) at least two different impedances (18,20,22) across said power circuit and responsively sensing at least two voltages (V 2;V OC) across said power circuit, each of said sensed at least two voltages corresponding to one of said at least two different impedances; and determining if a number of changes in said sensed at least two voltages with respect to a number of changes in said at least two different impedances is linear within a predetermined range or if a change in two of said sensed at least two voltages does not increase with a decrease in two of said at least two different impedances and, otherwise, responsively generating at least one of a trip signal and an alarm signal corresponding to detecting the glowing contact in said power circuit. applying (24,26,28) at least two different impedances (18,20,22) across said power circuit and responsively sensing at least two voltages (V 2;V OC) across said power circuit, each of said sensed at least two voltages corresponding to one of said at least two different impedances; and determining if a number of changes in said sensed at least two voltages with respect to a number of changes in said at least two different impedances is linear within a predetermined range or if a change in two of said sensed at least two voltages does not increase with a decrease in two of said at least two different impedances and, otherwise, responsively generating at least one of a trip signal and an alarm signal corresponding to detecting the glowing contact in said power circuit.