mhurhangee/ep-ind-claims huggingface dataset:
A component determination device (Dp) for determining whether an electronic component (80, 180) is suitable to be mounted on a circuit board, the electronic component (80, 180) including a component main body (81, 181), multiple electrodes (82, 182), and a reference section (84, 85, 187) that is formed as a different member to the multiple electrodes (82, 182), wherein the reference section (84, 85, 187) is configured to contact an upper surface of the circuit board when the electronic component (80, 180) is mounted on the circuit board, the component determination device (Dp) comprising: a measuring device configured to measure positions of multiple reference points set on the reference section (84, 85, 187) and a position of a measurement point set on each of the multiple electrodes (82, 182); characterized by: a plane calculating section configured to calculate a reference plane representing a position of the upper surface of the circuit board with respect to the component main body (81, 181) when the electronic component (80, 180) is mounted on the circuit board based on the positions of the multiple reference points; and a suitability determining section configured to determine whether the electronic component (80, 180) is suitable based on a distance between the reference plane and the multiple measurement points. a plane calculating section configured to calculate a reference plane representing a position of the upper surface of the circuit board with respect to the component main body (81, 181) when the electronic component (80, 180) is mounted on the circuit board based on the positions of the multiple reference points; and a suitability determining section configured to determine whether the electronic component (80, 180) is suitable based on a distance between the reference plane and the multiple measurement points.
A mobile terminal, characterized in that, the mobile terminal comprises: a main unit; a first sub unit; and a second sub unit, wherein the first sub unit is communicatively connected to the main unit, the second sub unit is communicatively connected to the main unit; the first sub unit is provided with a touch screen; the main unit comprises a peripheral side surface, and a first surface and a second surface that are opposite to each other, the peripheral side surface is connected between the first surface and the second surface, a bracket groove is defined in the first surface by recessing from the first surface, the main unit is provided with a bracket, and the bracket is rotatable relative to the first surface to be rotated into or out of the bracket groove; when the bracket is rotated out of the bracket groove, the first sub unit is mounted to the first surface, the second sub unit is capable of detachably leaning against the bracket, and a first angle (α) is formed between a touch surface of the touch screen and a display surface of the second sub unit, the first angle (α) being greater than 90°; and when the bracket is rotated into the bracket groove, the first sub unit is mounted to the first surface, and the second sub unit is detachably mounted to the second surface. a main unit; a first sub unit; and a second sub unit, wherein the first sub unit is communicatively connected to the main unit, the second sub unit is communicatively connected to the main unit; the first sub unit is provided with a touch screen; the main unit comprises a peripheral side surface, and a first surface and a second surface that are opposite to each other, the peripheral side surface is connected between the first surface and the second surface, a bracket groove is defined in the first surface by recessing from the first surface, the main unit is provided with a bracket, and the bracket is rotatable relative to the first surface to be rotated into or out of the bracket groove; when the bracket is rotated out of the bracket groove, the first sub unit is mounted to the first surface, the second sub unit is capable of detachably leaning against the bracket, and a first angle (α) is formed between a touch surface of the touch screen and a display surface of the second sub unit, the first angle (α) being greater than 90°; and when the bracket is rotated into the bracket groove, the first sub unit is mounted to the first surface, and the second sub unit is detachably mounted to the second surface.
Pump arrangement with a magnetically drivable micropump for conveying a liquid pumping medium and with a bearing carrier as base part, wherein an outer magnet and an inner magnet are provided, transmitting a rotary motion to the micropump by means of an axial shaft, and wherein - within the bearing carrier three radial bearing pieces (1, 2, 3) are positioned and defined as bearing for the rotational mounting and guidance of the shaft and the micropump, wherein one of the bearings as first bearing rotatably accomodates an outer rotor of the micropump and is arranged eccentrically to the shaft; - the second bearing is arranged closer to the inner magnet and/or the third bearing is arranged closer to the micropump; - the micropump is held in the eccentric bearing by a cover arranged at the front; - a pressure-side channel structure is provided for a forced flow, the pressure-side channel structure having at least a first channel section with a radial direction component within the cover, at least a first second channel section (23c, 23e) within the bearing carrier, and another further axial section of the pressure-side channel structure leading through the cover, the further axial section also being arranged at the pressure side of the micropump; - a hermetically sealed casing arrangement is formed out of the bearing carrier, a dome-shaped cap and the cover, so that the conveyed liquid pumping medium from the pressure side of the micropump is able to cool the dome-shaped cap from the inside via the pressure-side channel structure. - within the bearing carrier three radial bearing pieces (1, 2, 3) are positioned and defined as bearing for the rotational mounting and guidance of the shaft and the micropump, wherein one of the bearings as first bearing rotatably accomodates an outer rotor of the micropump and is arranged eccentrically to the shaft; - the second bearing is arranged closer to the inner magnet and/or the third bearing is arranged closer to the micropump; - the micropump is held in the eccentric bearing by a cover arranged at the front; - a pressure-side channel structure is provided for a forced flow, the pressure-side channel structure having at least a first channel section with a radial direction component within the cover, at least a first second channel section (23c, 23e) within the bearing carrier, and another further axial section of the pressure-side channel structure leading through the cover, the further axial section also being arranged at the pressure side of the micropump; - a hermetically sealed casing arrangement is formed out of the bearing carrier, a dome-shaped cap and the cover, so that the conveyed liquid pumping medium from the pressure side of the micropump is able to cool the dome-shaped cap from the inside via the pressure-side channel structure.
An oxygen absorbing agent comprising a compound represented by the following general formula: wherein X is a chalcogen atom, R 1 and R 2 are each any one of an alkyl group which may have a substituent, an alkenyl group which may have a substituent, an aryl group which may have a substituent, and an aralkyl group which may have a substituent, R 3 and R 4 are each any one of a hydrogen atom, an alkyl group which may have a substituent, an alkenyl group which may have a substituent, an aryl group which may have a substituent, and an aralkyl group which may have a substituent, and R 5 is a polymerizable group represented by the general formula: wherein R 6 is a hydrogen atom or a methyl group; and a transition metal salt.
A neuromodulation system comprising an external control device for programming an implantable neuromodulator coupled to an electrode array implanted within a patient with a hybrid modulation program to deliver efficacious therapy to treat a disorder, wherein the hybrid modulation program includes a super-threshold modulation parameter set to deliver a super-threshold modulation therapy that is efficacious in treating the disorder and a sub-threshold modulation parameter set to deliver a sub-threshold modulation therapy that is efficacious in treating the disorder, the external control device comprising: a user interface; telemetry circuitry configured for communicating with the neuromodulator; and controller/processor circuitry configured for, in response to input into the user interface, directing the neuromodulator via the telemetry circuitry to deliver super-threshold electrical modulation energy in accordance with the super-threshold modulation parameter set to deliver the super-threshold modulation therapy that is efficacious in treating the disorder, and sub-threshold electrical modulation energy in accordance with the sub-threshold modulation parameter set to deliver the sub-threshold modulation therapy that is efficacious in treating the disorder. a user interface; telemetry circuitry configured for communicating with the neuromodulator; and controller/processor circuitry configured for, in response to input into the user interface, directing the neuromodulator via the telemetry circuitry to deliver super-threshold electrical modulation energy in accordance with the super-threshold modulation parameter set to deliver the super-threshold modulation therapy that is efficacious in treating the disorder, and sub-threshold electrical modulation energy in accordance with the sub-threshold modulation parameter set to deliver the sub-threshold modulation therapy that is efficacious in treating the disorder.
A method of processing a downconverted received chip-level code-division multiple access, CDMA, signal transmitted over a net channel which corresponds to transmit filtering, a radio channel, and receive filtering experienced by the signal, the method comprising: generating an N-tap grid-based representation of the net channel by centering the grid-based representation of the net channel based on coarse channel information provided by a path searcher, wherein the coarse channel information represents an approximate center of gravity of the net channel or the strongest path delay associated with the net channel, and adding adjacent grid points which are spaced-apart a sub-chip spacing interval of T stage1, wherein the sub-chip spacing interval is either T stage1 = T c /2 or T stage1 = 3T c /4, T c corresponding to the chip interval of the downconverted received chip-level CDMA signal; calculating pre-filter coefficients based on the centered N-tap grid-based representation of the net channel, wherein the pre-filter co-efficients are designed to compact the centered net channel respresentation such that the channel energy is concentrated into K taps, the K channel taps being spaced apart by T stage2, wherein T stage2 can be less than, greater than or equal to T stage1; pre-filtering the received signal in the frequency domain with an FFT engine by multiplying a frequency domain representation of the pre-filter coefficients and a frequency domain representation of the received signal; equalizing the pre-filtered received signal in the time-domain. generating an N-tap grid-based representation of the net channel by centering the grid-based representation of the net channel based on coarse channel information provided by a path searcher, wherein the coarse channel information represents an approximate center of gravity of the net channel or the strongest path delay associated with the net channel, and adding adjacent grid points which are spaced-apart a sub-chip spacing interval of T stage1, wherein the sub-chip spacing interval is either T stage1 = T c /2 or T stage1 = 3T c /4, T c corresponding to the chip interval of the downconverted received chip-level CDMA signal; calculating pre-filter coefficients based on the centered N-tap grid-based representation of the net channel, wherein the pre-filter co-efficients are designed to compact the centered net channel respresentation such that the channel energy is concentrated into K taps, the K channel taps being spaced apart by T stage2, wherein T stage2 can be less than, greater than or equal to T stage1; pre-filtering the received signal in the frequency domain with an FFT engine by multiplying a frequency domain representation of the pre-filter coefficients and a frequency domain representation of the received signal; equalizing the pre-filtered received signal in the time-domain.
Photovoltaic facility having photovoltaic modules (1a, 1b, 1c) each of which has at least one string of panels (12, 12') composed of a plurality of solar cells, wherein a plurality of photovoltaic modules (1a, 1b, 1c) are series-connected to each other to form module strings, and having an electronic assembly for activating photovoltaic modules (1a, 1b, 1c), whose supply voltage is generated by at least one of the photovoltaic modules, characterised in that allocated to each string of panels (12, 12') is at least one switch (3, 4 or 4') which can be controlled by an electronic assembly and by means of which the relevant string of panels (12, 12') can be electrically bridged, and that at least one switch is provided that can be controlled by an electronic assembly and which can interrupt the series connection of the photovoltaic modules (1a, 1b, 1c) within the module string.
An image encoder for encoding an image (IM_MSTR_HDR) of a high dynamic range scene, comprising: - a pixel texture encoding unit, arranged to encode pixel colors of the image as an image representation (Im_1) comprising N-bit code words; - an image analysis unit arranged to determine and output a region differentiator grey value (gTS), which is a luma value demarcating below it lumas of all pixels of a first object in at least one block of the image, and above it lumas of all pixels of a second object in the at least one block of the image; and - a formatter arranged to co-encode in an output image signal the image representation (Im_1) and the region differentiator grey value (gTS), the image encoder further comprising a luma mapping determination unit, arranged to determine a luma mapping for at least one of the first and the second object defining a mapping between pixel lumas as encoded in the image representation (Im_1) and lumas of the pixels in a second image representation (IM_RC_HDR) in which one of the image representation and the second image representation is a HDR image with a fixed established peak brightness, and the other one is a LDR image, which are two gradings of the HDR scene created by a human or automatic color grader, and arranged to supply the luma mapping to the formatter which is arranged to co-encode it into the output image signal. - a pixel texture encoding unit, arranged to encode pixel colors of the image as an image representation (Im_1) comprising N-bit code words; - an image analysis unit arranged to determine and output a region differentiator grey value (gTS), which is a luma value demarcating below it lumas of all pixels of a first object in at least one block of the image, and above it lumas of all pixels of a second object in the at least one block of the image; and - a formatter arranged to co-encode in an output image signal the image representation (Im_1) and the region differentiator grey value (gTS),
Process for producing a coated paper, comprising the steps of: a) providing a base paper, the fraction of long-fibre chemical pulp in the base paper being at least 25% by weight, the base paper having an absolute moisture content to ISO 287 of not less than 2.5%, the base paper having a water absorbency to ISO 535 for a test time of 10 s (Cobb 10) of 5 to 20 g/m 2, and the base paper having a (Fenchel) wet elongation, measured parallel to the machine direction, of not greater than 0% and, measured transverse to the machine direction, of not greater than 3%, b) applying 10 to 40 g/m 2 (ovendry) of an aqueous coating composition to at least one face of the base paper, to give a coated base paper, and c) establishment of predefined equilibrium moisture of the coated paper obtained in step b) in a chamber having a preselected relative atmospheric humidity. a) providing a base paper, the fraction of long-fibre chemical pulp in the base paper being at least 25% by weight, the base paper having an absolute moisture content to ISO 287 of not less than 2.5%, the base paper having a water absorbency to ISO 535 for a test time of 10 s (Cobb 10) of 5 to 20 g/m 2, and the base paper having a (Fenchel) wet elongation, measured parallel to the machine direction, of not greater than 0% and, measured transverse to the machine direction, of not greater than 3%, b) applying 10 to 40 g/m 2 (ovendry) of an aqueous coating composition to at least one face of the base paper, to give a coated base paper, and c) establishment of predefined equilibrium moisture of the coated paper obtained in step b) in a chamber having a preselected relative atmospheric humidity.
Crushing system for olives comprising a crusher and a conveyor assembly disposed downstream the crusher; wherein said crusher comprises: - a crushing chamber wherein the olives are crushed until a puree is obtained; - crushing means disposed in the crushing chamber and suitably configured to crush said olives in order to obtain said puree; - a feeding conduit that ends in the crushing chamber in such a way to feed the crushing chamber with the olives; - an outlet to discharge the puree crushed in the crushing chamber; wherein said conveyor assembly comprises: - a frame comprising a tubular element and an inlet that ends in the tubular element and is in communication with the outlet of the crusher in such a way that the puree discharged from the outlet flows in the tubular element; - a scroll disposed in the tubular element; said scroll being suitable for conveying the puree introduced in the tubular element towards an end of the tubular element; characterized in that it comprises a temperature conditioning system comprising a water system wherein a conditioning liquid flows; said temperature conditioning system being suitably configured to thermally condition the crushing system. - a crushing chamber wherein the olives are crushed until a puree is obtained; - crushing means disposed in the crushing chamber and suitably configured to crush said olives in order to obtain said puree; - a feeding conduit that ends in the crushing chamber in such a way to feed the crushing chamber with the olives; - an outlet to discharge the puree crushed in the crushing chamber; - a frame comprising a tubular element and an inlet that ends in the tubular element and is in communication with the outlet of the crusher in such a way that the puree discharged from the outlet flows in the tubular element; - a scroll disposed in the tubular element; said scroll being suitable for conveying the puree introduced in the tubular element towards an end of the tubular element;
A transducer comprising: a dielectric layer made of a polymer; a plurality of electrodes arranged with the dielectric layer interposed therebetween; and a wire connected to each of the electrodes; and a substrate that is made of an elastomer and on a surface of which the electrodes and the wire are provided, wherein either or both of the electrodes and the wire are formed of a conductive film, wherein the conductive film includes: an elastomer; a fibrous carbon material having a fiber diameter of less than 30 nm; and a flake-like carbon material that is produced from one or more kinds selected from graphite and expanded graphite having a ratio of the minimum length to the maximum length (minimum length/maximum length) of not more than 1/5 and that has a maximum length of not less than 150 nm and a thickness of not more than 100 nm. a dielectric layer made of a polymer; a plurality of electrodes arranged with the dielectric layer interposed therebetween; and a wire connected to each of the electrodes; and a substrate that is made of an elastomer and on a surface of which the electrodes and the wire are provided, wherein either or both of the electrodes and the wire are formed of a conductive film, wherein the conductive film includes: an elastomer; a fibrous carbon material having a fiber diameter of less than 30 nm; and a flake-like carbon material that is produced from one or more kinds selected from graphite and expanded graphite having a ratio of the minimum length to the maximum length (minimum length/maximum length) of not more than 1/5 and that has a maximum length of not less than 150 nm and a thickness of not more than 100 nm. an elastomer; a fibrous carbon material having a fiber diameter of less than 30 nm; and a flake-like carbon material that is produced from one or more kinds selected from graphite and expanded graphite having a ratio of the minimum length to the maximum length (minimum length/maximum length) of not more than 1/5 and that has a maximum length of not less than 150 nm and a thickness of not more than 100 nm.
A heating element for an atomizer of an electronic cigarette, the atomizer defining an atomizing chamber and a liquid storing chamber for e-liquid refilling, wherein the heating element comprises a heater, a liquid absorbent and a solid-state protective layer, the solid-state protective layer is placed between the heater and the liquid absorbent, the heater heats and melts the solid-state protective layer such that the solid-state protective layer be absorbed by the liquid absorbent under current drive.
Vehicle column (1; 21; 31; 41) for a motor vehicle body, comprising: a first formed part as an inner panel (2; 32; 42) of the vehicle column (1; 21; 31; 41), and a second formed part as an outer panel (3; 23; 33) of the vehicle column (1; 21; 31; 41), characterised in that the outer panel (3; 23; 33) is a warm formed and hardened formed part and comprises a connection portion (7; 27; 37) for connecting with the inner panel (2; 32; 42) that is a cold formed part, wherein the inner panel (2; 32; 42) and the outer panel (3; 23; 33) are connected to each other by a high energy beam welding seam along a connection edge of the connection portion (7; 27; 37), wherein the connecting edge of the connection portion (7; 27; 37) is distanced from an outer edge of the inner panel (2; 32; 42) such, that the inner panel (2; 32; 42) forms a one-layered flange portion of the vehicle column (1; 21; 31; 41) between the connecting edge of the outer panel (3; 23; 33) and the outer edge of the inner panel (2; 32; 42), and that the outer panel (3; 23; 33) has a variable thickness along a longitudinal extension (L 2) of the outer panel (3; 23; 33). a first formed part as an inner panel (2; 32; 42) of the vehicle column (1; 21; 31; 41), and a second formed part as an outer panel (3; 23; 33) of the vehicle column (1; 21; 31; 41), characterised in that the outer panel (3; 23; 33) is a warm formed and hardened formed part and comprises a connection portion (7; 27; 37) for connecting with the inner panel (2; 32; 42) that is a cold formed part, wherein the inner panel (2; 32; 42) and the outer panel (3; 23; 33) are connected to each other by a high energy beam welding seam along a connection edge of the connection portion (7; 27; 37), wherein the connecting edge of the connection portion (7; 27; 37) is distanced from an outer edge of the inner panel (2; 32; 42) such, that the inner panel (2; 32; 42) forms a one-layered flange portion of the vehicle column (1; 21; 31; 41) between the connecting edge of the outer panel (3; 23; 33) and the outer edge of the inner panel (2; 32; 42), and that the outer panel (3; 23; 33) has a variable thickness along a longitudinal extension (L 2) of the outer panel (3; 23; 33).