mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: communicating a request from an electronic device to an object to cause the object to emit electromagnetic energy in form of radio frequency signals; sensing the energy emitted from the object using an omnidirectional antenna of the electronic device to provide a first received signal strength indicator; sensing the energy using a unidirectional antenna of the electronic device to provide a second received signal strength indicator; based at least in part on the sensing of the energy using the omnidirectional antenna and the sensing of the energy using the unidirectional antenna, determining whether an image of the object is displayed in a camera viewfinder of the electronic device, wherein the determination comprises comparing, with a predetermined threshold, a difference between the first received signal strength indicator and the second received signal strength indicator and determining a timing difference or phase difference in the radiofrequency signals received by the omnidirectional antenna and the unidirectional antenna; and selectively causing the electronic device to generate an output based at least in part on the determination of whether the image of the object is displayed in the camera viewfinder of the electronic device. communicating a request from an electronic device to an object to cause the object to emit electromagnetic energy in form of radio frequency signals; sensing the energy emitted from the object using an omnidirectional antenna of the electronic device to provide a first received signal strength indicator; sensing the energy using a unidirectional antenna of the electronic device to provide a second received signal strength indicator; based at least in part on the sensing of the energy using the omnidirectional antenna and the sensing of the energy using the unidirectional antenna, determining whether an image of the object is displayed in a camera viewfinder of the electronic device, wherein the determination comprises comparing, with a predetermined threshold, a difference between the first received signal strength indicator and the second received signal strength indicator and determining a timing difference or phase difference in the radiofrequency signals received by the omnidirectional antenna and the unidirectional antenna; and selectively causing the electronic device to generate an output based at least in part on the determination of whether the image of the object is displayed in the camera viewfinder of the electronic device.
A battery comprising: a stack of a plurality of electrode units in a stacking direction, the stack comprising: a first electrode unit; a second electrode unit stacked on top of the first electrode unit in the stacking direction; and a first electrolyte layer provided between the first electrode unit and the second electrode unit, the battery further comprising: a first gasket having an inner surface and an outer surface, wherein the first gasket is positioned about the first electrolyte layer, wherein the first electrolyte layer is sealed by the inner surface of the first gasket and the first and second electrode units (2b,2a), and wherein at least a first portion (6bb,6bc) of the first electrode unit extends along a portion of the outer surface of the first gasket. a stack of a plurality of electrode units in a stacking direction, the stack comprising: a first electrode unit; a second electrode unit stacked on top of the first electrode unit in the stacking direction; and a first electrolyte layer provided between the first electrode unit and the second electrode unit, the battery further comprising: a first electrode unit; a second electrode unit stacked on top of the first electrode unit in the stacking direction; and a first electrolyte layer provided between the first electrode unit and the second electrode unit, the battery further comprising: a first gasket having an inner surface and an outer surface, wherein the first gasket is positioned about the first electrolyte layer, wherein the first electrolyte layer is sealed by the inner surface of the first gasket and the first and second electrode units (2b,2a), and wherein at least a first portion (6bb,6bc) of the first electrode unit extends along a portion of the outer surface of the first gasket.
A battery material, comprising: a conductive substrate; and a silicon material layer disposed on at least a side of the conductive substrate, wherein the silicon material layer comprises a plurality of silicon fibers, at least some of which aggregate to form a plurality of silicon fibrous spheres. a conductive substrate; and a silicon material layer disposed on at least a side of the conductive substrate, wherein the silicon material layer comprises a plurality of silicon fibers, at least some of which aggregate to form a plurality of silicon fibrous spheres.
A hydromount, in particular for mounting a motor vehicle engine on a vehicle body, comprising a suspension spring which supports a bearing core, encloses a working chamber and is supported on an outer ring, an intermediate plate and a compensation chamber which is separated from the working chamber by the intermediate plate and is bounded by a compensation diaphragm, the compensation chamber and the working chamber being filled with a damping liquid and being connected to one another in a liquid-conducting manner via a damping channel arranged in the intermediate plate, the intermediate plate having an upper nozzle disc, a lower nozzle disc and a diaphragm arranged between the upper nozzle disc and the lower nozzle disc, the diaphragm having an inner circumference, an outer circumference and at least one valve opening, and the at least one valve opening being completely arranged between the inner circumference and the outer circumference, characterized in that the diaphragm is received between the upper nozzle disc and the lower nozzle disc with an axial clearance to be lifted and arched in case of a negative pressure in the working chamber, wherein the diaphragm is inserted into the lower nozzle disc such that the at least one valve opening rests on the material of the lower nozzle disc.
Tomography apparatus comprising: a plurality of electrodes (e1-e16) arranged around a perimeter of a cross section of a sample volume for containing a liquid or mixed-phase sample, each electrode being arranged to be in electrical contact with a sample contained in the sample volume, and said cross section is symmetrical about a longitudinal axis; measurement means adapted to perform a set of measurements, each measurement comprising driving a current between a first respective adjacent pair of said electrodes and measuring a voltage developed across a second respective adjacent pair of said electrodes; and processing means adapted to generate a tomogram indicative of sample conductivity over said cross section from said set of measurements, characterised in that the processing means is arranged to calculate sample conductivity values of a portion of said cross section from said set of measurements and generate said tomogram from said calculated sample conductivity values of said portion using an assumption of symmetry. a plurality of electrodes (e1-e16) arranged around a perimeter of a cross section of a sample volume for containing a liquid or mixed-phase sample, each electrode being arranged to be in electrical contact with a sample contained in the sample volume, and said cross section is symmetrical about a longitudinal axis; measurement means adapted to perform a set of measurements, each measurement comprising driving a current between a first respective adjacent pair of said electrodes and measuring a voltage developed across a second respective adjacent pair of said electrodes; and processing means adapted to generate a tomogram indicative of sample conductivity over said cross section from said set of measurements, characterised in that the processing means is arranged to calculate sample conductivity values of a portion of said cross section from said set of measurements and generate said tomogram from said calculated sample conductivity values of said portion using an assumption of symmetry.
A burner comprising a chamber having longitudinally opposed first and second ends (2, 3), and a flame opening through the first end; a baffle in the chamber, having an outer edge which is adjacent to the interior surface of the chamber, the baffle having a first surface that faces toward the first end of the chamber and having a second surface that faces toward the second end of the chamber, and wherein the baffle is located in the chamber so that the second baffle surface is 12.7 to 25.4 cm (5 to 10 inches) from the interior surface of the second end of the chamber; a conduit that extends from a conduit inlet outside the chamber into the chamber and terminates at a conduit outlet in the section of the chamber that is between the first baffle surface and the flame opening, wherein the conduit outlet opens toward the flame opening; a passage that extends from a passage inlet outside the chamber and terminates at a passage outlet in the section of the chamber that is between the first baffle surface and the flame opening; wherein the baffle comprises (a) a metal plate having a first plate surface that faces the flame opening and a second plate surface that faces the second end of the chamber, and (b) a layer of metal filaments in contact with the second plate surface, wherein the metal plate is 3.175 to 12.7 mm (one-eighth to half an inch) in thickness, and a plurality of holes 3.175 to 12.7 mm (one-eighth to half an inch) in diameter pass through the metal plate between the first and second plate surfaces, in a sufficient number of holes so that the total area of the openings of all holes in each plate surface is 30% to 50% of the surface area of the metal plate, and wherein the layer of metal filaments is at least 6.35 mm (0.25 inch) thick, exhibits a density of up to 865 kg/m 3 (0.5 ounces per cubic inch), and is composed of filaments up to 0.127 mm (0.005 inches) thick. Letter dated: August 19, 2020 a chamber having longitudinally opposed first and second ends (2, 3), and a flame opening through the first end; a baffle in the chamber, having an outer edge which is adjacent to the interior surface of the chamber, the baffle having a first surface that faces toward the first end of the chamber and having a second surface that faces toward the second end of the chamber, and wherein the baffle is located in the chamber so that the second baffle surface is 12.7 to 25.4 cm (5 to 10 inches) from the interior surface of the second end of the chamber; a conduit that extends from a conduit inlet outside the chamber into the chamber and terminates at a conduit outlet in the section of the chamber that is between the first baffle surface and the flame opening, wherein the conduit outlet opens toward the flame opening; a passage that extends from a passage inlet outside the chamber and terminates at a passage outlet in the section of the chamber that is between the first baffle surface and the flame opening;
A method for storing an announced resource, implemented by a first entity that comprises a hosting machine-to-machine, M2M, service capability layer, SCL, the method comprising: receiving a request to announce a resource to one or more M2M SCLs; storing a representation of the resource on the hosting M2M SCL; sending an announce resource request to an announced-to M2M SCL, wherein the announce resource request comprises an announced resource, which includes a link to the resource and wherein the announced resource is the representation; and receiving a first response from the announced-to M2M SCL, the first response indicating that the announced-to M2M SCL, responsive to the announce resource request, stored the announced resource, wherein the announced resource is used to discover the resource based on the link to the resource included in the announced resource. receiving a request to announce a resource to one or more M2M SCLs; storing a representation of the resource on the hosting M2M SCL; sending an announce resource request to an announced-to M2M SCL, wherein the announce resource request comprises an announced resource, which includes a link to the resource and wherein the announced resource is the representation; and receiving a first response from the announced-to M2M SCL, the first response indicating that the announced-to M2M SCL, responsive to the announce resource request, stored the announced resource, wherein the announced resource is used to discover the resource based on the link to the resource included in the announced resource.
A nut carrier for a body piercing instrument, comprising: an upper nut holder slot for holding a nut, the nut for receiving a post piercing a body part with the body piercing instrument; and a lower coupling recess for engaging a cylindrical end of a nut carrier coupling of the body piercing instrument, the lower coupling recess having a vertical feature therein and the cylindrical end of the nut carrier coupling having a mating vertical feature cut into an end plane of the cylindrical end for engaging the vertical feature of the lower coupling recess to prevent rotation between the nut carrier and the nut carrier coupling; wherein the nut carrier is a unitary piece, characterized in that the vertical feature comprises a beam disposed in the lower coupling recess. an upper nut holder slot for holding a nut, the nut for receiving a post piercing a body part with the body piercing instrument; and a lower coupling recess for engaging a cylindrical end of a nut carrier coupling of the body piercing instrument, the lower coupling recess having a vertical feature therein and the cylindrical end of the nut carrier coupling having a mating vertical feature cut into an end plane of the cylindrical end for engaging the vertical feature of the lower coupling recess to prevent rotation between the nut carrier and the nut carrier coupling; wherein the nut carrier is a unitary piece, characterized in that the vertical feature comprises a beam disposed in the lower coupling recess.
Process for the preparation of an insertion compound of an alkali metal in which the following successive steps are carried out: a) an organic complex of a transition metal or of a mixture of transition metals M in an oxidation state of greater than 2 is brought into contact with an alkali metal A in the ionic form and with a species of formula H b (XO 4), where X is chosen from Si, S, Al, P, Ge, As, Mo, and b has a value from 0 to 5, in a liquid medium in a closed chamber; the chamber is brought to a temperature T which makes possible the decomposition of the organic complex in said liquid medium; b) the temperature and the pressure in the chamber are brought back to ambient temperature and atmospheric pressure and the insertion compound of an alkali metal of formula AMXO 4, in which M is in the +2 oxidation state, is recovered. a) an organic complex of a transition metal or of a mixture of transition metals M in an oxidation state of greater than 2 is brought into contact with an alkali metal A in the ionic form and with a species of formula H b (XO 4), where X is chosen from Si, S, Al, P, Ge, As, Mo, and b has a value from 0 to 5, in a liquid medium in a closed chamber; the chamber is brought to a temperature T which makes possible the decomposition of the organic complex in said liquid medium; b) the temperature and the pressure in the chamber are brought back to ambient temperature and atmospheric pressure and the insertion compound of an alkali metal of formula AMXO 4, in which M is in the +2 oxidation state, is recovered.
A sulfide solid electrolyte glass comprising Li 4 P 2 S 6, characterized in that: the ratio of P 2 S 6 4- structure in all anion structures of the sulfide solid electrolyte glass is 50% by mol or more, and (a) the sulfide solid electrolyte glass has a glass transition point; and/or (b) the sulfide solid electrolyte glass does not have a peak with a half-value width of 0.64° or less in a range of 32° ≦ 2θ ≦ 33° in measurement by an X-ray diffraction method using a CuKα ray. (a) the sulfide solid electrolyte glass has a glass transition point; and/or (b) the sulfide solid electrolyte glass does not have a peak with a half-value width of 0.64° or less in a range of 32° ≦ 2θ ≦ 33° in measurement by an X-ray diffraction method using a CuKα ray.
A method for grading a food item comprising: singulating a supply of individual food items; imaging each of the food items to produce an image of each of the food items; computing an estimated weight of each of the food items using an image-to-weight function; weighing a sample of the food items to produce an actual weight of the weighed food items in the sample; comparing the estimated weights to the actual weights; adjusting the image-to-weight function based on the comparison of estimated weights to actual weights; grading the food item into a plurality of grades. singulating a supply of individual food items; imaging each of the food items to produce an image of each of the food items; computing an estimated weight of each of the food items using an image-to-weight function; weighing a sample of the food items to produce an actual weight of the weighed food items in the sample; comparing the estimated weights to the actual weights; adjusting the image-to-weight function based on the comparison of estimated weights to actual weights; grading the food item into a plurality of grades.
An apparatus for determining a distance of the apparatus to an object, comprising: a first transceiver configured to transmit a first radio frequency signal; a second transceiver configured to transmit a second radio frequency signal in response to receiving a reflected component of the first radio frequency signal that is reflected by the object, wherein the first transceiver is further configured to receive a reflected component of the second radio frequency signal that is reflected by the object; an antenna system configured to radiate the first radio frequency signal and the second radio frequency signal towards the object; and a processing circuit configured to determine the distance of the apparatus to the object based on a relationship between the speed of light, a difference between a first difference and a second difference, and a constant, wherein the first difference is between a transmission time of the first radio frequency signal and a reception time, at the first transceiver, of the reflected component of the second radio frequency signal, and wherein the second difference is between a transmission time of the second radio frequency signal and a reception time, at the second transceiver, of the reflected component of the first radio frequency signal, characterised in that the first radio frequency signal and the second radio frequency signal are compliant to the IEEE 802.11 family of standards of the Institute of Electrical and Electronics Engineers. a first transceiver configured to transmit a first radio frequency signal; a second transceiver configured to transmit a second radio frequency signal in response to receiving a reflected component of the first radio frequency signal that is reflected by the object, wherein the first transceiver is further configured to receive a reflected component of the second radio frequency signal that is reflected by the object; an antenna system configured to radiate the first radio frequency signal and the second radio frequency signal towards the object; and a processing circuit configured to determine the distance of the apparatus to the object based on a relationship between the speed of light, a difference between a first difference and a second difference, and a constant, wherein the first difference is between a transmission time of the first radio frequency signal and a reception time, at the first transceiver, of the reflected component of the second radio frequency signal, and wherein the second difference is between a transmission time of the second radio frequency signal and a reception time, at the second transceiver, of the reflected component of the first radio frequency signal, characterised in that the first radio frequency signal and the second radio frequency signal are compliant to the IEEE 802.11 family of standards of the Institute of Electrical and Electronics Engineers.
A prosthetic heart valve, comprising: a stent extending in a longitudinal direction and having a plurality of commissure attachment features; a valve assembly secured to the stent, the valve assembly including a cuff and a plurality of leaflets, each of the leaflets having a pair of attachment regions and a free edge extending between the attachment regions, wherein two leaflets are attached to each commissure attachment feature of the stent; and a deflection feature in an attachment region of a leaflet and configured and arranged to prevent the free edge of the leaflet from contacting at least one of the stent, the cuff and a calcium nodule in the native anatomy when the leaflets are in an open position, characterised in that the deflection feature includes a swatch (300, 400a, 400b) of material coupled to the attachment region, the material being selected from a group consisting of a fabric, a tissue and a polymer, wherein the swatch of material holds two leaflets together at a commissure attachment feature and is folded over the free edges of the two leaflets, adjacent a respective attachment region of each of the two leaflets, with the two leaflets sandwiched therebetween. a stent extending in a longitudinal direction and having a plurality of commissure attachment features; a valve assembly secured to the stent, the valve assembly including a cuff and a plurality of leaflets, each of the leaflets having a pair of attachment regions and a free edge extending between the attachment regions, wherein two leaflets are attached to each commissure attachment feature of the stent; and a deflection feature in an attachment region of a leaflet and configured and arranged to prevent the free edge of the leaflet from contacting at least one of the stent, the cuff and a calcium nodule in the native anatomy when the leaflets are in an open position, the deflection feature includes a swatch (300, 400a, 400b) of material coupled to the attachment region, the material being selected from a group consisting of a fabric, a tissue and a polymer, wherein the swatch of material holds two leaflets together at a commissure attachment feature and is folded over the free edges of the two leaflets, adjacent a respective attachment region of each of the two leaflets, with the two leaflets sandwiched therebetween.