mhurhangee/ep-ind-claims huggingface dataset:
A sole structure for an article of footwear having an upper, the sole structure comprising: a heel region; a forefoot region; a midfoot region disposed between the heel region and the forefoot region; and a chamber (212, 214) including a first barrier layer cooperating with a second barrier layer to define a first segment extending along a medial side of the sole structure within the heel region, a second segment extending from the medial side in the forefoot region to a lateral side in the heel region and along a lateral side of the sole structure within the heel region, a third segment (218m, 218n) extending from one of the first segment and the second segment towards the other of the first segment and the second segment, terminating at a distal end (222m, 222n) between the first segment and the second segment, and including a thickness and a width that decrease along a direction toward the distal end (222m, 222n), and a web area disposed between and connecting the first segment and the second segment, the first barrier layer being attached to the second barrier layer within the web area. a heel region; a forefoot region; a midfoot region disposed between the heel region and the forefoot region; and a chamber (212, 214) including a first barrier layer cooperating with a second barrier layer to define a first segment extending along a medial side of the sole structure within the heel region, a second segment extending from the medial side in the forefoot region to a lateral side in the heel region and along a lateral side of the sole structure within the heel region, a third segment (218m, 218n) extending from one of the first segment and the second segment towards the other of the first segment and the second segment, terminating at a distal end (222m, 222n) between the first segment and the second segment, and including a thickness and a width that decrease along a direction toward the distal end (222m, 222n), and a web area disposed between and connecting the first segment and the second segment, the first barrier layer being attached to the second barrier layer within the web area.
Apparatus for handling oblong metal bars, comprising a loading unit provided with transporter elements defining a support plane for said bars and configured to transfer the latter in a first direction transverse to the longitudinal development of said bars and toward a selector unit, wherein said selector unit comprises gripping means configured to take at least one portion of one or more bars and to lift it with respect to said support plane, wherein said apparatus comprises sensors configured to automatically detect at least the number of bars removed and released by said gripping means toward a collection station, characterized in that said gripping means are fixed and located above said support plane, in that at least one detachment device is provided between said loading unit and said selector unit and comprises a plurality of arms and a motion transmission elements provided to move said arms in a second direction, transverse to said first direction, to detach from said loading unit one or more bars lifted by said gripping means and to release them toward the subsequent collection station said arms being positioned, at least in their operating condition for extracting the bars, above said support plane, in that said arms have a hooked shape, with a first end portion attached to the motion transmission element and a second end portion free and which, during use contacts the bars to determine their extraction, at least said second end portion overlapping said support plane, and said arms being inclined toward the collection station.
An attachment structure of an electronic device comprising: a latching claw portion provided on a lower surface of a base of the electronic device; a latching rib (11, 12) of a support rail, the latching rib (11, 12) for being latched by the latching claw portion during a latching state; and an operation receiving portion (31a, 34, 35) for receiving a tool to release the latching state; wherein the operation receiving portion (31a, 34, 35) comprises an elastic arm elastically deformable by a push-down operation of the operation receiving portion (31a, 34, 35) in a direction towards the support rail; wherein the operation receiving portion (31a, 34, 35) is configured to be exposed and visible from an upper surface edge of the base and no portion of the attachment structure resides directly above the exposed receiving portion; wherein the latching claw portion and the operation receiving portion (31a, 34, 35) are provided in a leading end of the elastic arm portion extending from the base; wherein the latching state is releasable by the push-down operation of the operation receiving portion in the direction towards the support rail, wherein the latching claw portion moves downwards before deforming outwards during the push down operation. a latching claw portion provided on a lower surface of a base of the electronic device; a latching rib (11, 12) of a support rail, the latching rib (11, 12) for being latched by the latching claw portion during a latching state; and an operation receiving portion (31a, 34, 35) for receiving a tool to release the latching state; wherein the operation receiving portion (31a, 34, 35) comprises an elastic arm elastically deformable by a push-down operation of the operation receiving portion (31a, 34, 35) in a direction towards the support rail; wherein the operation receiving portion (31a, 34, 35) is configured to be exposed and visible from an upper surface edge of the base and no portion of the attachment structure resides directly above the exposed receiving portion; wherein the latching claw portion and the operation receiving portion (31a, 34, 35) are provided in a leading end of the elastic arm portion extending from the base; wherein the latching state is releasable by the push-down operation of the operation receiving portion in the direction towards the support rail, wherein the latching claw portion moves downwards before deforming outwards during the push down operation.
A pixel cell comprising: a photo-conversion device at a surface of a substrate; and a first transistor adjacent to the photo-conversion device, the first transistor comprising a gate electrode and a channel region under the gate electrode, characterised by the channel region having a length extending from the source of the first transistor to the drain of the first transistor and a width perpendicular to the length, the gate electrode comprising first and second gate electrode regions (650a, 650b) located adjacent one another in a direction parallel to the surface of the substrate, each extending along the entire length of the channel region and together extending along the entire width of the channel, one of the first and second gate electrode regions (650a, 650b) being a p-type region, and the other being an n-type region, the first and second gate electrode regions (650a, 650b) having different work-functions, at least one of the gate electrode regions having a work-function greater than a work-function of n+ Si, wherein the first transistor is a transfer transistor for transferring photo-generated charge from the photo-conversion device to a floating diffusion region. a photo-conversion device at a surface of a substrate; and a first transistor adjacent to the photo-conversion device, the first transistor comprising a gate electrode and a channel region under the gate electrode,
A method of identifying a melanoma in a tissue sample comprising the steps of a) measuring the expression levels in the sample of genes encoding mRNA corresponding to SILV; b) measuring the expression level of a gene encoding tyrosinase; and c) measuring the expression level of SILV relative to tyrosinase; wherein the expression levels of SILV relative to tyrosinase are indicative of the presence of a melanoma. a) measuring the expression levels in the sample of genes encoding mRNA corresponding to SILV; b) measuring the expression level of a gene encoding tyrosinase; and c) measuring the expression level of SILV relative to tyrosinase;
An anchor configured to maintain a portion of a therapy delivery element within a desired location of a patient, wherein the anchor includes a body comprising an elastic material, wherein the body forms a lumen extending from a first end of the body to a second end of the body, wherein the lumen is configured to be disposed about the outer surface of the therapy delivery element, and compressibly engage the outer surface of the therapy delivery element to hold the anchor in place about the therapy delivery element, wherein, when in a relaxed state, a cross-section of the lumen is smaller than a cross-section of the therapy delivery element at the outer surface of the therapy delivery element, and wherein the anchor may be stretched such that the lumen becomes larger than the cross-section of the therapy delivery element to facilitate positioning the anchor about the therapy delivery element; characterised in that the body forms two or more channels that facilitate radial stretching of the anchor using a pronged tool, and wherein radially stretching the body via the channels using the pronged tool reduces a holding force of the anchor on the therapy delivery element when the anchor is disposed about the outer surface of the therapy delivery element to facilitate adjusting a position of the anchor relative to the therapy delivery element when the lumen is engaged with the outer surface of the therapy delivery element.
An assembly for evaporating a volatile fluid, the assembly comprising a device and a refill which are detachable from one another: wherein the device comprises a magnetic induction coil configured to operate with an alternating current passed therethrough at a frequency of between 20KHz to 500KHz and a volatile fluid transport means receiving area containing at least one piece of heat conducting, non-magnetic metal foil and/or deposited heat-conducting, non-magnetic metal; and wherein the refill comprises a reservoir for the volatile fluid, a volatile fluid transport means to draw the fluid from the reservoir, and at least one magnetic susceptor having a coercivity of 50 ampere/metre (H C) to 1500 ampere/metre (H C).arranged to heat the fluid transport means predominately by magnetic hysteresis when said alternating current is passed through the induction coil, wherein the refill is attached to the device such that at least one magnetic susceptor is at least partially located within the volatile fluid transport means receiving area. wherein the device comprises a magnetic induction coil configured to operate with an alternating current passed therethrough at a frequency of between 20KHz to 500KHz and a volatile fluid transport means receiving area containing at least one piece of heat conducting, non-magnetic metal foil and/or deposited heat-conducting, non-magnetic metal; and wherein the refill comprises a reservoir for the volatile fluid, a volatile fluid transport means to draw the fluid from the reservoir, and at least one magnetic susceptor having a coercivity of 50 ampere/metre (H C) to 1500 ampere/metre (H C).arranged to heat the fluid transport means predominately by magnetic hysteresis when said alternating current is passed through the induction coil, wherein the refill is attached to the device such that at least one magnetic susceptor is at least partially located within the volatile fluid transport means receiving area.
A method comprising: receiving, in a processor, a scan of a patient's teeth; estimating a mesiodistal width of at least some of the patient's teeth from the scan of the patient's teeth; automatically identifying a missing tooth in the scan of the patient's teeth; estimating a mesiodistal width of the missing tooth; calculating a metric of the relative sizes of the widths of all or some of the patient's maxillary teeth to all or some of the patient's mandibular teeth using the estimated mesiodistal width of the missing tooth and the mesiodistal width of at least some of the patient's teeth; and outputting the metric of the relative sizes of the patient's teeth. receiving, in a processor, a scan of a patient's teeth; estimating a mesiodistal width of at least some of the patient's teeth from the scan of the patient's teeth; automatically identifying a missing tooth in the scan of the patient's teeth; estimating a mesiodistal width of the missing tooth; calculating a metric of the relative sizes of the widths of all or some of the patient's maxillary teeth to all or some of the patient's mandibular teeth using the estimated mesiodistal width of the missing tooth and the mesiodistal width of at least some of the patient's teeth; and outputting the metric of the relative sizes of the patient's teeth.
A composition for topical application comprising a continuous aqueous phase, a discontinuous liquid oil phase and crisaborole, wherein the discontinuous liquid oil phase is a liquid at 25 °C, wherein the composition does not comprise a polyaphron dispersion, wherein the discontinuous liquid oil phase comprises diisopropyl adipate and/or diethyl sebacate and/or dibutyl adipate, and wherein the composition comprises less than 5 wt% by weight of the composition of glyceryl monostearate, cetyl alcohol, stearyl alcohol, stearic acid, cetyl ricinoleate, propylene glycol stearate, PEG-2 stearate, sorbitan monostearate, or mixtures of two or more thereof. wherein the discontinuous liquid oil phase is a liquid at 25 °C, wherein the composition does not comprise a polyaphron dispersion, wherein the discontinuous liquid oil phase comprises diisopropyl adipate and/or diethyl sebacate and/or dibutyl adipate, and wherein the composition comprises less than 5 wt% by weight of the composition of glyceryl monostearate, cetyl alcohol, stearyl alcohol, stearic acid, cetyl ricinoleate, propylene glycol stearate, PEG-2 stearate, sorbitan monostearate, or mixtures of two or more thereof.
A crash monitoring system for a vehicle, comprising - an environment sensor unit, - a vehicle information supplying unit, - a crash sensor unit, and - a control unit, the environment sensor unit being configured to generate field data of an impending crash event between at least a first vehicle and an obstacle, the vehicle information supplying unit being configured to provide operational information of at least the first vehicle to the control unit, the crash sensor unit being configured to generate crash data during the crash event of at least the first vehicle, the control unit being configured to execute a crash simulation based on the field data and the operational information and generate predictive attribute data, and the control unit being further configured to generate fused data by fusing the predictive attribute data and the crash data of the ongoing crash event for adapting the predictive attribute data to future crash events. - an environment sensor unit, - a vehicle information supplying unit, - a crash sensor unit, and - a control unit, the environment sensor unit being configured to generate field data of an impending crash event between at least a first vehicle and an obstacle, the vehicle information supplying unit being configured to provide operational information of at least the first vehicle to the control unit, the crash sensor unit being configured to generate crash data during the crash event of at least the first vehicle, the control unit being configured to execute a crash simulation based on the field data and the operational information and generate predictive attribute data, and the control unit being further configured to generate fused data by fusing the predictive attribute data and the crash data of the ongoing crash event for adapting the predictive attribute data to future crash events.
A method for networked scheduling, the method comprising: providing a gateway; a plurality of channels assigned to a color reuse scheme comprising colors, wherein some of the plurality of channels assigned to one of the colors comprise a set of co-channels; associating the set of co-channels with the gateway; generating a traffic pattern for the set of co-channels for an upcoming allocation slot; determining a channel state of each co-channel in the set of co-channels per the traffic pattern; and setting a Modulation and Coding scheme of each co-channel in the set of co-channels based on the respective channel state. providing a gateway; a plurality of channels assigned to a color reuse scheme comprising colors, wherein some of the plurality of channels assigned to one of the colors comprise a set of co-channels; associating the set of co-channels with the gateway; generating a traffic pattern for the set of co-channels for an upcoming allocation slot; determining a channel state of each co-channel in the set of co-channels per the traffic pattern; and setting a Modulation and Coding scheme of each co-channel in the set of co-channels based on the respective channel state.
Apparatus for at least one user for experiencing at least one virtual reality simulation in an underwater world, comprising: - at least one water reservoir with at least one current generator, - at least one data processing device, and - at least one VR display device, - wherein the at least one data processing device generates a virtual reality simulation, - wherein the at least one current generator and the at least one data processing device for simulating the virtual reality are synchronized and a current, synchronized with the at least one virtual reality simulation, is generated, by means of which simulation-dependent relative movements are generated between the water of the reservoir and the at least one user, - wherein the virtual reality simulation is reproduced on the VR display device, and - wherein the VR display device is a water-compatible head-mounted display and the at least one VR display device is wired or wireless connected to the data processing device. - at least one water reservoir with at least one current generator, - at least one data processing device, and - at least one VR display device, - wherein the at least one data processing device generates a virtual reality simulation, - wherein the at least one current generator and the at least one data processing device for simulating the virtual reality are synchronized and a current, synchronized with the at least one virtual reality simulation, is generated, by means of which simulation-dependent relative movements are generated between the water of the reservoir and the at least one user, - wherein the virtual reality simulation is reproduced on the VR display device, and - wherein the VR display device is a water-compatible head-mounted display and the at least one VR display device is wired or wireless connected to the data processing device.
A wireless communication method performed by an eNode B, eNB, comprising: transmitting downlink control information to a user equipment, UE, wherein the DCI is designed based on a coverage enhancement level among a plurality of coverage enhancement levels for the UE, and the DCI includes resource assignment field and a repetition number index, the resource assignment field containing an index associated with the coverage enhancement level and the repetition number index being associated with a repetition of a channel to be transmitted. transmitting downlink control information to a user equipment, UE, wherein the DCI is designed based on a coverage enhancement level among a plurality of coverage enhancement levels for the UE, and the DCI includes resource assignment field and a repetition number index, the resource assignment field containing an index associated with the coverage enhancement level and the repetition number index being associated with a repetition of a channel to be transmitted.
A manufacturing method for a polytetrafluoroethylene formed product, the method comprising an irradiation step of irradiating a forming material containing a polytetrafluoroethylene in an amount of not less than 50 mass% with ionizing radiation under a condition of no oxygen and of a temperature equal to or higher than a crystalline melting point of the polytetrafluoroethylene, wherein the polytetrafluoroethylene has the crystalline melting point of not lower than 320°C and not higher than 340°C, the crystalline melting point is a value measured according to the method in the description, the polytetrafluoroethylene has a melt viscosity at 380°C of not less than 1×10 5 Pa·s and not greater than 7×10 5 Pa·s, the melt viscosity is a value measured according to Method X, Method Y, and/or Method Z in the description, the ionizing radiation has a dose of not less than 30kGy and not greater than 200kGy, and the temperature during irradiation of ionizing radiation is not lower than 320°C and not higher than 360°C.
Method for monitoring the state of a device for delivering thick matter, wherein the device has: - a first drive cylinder for receiving hydraulic fluid, - a first drive piston, which is movably arranged in the first drive cylinder, - a first delivery cylinder for receiving and releasing thick matter, a first delivery piston, which is movably arranged in the first delivery cylinder, and a first piston rod, which is fastened to the first drive piston and to the first delivery piston for coupled movement of the first drive piston and the first delivery piston, - a piston seal, which, in the non-defective state, seals off a drive-pump-side volume in the first drive cylinder with respect to a swing volume in the first drive cylinder in conjunction with the first drive piston, - a rod seal, which seals off the first drive cylinder with respect to an environment in conjunction with the first piston rod, and - a drive pump, which is designed to generate a drive volume flow of hydraulic fluid for moving the first drive piston in the first drive cylinder, wherein the method has the steps: - determining a speed of the first drive piston, - calculating a difference between the determined speed of the first drive piston and an expected speed of the first drive piston, and - identifying a fault state in the form of a defect in the piston seal and/or in the form of a defect in the rod seal according to the calculated difference between the determined speed of the first drive piston and the expected speed of the first drive piston, characterized by the step - calculating the expected speed according to the generated drive volume flow. - a first drive cylinder for receiving hydraulic fluid, - a first drive piston, which is movably arranged in the first drive cylinder, - a first delivery cylinder for receiving and releasing thick matter, a first delivery piston, which is movably arranged in the first delivery cylinder, and a first piston rod, which is fastened to the first drive piston and to the first delivery piston for coupled movement of the first drive piston and the first delivery piston, - a piston seal, which, in the non-defective state, seals off a drive-pump-side volume in the first drive cylinder with respect to a swing volume in the first drive cylinder in conjunction with the first drive piston, - a rod seal, which seals off the first drive cylinder with respect to an environment in conjunction with the first piston rod, and - a drive pump, which is designed to generate a drive volume flow of hydraulic fluid for moving the first drive piston in the first drive cylinder, - determining a speed of the first drive piston, - calculating a difference between the determined speed of the first drive piston and an expected speed of the first drive piston, and - identifying a fault state in the form of a defect in the piston seal and/or in the form of a defect in the rod seal according to the calculated difference between the determined speed of the first drive piston and the expected speed of the first drive piston, - calculating the expected speed according to the generated drive volume flow.