mhurhangee/ep-ind-claims huggingface dataset:
An article of footwear, the article of footwear comprising: an inner element, the inner element having an overfoot portion and an underfoot portion, the overfoot portion having a throat area; an outer element at least partially formed by a first knitted component, the outer element covering the throat area of the inner element; a fastening system secured to the inner element in a throat area, wherein the fastening system is located between the inner element and the outer element, and wherein adjustment of the fastening system adjusts the fit of the inner element when the article of footwear is in use; and a sole structure, wherein the sole structure at least partially covers the underfoot portion of the inner element, wherein the first knitted component is formed using a flat-knitting process, wherein the inner element includes a second knitted component with a circular-knit structure, and wherein the first knitted component and the second knitted component are separately formed. an inner element, the inner element having an overfoot portion and an underfoot portion, the overfoot portion having a throat area; an outer element at least partially formed by a first knitted component, the outer element covering the throat area of the inner element; a fastening system secured to the inner element in a throat area, wherein the fastening system is located between the inner element and the outer element, and wherein adjustment of the fastening system adjusts the fit of the inner element when the article of footwear is in use; and a sole structure, wherein the sole structure at least partially covers the underfoot portion of the inner element, wherein the first knitted component is formed using a flat-knitting process, wherein the inner element includes a second knitted component with a circular-knit structure, and wherein the first knitted component and the second knitted component are separately formed.
A measurement device for measuring a resected femoral head comprising a base with a support rod extending transversely from the base and extending in a direction corresponding to a height of a resected femoral head to be measured; a femoral head support attached to the base proximate an end of the support rod characterised in that the femoral head support defines a support surface that is inclined relative to the base at an angle between 35° and 60° to the base and is configured to support a severed end of a resected femoral head at a selected incline relative to the base when being measured such that a height of the resected femoral head extends in the general direction of the support rod; and, a height indicating arm adjustably secured to the support rod so as to extend transversely from the support rod and configured to be moveable along the height of the support rod so as to measure the height of the resected femoral head positioned on the femoral head support in use when being measured.
Vehicle body for a motor vehicle with a floor assembly which has a central tunnel, the central tunnel being reinforced by way of a central tunnel crossmember of separate configuration which, in order to absorb a collision load in a longitudinal direction of the central tunnel crossmember, is supported or can be supported on the end side on the floor assembly, the central tunnel being configured to receive an energy store, and the central tunnel crossmember being connected releasably to the energy store.
A BS digital broadcasting receiver for receiving a data signal consisting of a plurality of superframes each consisting of a plurality of frames each consisting of a plurality of slots each of which comprises a portion of a transmission and multiplexing configuration control (TMCC) signal, a main signal added with error correction data basing upon a first Reed-Solomon code, and a burst symbol signal, the TMCC signal comprising a set of components of the TMCC signal dispersed over one superframe with error correction data basing upon a second Reed-Solomon code being added, both the first and second Reed-Solomon codes being reduction versions of a basic Reed-Solomon code, the BS digital broadcasting receiver comprising: demodulating means for demodulating the data signal; separating means for separating the data signal demodulated by the demodulating means into the main signal and the TMCC signal, wherein the TMCC signal is obtained by collecting the TMCC signal components dispersed over the one superframe and assembling the collected TMCC signal components into a single signal; removing means for removing the burst symbol signal when deinterleaving the main signal separated by the separating means; adding means for adding the TMCC signal separated by the separating means after the main signal of a last frame in the superframe; and a Reed-Solomon code decoder for decoding the data signal with the separated TMCC signal added by the adding means after the main signal of a last frame in the superframe by using the basic Reed-Solomon code to error-correct the main signal and the TMCC signal. demodulating means for demodulating the data signal; separating means for separating the data signal demodulated by the demodulating means into the main signal and the TMCC signal, wherein the TMCC signal is obtained by collecting the TMCC signal components dispersed over the one superframe and assembling the collected TMCC signal components into a single signal; removing means for removing the burst symbol signal when deinterleaving the main signal separated by the separating means; adding means for adding the TMCC signal separated by the separating means after the main signal of a last frame in the superframe; and a Reed-Solomon code decoder for decoding the data signal with the separated TMCC signal added by the adding means after the main signal of a last frame in the superframe by using the basic Reed-Solomon code to error-correct the main signal and the TMCC signal.
A desk-appliance apparatus for preparing food, comprising: - a food preparation chamber; - an air movement device comprising a fan that has an air suction side and an air blowout side; - a heating device; and - air guiding means; wherein the food preparation chamber is provided by a container structure at least partly enclosing a receiving volume for receiving food to be prepared by a through-streaming of hot air; wherein the container structure comprises sidewalls and a bottom wall, wherein the bottom wall and/or one of the side walls is air-permeable providing an air entry opening for entering of hot air into the receiving volume, and wherein the container structure comprises an air discharge opening; wherein the heating device is configured to heat air of an air flow provided by the air movement device; wherein the heating device is arranged out-of-sight of the receiving volume, characterized in that: the air guiding means provides an air duct arrangement from the discharge opening via the heating device and the air movement device to the air entry opening; in use the air is blown out at the air blowout side with a mean blowing direction; and the mean blowing direction is provided with a tilted angle to both the horizontal and the vertical. - a food preparation chamber; - an air movement device comprising a fan that has an air suction side and an air blowout side; - a heating device; and - air guiding means; the air guiding means provides an air duct arrangement from the discharge opening via the heating device and the air movement device to the air entry opening; in use the air is blown out at the air blowout side with a mean blowing direction; and the mean blowing direction is provided with a tilted angle to both the horizontal and the vertical.
A user interface for a communication terminal comprising: a controller unit configured for controlling said user interface; a first and a second operation key (8, 10, 25, 26) whose operation is controlled by the controller unit; and a display, said user interface being capable of assuming a plurality of states in which groups of predetermined operations associated with the state concerned that are performed by pressing said operation keys (8, 10, 25, 26) are defined by the controller unit; said first operation key (10, 26) being dedicated by controller unit to perform, without giving access to said group of operations, one operation from said group of operations as a default function wherein the one operation is dependent on the state assumed by the user interface; said display having a first area solely dedicated for displaying the present operation performed when pressing said first operation key (10, 26); and said second operation key (8, 25) being dedicated by the controller unit to give access to said group of operations being available in the state assumed by the user interface. a controller unit configured for controlling said user interface; a first and a second operation key (8, 10, 25, 26) whose operation is controlled by the controller unit; and a display, said user interface being capable of assuming a plurality of states in which groups of predetermined operations associated with the state concerned that are performed by pressing said operation keys (8, 10, 25, 26) are defined by the controller unit; said first operation key (10, 26) being dedicated by controller unit to perform, without giving access to said group of operations, one operation from said group of operations as a default function wherein the one operation is dependent on the state assumed by the user interface; said display having a first area solely dedicated for displaying the present operation performed when pressing said first operation key (10, 26); and said second operation key (8, 25) being dedicated by the controller unit to give access to said group of operations being available in the state assumed by the user interface.
Telecentric lens, comprising a front optical group suitable to receive rays coming from an observed object and defining a front optical axis (k), at least a first rear optical group, suitable to convey said rays towards a sensor and defining a rear optical axis (k'), and at least one lens aperture positioned between the front optical group and a respective rear optical group, where the lens aperture lies on the focal plane of, at least, the front optical group so that the axis of each cone of rays coming from the observed object is parallel to said front optical axis, in the air space between the front optical group and the lens aperture are inserted at least three reflective or semi-reflective elements arranged in such a way that at least a part of the rays coming from the front optical group undergoes at least one triple reflection before reaching the rear optical group, and wherein, a first reflective or semi-reflective element with an angle of first reflection (α) of its reflective surface with respect to the direction, before any reflection, of the main optical axis (k), whose absolute value is between 25° and 75°, a second reflective or semi-reflective element with a second angle of reflection (β) of its reflective surface with respect to the front optical axis (k), given its direction after the reflection by the first reflective or semi-reflective element, whose absolute value is between 25° and 75°, and a third reflective or semi-reflective element, with an angle of third reflection (γ) of its reflective surface with respect to the main optical axis (k), given its direction after the reflection by the second reflective or semi-reflective element, whose absolute value is between 10° and 45°, the reflection made by the second reflective or semi-reflective element being such as to cause a deviation of the front optical axis (k) outside the plane on which lies said front optical axis before and after the first reflection made by the first reflective element.
Method for enhancing communication in a noisy environment comprising: receiving analog input signals emanating from at least two microphone arrays each comprising at least two microphones, converting the analog input signals into digital input signals; processing the digital input signals of each microphone array by a wanted signal beamformer to obtain a wanted signal in which the wanted signal components received from a preferred direction are transmitted without attenuation; processing the digital input signals of each microphone array by a blocking beamformer to obtain a blocking signal by suppressing the wanted signal components; detecting speech activity for each microphone array comprising determining a wanted signal power, a blocking signal power, and a back-ground noise signal power, the back-ground noise signal power being determined based on the wanted signal power and blocking signal power, and comparing the wanted signal power with the blocking signal power and the background noise signal power; applying an attenuation to the processed digital input signals of a microphone array if no speech activity is detected by the comparison of the wanted signal power with the blocking signal power and the background noise signal power for the microphone array; and outputting processed output signals to at least two loudspeakers. receiving analog input signals emanating from at least two microphone arrays each comprising at least two microphones, converting the analog input signals into digital input signals; processing the digital input signals of each microphone array by a wanted signal beamformer to obtain a wanted signal in which the wanted signal components received from a preferred direction are transmitted without attenuation; processing the digital input signals of each microphone array by a blocking beamformer to obtain a blocking signal by suppressing the wanted signal components; detecting speech activity for each microphone array comprising determining a wanted signal power, a blocking signal power, and a back-ground noise signal power, the back-ground noise signal power being determined based on the wanted signal power and blocking signal power, and comparing the wanted signal power with the blocking signal power and the background noise signal power; applying an attenuation to the processed digital input signals of a microphone array if no speech activity is detected by the comparison of the wanted signal power with the blocking signal power and the background noise signal power for the microphone array; and outputting processed output signals to at least two loudspeakers.
An apparatus comprising: a plurality of laser-light sources configured to generate a plurality of laser-light signals, wherein the plurality of laser-light sources includes a first laser-light source that emits light having a first wavelength and a second laser- light source that emits light having the first wavelength; one or more driver circuits that provide drive power required to operate the plurality of laser-light sources; a control circuit operatively coupled to the driver circuits and configured to control emission of pulsed light from the first and second laser-light sources; and a laser- light-delivery system having at least one pointed end and configured to deliver the plurality of laser- light signals independently to each of a plurality of nerves within a peripheral nerve bundle of an animal in order to independently optically stimulate each of the plurality of nerves in the peripheral nerve bundle to trigger action potentials in the plurality of nerves, wherein at least the pointed end of the laser-light-delivery system is configured to be transversely implanted into the peripheral nerve bundle. a plurality of laser-light sources configured to generate a plurality of laser-light signals, wherein the plurality of laser-light sources includes a first laser-light source that emits light having a first wavelength and a second laser- light source that emits light having the first wavelength; one or more driver circuits that provide drive power required to operate the plurality of laser-light sources; a control circuit operatively coupled to the driver circuits and configured to control emission of pulsed light from the first and second laser-light sources; and a laser- light-delivery system having at least one pointed end and configured to deliver the plurality of laser- light signals independently to each of a plurality of nerves within a peripheral nerve bundle of an animal in order to independently optically stimulate each of the plurality of nerves in the peripheral nerve bundle to trigger action potentials in the plurality of nerves, wherein at least the pointed end of the laser-light-delivery system is configured to be transversely implanted into the peripheral nerve bundle.
A method of making an interaxle differential unit, the method comprising: piercing a workpiece to form a through hole; ring roll forging the workpiece to form an annular case that is a seamless ring; heat treating the annular case; and installing an interaxle differential unit gear nest inside the annular case. piercing a workpiece to form a through hole; ring roll forging the workpiece to form an annular case that is a seamless ring; heat treating the annular case; and installing an interaxle differential unit gear nest inside the annular case.
A process for preparing -8-chloro-1-methyl-2,3,4,5-tetrahydro-1 H -3-benzazepine hydrochloride hemihydrate comprising the step of: exposing -8-chloro-1-methyl-2,3,4,5-tetrahydro-1 H -3-benzazepine hydrochloride to water to form -8-chloro-1-methyl-2,3,4,5-tetrahydro-1 H -3-benzazepine hydrochloride hemihydrate. exposing -8-chloro-1-methyl-2,3,4,5-tetrahydro-1 H -3-benzazepine hydrochloride to water to form -8-chloro-1-methyl-2,3,4,5-tetrahydro-1 H -3-benzazepine hydrochloride hemihydrate.
A bipolar ionization apparatus comprising: - a positive high voltage power supply having an output with at least one positive ion emitting electrode connected thereto and configured to generate positive ions; - a negative high voltage power supply having an output with at least one negative ion emitting electrode connected thereto and configured to generate negative ions; and - a controller configured to control a duty cycle of the outputs of the positive and negative high voltage power supplies to achieve a desired offset voltage by causing the outputs of the positive and negative high voltage power supplies to overlap by a selected amount of time in excess of zero, wherein overlapping is defined as a time period that both the positive and the negative high voltage power supplies are turned on compared to the total time for one cycle of power supply, and wherein the positive and the negative high voltage power supplies are alternated in an ON/OFF fashion. - a positive high voltage power supply having an output with at least one positive ion emitting electrode connected thereto and configured to generate positive ions; - a negative high voltage power supply having an output with at least one negative ion emitting electrode connected thereto and configured to generate negative ions; and - a controller configured to control a duty cycle of the outputs of the positive and negative high voltage power supplies to achieve a desired offset voltage by causing the outputs of the positive and negative high voltage power supplies to overlap by a selected amount of time in excess of zero,
A self-adjusting sun shade assembly comprising: a pair of ribs defined by a first end and a second end; a sail with a front edge comprising a channel sized and shaped to house each rib such that the ribs extend across the front edge; a mast comprising a first end and a second end; and an anchor operably connected to the second end of the mast; characterized in that the self-adjusting sun shade assembly further comprises: a pivot cap to which the first end of each rib is attached and to which the first end of the mast is operably connected, wherein the pivot cap is configured to freely rotate about the mast in the assembled state; at least one support arm with a first end and a second end, wherein the first end of the support arm is attached to one of the ribs and the second end of the support arm is attached to a slider configured to move up and down the mast; and a tension adjuster that adjusts rotation of the pivot cap about the mast; wherein the pivot cap, ribs, slider, and support arms are configured to rotate about the mast in response to blowing of the wind. a pair of ribs defined by a first end and a second end; a sail with a front edge comprising a channel sized and shaped to house each rib such that the ribs extend across the front edge; a mast comprising a first end and a second end; and an anchor operably connected to the second end of the mast; characterized in that the self-adjusting sun shade assembly further comprises: a pivot cap to which the first end of each rib is attached and to which the first end of the mast is operably connected, wherein the pivot cap is configured to freely rotate about the mast in the assembled state; at least one support arm with a first end and a second end, wherein the first end of the support arm is attached to one of the ribs and the second end of the support arm is attached to a slider configured to move up and down the mast; and a tension adjuster that adjusts rotation of the pivot cap about the mast; wherein the pivot cap, ribs, slider, and support arms are configured to rotate about the mast in response to blowing of the wind. a pivot cap to which the first end of each rib is attached and to which the first end of the mast is operably connected, wherein the pivot cap is configured to freely rotate about the mast in the assembled state; at least one support arm with a first end and a second end, wherein the first end of the support arm is attached to one of the ribs and the second end of the support arm is attached to a slider configured to move up and down the mast; and a tension adjuster that adjusts rotation of the pivot cap about the mast; wherein the pivot cap, ribs, slider, and support arms are configured to rotate about the mast in response to blowing of the wind.
An isolated antibody wherein the antibody specifically binds to a polypeptide consisting of the amino acid sequence of SEQ ID NO:12, SEQ ID NO:13, SEQ ID NO:14, SEQ ID NO:15, SEQ ID NO:19, SEQ ID NO:20, SEQ ID NO:21, SEQ ID NO:22, SEQ ID NO:26, SEQ ID NO:27, SEQ ID NO:28, SEQ ID NO:29 or SEQ ID NO:38; or Copro6728.
A resin composition comprising: a cyanate compound; and a maleimide compound, characterized in that the resin composition further comprises a benzoguanamine compound having an aminomethyl group represented by the following general formula: wherein R is a hydrogen atom or a substituent selected from the group consisting of a hydrocarbon group having 1 to 10 carbon atoms, an alkoxyl group having 1 to 10 carbon atoms, an aryloxy group having 6 to 10 carbon atoms, a hydroxyl group, an amide group, and a halogen atom, and n is an integer of 1 to 2. a cyanate compound; and a maleimide compound, characterized in that the resin composition further comprises a benzoguanamine compound having an aminomethyl group represented by the following general formula: wherein R is a hydrogen atom or a substituent selected from the group consisting of a hydrocarbon group having 1 to 10 carbon atoms, an alkoxyl group having 1 to 10 carbon atoms, an aryloxy group having 6 to 10 carbon atoms, a hydroxyl group, an amide group, and a halogen atom, and n is an integer of 1 to 2.