mhurhangee/ep-ind-claims huggingface dataset:
A case for powder cosmetic product comprising: - a base comprising a cavity for receiving said product, the cavity opening out axially through an opening; - a sifter arranged in the opening; - a closing cover which is intended to be screwed onto the base between a fully unscrewed position and a fully screwed position in which it is axially brought closer to the opening to allow its sealed closure; - a seal attached to the cover by an upper end which comprises: ∘ a lateral section elastically deformable in an axial direction; ∘ a membrane which is attached to a lower end of the deformable section and which comprises a contact face intended to rest on the entire surface of the sifter; ∘ a chamber delimited between the cover and the membrane; the contact face of the membrane being elastically deformable in flexion so that the contact face conforms to the shape of the sifter when the cover is screwed on, characterised in that the contact face has relief elements. - a base comprising a cavity for receiving said product, the cavity opening out axially through an opening; - a sifter arranged in the opening; - a closing cover which is intended to be screwed onto the base between a fully unscrewed position and a fully screwed position in which it is axially brought closer to the opening to allow its sealed closure; - a seal attached to the cover by an upper end which comprises: ∘ a lateral section elastically deformable in an axial direction; ∘ a membrane which is attached to a lower end of the deformable section and which comprises a contact face intended to rest on the entire surface of the sifter; ∘ a chamber delimited between the cover and the membrane; ∘ a lateral section elastically deformable in an axial direction; ∘ a membrane which is attached to a lower end of the deformable section and which comprises a contact face intended to rest on the entire surface of the sifter; ∘ a chamber delimited between the cover and the membrane;
An engine order and road noise control system comprising: a first sensor configured to directly pick up road noise from a structural element of a vehicle, and to generate a first sense signal representative of the road noise; a second sensor configured to detect harmonics of an engine of the vehicle and to generate a second sense signal representative of the engine harmonics; a combiner configured to combine the first sense signal and the second sense signal to provide a combination signal representing the combination of the first sense signal and the second sense signal; a broadband active noise control filter configured to generate a filtered combination signal from the combination signal; and a loudspeaker (109; 211; 213; 402; 702) configured to convert the filtered combination signal provided by the active noise control filter into anti-noise and to radiate the anti-noise to a listening position in an interior of the vehicle; wherein the filtered combination signal is configured so that the anti-noise reduces the road noise and engine sound at the listening position; characterized in that the combiner is further configured to combine the first sense signal and the second sense signal through cross-over filtering. a first sensor configured to directly pick up road noise from a structural element of a vehicle, and to generate a first sense signal representative of the road noise; a second sensor configured to detect harmonics of an engine of the vehicle and to generate a second sense signal representative of the engine harmonics; a combiner configured to combine the first sense signal and the second sense signal to provide a combination signal representing the combination of the first sense signal and the second sense signal; a broadband active noise control filter configured to generate a filtered combination signal from the combination signal; and a loudspeaker (109; 211; 213; 402; 702) configured to convert the filtered combination signal provided by the active noise control filter into anti-noise and to radiate the anti-noise to a listening position in an interior of the vehicle; wherein the filtered combination signal is configured so that the anti-noise reduces the road noise and engine sound at the listening position; characterized in that the combiner is further configured to combine the first sense signal and the second sense signal through cross-over filtering.
A computer-implemented method of monitoring an agricultural implement, comprising: Accessing a first spatial agricultural data set associated with a first agricultural operation; Accessing a second spatial agricultural data set associated with a second agricultural operation; Generating a first map overlay based on said first spatial agricultural data set; Generating a second map overlay based on said second spatial agricultural data set; Displaying a first map comprising said first map overlay; and Displaying a second map comprising said second map overlay on a common screen with said first map, wherein said second map is at least partly disjoined from said first map, and wherein said second map has a common view characteristic with said first map, and wherein said first spatial agricultural data set comprises planting data collected during a planting operation, and wherein said second spatial agricultural data set comprises yield data collected during a harvesting operation, wherein the method further is comprising: determining a direction of implement travel in a first area while said first spatial agricultural data set was generated; and displaying a directional annotation in said second map, said directional annotation indicating said direction of implement travel, and said directional annotation located within a portion of said second map corresponding to said first area. Accessing a first spatial agricultural data set associated with a first agricultural operation; Accessing a second spatial agricultural data set associated with a second agricultural operation; Generating a first map overlay based on said first spatial agricultural data set; Generating a second map overlay based on said second spatial agricultural data set; Displaying a first map comprising said first map overlay; and Displaying a second map comprising said second map overlay on a common screen with said first map, wherein said second map is at least partly disjoined from said first map, and wherein said second map has a common view characteristic with said first map, and wherein said first spatial agricultural data set comprises planting data collected during a planting operation, and wherein said second spatial agricultural data set comprises yield data collected during a harvesting operation, wherein the method further is comprising: determining a direction of implement travel in a first area while said first spatial agricultural data set was generated; and displaying a directional annotation in said second map, said directional annotation indicating said direction of implement travel, and said directional annotation located within a portion of said second map corresponding to said first area.
A staple cartridge assembly for use with a surgical stapler, comprising: a cartridge body having a plurality of staple cavities, each staple cavity having a surgical staple disposed therein; a biocompatible adjunct material releasably retained in the cartridge body and configured to be delivered to tissue by deployment of the staples in the cartridge body, the adjunct material having an outer layer or coating formed of a biocompatible polymeric material and encapsulating an inner layer formed of a flexible biocompatible polymeric mesh and disposed over one of said surgical staples; and an effective amount of a first medicant disposed between the outer layer or coating and the inner layer, and an effective amount of a second medicant incorporated into the inner layer, wherein the polymeric material in the outer layer or coating is responsive to strain upon deformation of said one of said surgical staples such that the outer layer or coating is configured to deform and rupture, whereafter the first medicant retained between the outer layer or coating and the inner layer is released as a bolus dose and the second medicant incorporated into the inner layer commences its release. a cartridge body having a plurality of staple cavities, each staple cavity having a surgical staple disposed therein; a biocompatible adjunct material releasably retained in the cartridge body and configured to be delivered to tissue by deployment of the staples in the cartridge body, the adjunct material having an outer layer or coating formed of a biocompatible polymeric material and encapsulating an inner layer formed of a flexible biocompatible polymeric mesh and disposed over one of said surgical staples; and an effective amount of a first medicant disposed between the outer layer or coating and the inner layer, and an effective amount of a second medicant incorporated into the inner layer, wherein the polymeric material in the outer layer or coating is responsive to strain upon deformation of said one of said surgical staples such that the outer layer or coating is configured to deform and rupture, whereafter the first medicant retained between the outer layer or coating and the inner layer is released as a bolus dose and the second medicant incorporated into the inner layer commences its release.
A parathyroid sensing system for sensing parathyroid glands, wherein the parathyroid sensing system comprising; a modulator for generating a modulation signal having a predetermined frequency; a lock-in amplifier and a light source which receive information on the modulation signal; an excitation filter for transmitting, among light emitted from the light source, only excitation light that excites parathyroid glands; wherein an emission filter connected to a probe and selectively transmitting only fluorescence emitted from the parathyroid glands; a near-infrared sensor for sensing the autofluorescence that has passed through the emission filter, and converting the sensed autofluorescence into an electric signal; and a speaker for generating an alarm through the electric signal, wherein the parathyroid sensing system senses the parathyroid glands based on a wavelength filtering by the excitation filter and a frequency filtering by the emission filter. wherein the parathyroid sensing system comprising; a modulator for generating a modulation signal having a predetermined frequency; a lock-in amplifier and a light source which receive information on the modulation signal; an excitation filter for transmitting, among light emitted from the light source, only excitation light that excites parathyroid glands; wherein an emission filter connected to a probe and selectively transmitting only fluorescence emitted from the parathyroid glands; a near-infrared sensor for sensing the autofluorescence that has passed through the emission filter, and converting the sensed autofluorescence into an electric signal; and a speaker for generating an alarm through the electric signal, wherein the parathyroid sensing system senses the parathyroid glands based on a wavelength filtering by the excitation filter and a frequency filtering by the emission filter.
A therapeutically effective amount of a SUV39H1 inhibitor compound for use in a method of reversing cognition loss in an animal subject with cognitive loss, wherein said therapeutically effective amount comprises single dosing for acute treatment and repeated dosing for chronic treatment.
Protective sheath for a cannula arranged on a hub configured to be fitted onto a syringe, said sheath comprising female means intended to cooperate with male means of the hub for guiding thereof, and characterized in that: - said female means comprise a retracted position before use RBU, a retracted position during use RU, and a retracted position after use RAU, wherein the whole length of the cannula is inside said sheath, said female means including primary locking means for temporary locking said male means in the RBU position, secondary locking means for temporary locking said male means in the RU position, and final locking means for permanently locking said male means in the RAU position; - said female means comprise an ejection position E, wherein whole or part of the cannula protrudes out of said sheath; and - the RBU, RU and RAU positions are substantially transversally aligned. - said female means comprise a retracted position before use RBU, a retracted position during use RU, and a retracted position after use RAU, wherein the whole length of the cannula is inside said sheath, said female means including primary locking means for temporary locking said male means in the RBU position, secondary locking means for temporary locking said male means in the RU position, and final locking means for permanently locking said male means in the RAU position; - said female means comprise an ejection position E, wherein whole or part of the cannula protrudes out of said sheath; and - the RBU, RU and RAU positions are substantially transversally aligned.
A method for producing carbon nanotubes, comprising: A step of producing a catalyst-carrying support, comprising a support containing one or more elements selected from the group consisting of Si, Al, Mg, Zr, Ti, O, N, C, Mo, Ta and W and carbon-containing metal catalyst particles for carbon nanotube synthesis, said metal catalyst particles being selected from the group consisting of V, Cr, Mn, Fe, Co, Ni, Cu, Zn, Mo, W, and Au, said step comprising: a carbon-containing region forming step of flowing a carbon-containing compound gas without an unsaturated bond and hydrogen, using an inert carrier gas onto a catalyst-carrying support, comprising a support and catalyst particles carried on said support to form carbon-containing regions on surfaces thereof, wherein the concentration of the carbon-containing compound gas without an unsaturated bond is 0.1 to 20% by volume, based on the total amount of gases fed into a reactor, wherein the reaction temperature is 400 to 1000°C, and wherein the catalyst particles are formed by heating and reducing a catalyst raw material with hydrogen; and a carbon nanotube synthesizing step, wherein a raw material gas composed of an inert gas and a carbon source selected from the group, consisting of acetylene and ethylene, is flowed onto the catalyst-carrying support at a reaction temperature of 400 to 1000°C; characterized in that the carbon-containing compound gas without an unsaturated bond is flowed onto the catalyst-carrying support both in the carbon-containing region forming step and the carbon nanotube synthesizing step. a carbon-containing region forming step of flowing a carbon-containing compound gas without an unsaturated bond and hydrogen, using an inert carrier gas onto a catalyst-carrying support, comprising a support and catalyst particles carried on said support to form carbon-containing regions on surfaces thereof, wherein the concentration of the carbon-containing compound gas without an unsaturated bond is 0.1 to 20% by volume, based on the total amount of gases fed into a reactor, wherein the reaction temperature is 400 to 1000°C, and wherein the catalyst particles are formed by heating and reducing a catalyst raw material with hydrogen; and a carbon nanotube synthesizing step, wherein a raw material gas composed of an inert gas and a carbon source selected from the group, consisting of acetylene and ethylene, is flowed onto the catalyst-carrying support at a reaction temperature of 400 to 1000°C; characterized in that the carbon-containing compound gas without an unsaturated bond is flowed onto the catalyst-carrying support both in the carbon-containing region forming step and the carbon nanotube synthesizing step.
System for classifying gestures executed by a user on a touch-sensitive surface with a finger or a stylus, or in a graphical interface by way of a pointing peripheral, comprising a meta-classification module able to analyse spatial characteristics of any gesture undergoing execution, and to determine as a function of said characteristics the class of synchronous gestures or of asynchronous gestures to which this gesture belongs, and a shape classification module able, when on output from the meta-classification module the class of an asynchronous and symbolic gesture has been determined, to associate a symbol with the gesture, which symbol corresponds to a command to be executed on the surface or in the graphical interface, characterized in that the meta-classification module is moreover able to analyse kinematic characteristics comprising at least a speed and an acceleration, an asynchronous and symbolic gesture comprising at least one initial speed above a predetermined threshold and a positive acceleration on departure, said meta-classification module being a finite state automaton, a state corresponding to a portion of the gesture undergoing execution at a given instant, the states being defined in the following manner: - a state E1 in which the meta-classification module is ready and waiting for a gesture, - a state E2 in which the start of a gesture is detected, - a state E3 in which the gesture is undergoing analysis, - at least one state (E4, E5, E6, E7, E8) defined by the kinematic and spatial characteristics of the gesture in progress and corresponding to a portion of the gesture undergoing execution at a given instant, - a state E9 in which the end of the gesture is detected. - a state E1 in which the meta-classification module is ready and waiting for a gesture, - a state E2 in which the start of a gesture is detected, - a state E3 in which the gesture is undergoing analysis, - at least one state (E4, E5, E6, E7, E8) defined by the kinematic and spatial characteristics of the gesture in progress and corresponding to a portion of the gesture undergoing execution at a given instant, - a state E9 in which the end of the gesture is detected.
Clamping securing element having a spring wire clip which is to be fitted to a retaining profile, wherein the retaining profile has a front face that forms a bearing plane and a rear face that forms a pressure plane, wherein the spring wire clip is made of a single bent piece of spring wire and comprises a U-shaped mounting region that extends in the bearing plane and has two bearing legs which are spaced apart from one another and are connected by a connecting region, wherein the spring wire clip is symmetric with respect to a central plane which is perpendicular to the bearing plane and runs centrally through the connecting region, wherein a spring arm that is oriented away from the central plane extends from each bearing leg, remote from the connecting regions, in a support plane which runs transversely to the bearing plane, and wherein each spring arm has, at an end remote from the bearing legs, an angled engagement arm with a free end section that bears against the rear face of the retaining profile so as to form a U-shaped spring unit, characterized in that the free end section of each engagement arm is curved away from the bearing plane, and in that the engagement arms run parallel to and at distance from the pressure plane, it being possible for a seal to be accommodated in the resulting interspace.
Filter housing for a filter, having a filter pot for defining an interior space for accommodating a filter element for separating solid particles from a fluid, having a filter head for closing off the interior space, and having a feed port for feeding into the interior space the fluid to be filtered and having a discharge port for removing the filtered fluid from the interior space, wherein the filter pot has body sections (46a, 46b, 46c) which project into the interior space on the bottom side, said sections serving for supporting the filter element, characterized in that the body sections (46a, 46b, 46c) are impressions, introduced into a filter bottom on the outside, in the direction of the interior space, which impressions, when viewed from the outside, have a bead-like shape and form an externally circumferential contouring.
A tobacco container comprising a cavity for receiving a charge tobacco material and further comprising a moisture meter arranged in the cavity so as to measure the ambient moisture within the cavity, the moisture meter comprising an energy source for supplying electrical energy to the moisture meter, a logic, a sensor for measuring ambient moisture, a memory and an output for outputting at least one value characteristic for a measured moisture and at least one carrier on which the energy source, the logic, the sensor, the memory and the output are arranged, characterized in that the moisture meter is encapsulated within an hermetic barrier and the sensor is a capacity moisture sensor.
Acoustic sensor for emitting and/or receiving acoustic signals, comprising: an electroacoustic transducer element which is designed to emit and/or to receive an acoustic signal, a supporting structure which has a plurality of channels and is arranged between the electroacoustic transducer element and an area surrounding the acoustic sensor, into which area the acoustic signal is emitted or from which area the acoustic signal is received, and at least one separating element which is permeable to the acoustic signal and closes the channels of the supporting structure, wherein the channels of the supporting structure each exhibit a change in cross section over a length of the channels, wherein the cross section of the channels increases in a funnel-shaped manner on a side of the supporting structure in the direction of the separating element, characterized in that the cross section of the channels likewise increases in a funnel-shaped manner on a side of the supporting structure facing away from the separating element. an electroacoustic transducer element which is designed to emit and/or to receive an acoustic signal, a supporting structure which has a plurality of channels and is arranged between the electroacoustic transducer element and an area surrounding the acoustic sensor, into which area the acoustic signal is emitted or from which area the acoustic signal is received, and at least one separating element which is permeable to the acoustic signal and closes the channels of the supporting structure, wherein the channels of the supporting structure each exhibit a change in cross section over a length of the channels, wherein the cross section of the channels increases in a funnel-shaped manner on a side of the supporting structure in the direction of the separating element, characterized in that the cross section of the channels likewise increases in a funnel-shaped manner on a side of the supporting structure facing away from the separating element.
Drilling apparatus arrangement with a drilling apparatus which has a crawler running gear, on which a drill mast with a drill drive is supported that is designed for driving a drill rod and supported in an axially movable manner along the drill mast, wherein the drill mast is adjustable via a multi-joint arm into a plurality of drilling positions in space, and with an operator's cab for at least one operating person for controlling the drilling apparatus, characterized in that the operator's cab is designed as a mobile operating unit that is arranged separately from the drilling apparatus on an independent running gear, in that the mobile operating unit is provided with a drive means that is designed for driving at least one working means, and in that the mobile operating unit is provided with a support arm and a gripping means as working means that is designed for handling drill rod elements.