mhurhangee/ep-ind-claims huggingface dataset:
An electric lawn mower comprising: a chassis comprising: a battery receptacle comprising a cavity (104, 104) for receiving a plurality of batteries (106, 106); and a DC circuit; and a motor attached to the chassis for operatively-connecting to a cutting blade, wherein the DC circuit is arranged to operatively-connect the cavity (104, 104) with the motor such that when the plurality of batteries (106, 106) are received within the cavity (104, 104) the plurality of batteries (106, 106) are operatively-connected to the DC circuit; and wherein the cavity (104, 104) is configured to slidingly receive, in a slanted and staggered manner, the plurality of batteries (106, 106). a chassis comprising: a battery receptacle comprising a cavity (104, 104) for receiving a plurality of batteries (106, 106); and a DC circuit; and a battery receptacle comprising a cavity (104, 104) for receiving a plurality of batteries (106, 106); and a DC circuit; and a motor attached to the chassis for operatively-connecting to a cutting blade, wherein the DC circuit is arranged to operatively-connect the cavity (104, 104) with the motor such that when the plurality of batteries (106, 106) are received within the cavity (104, 104) the plurality of batteries (106, 106) are operatively-connected to the DC circuit; and wherein the cavity (104, 104) is configured to slidingly receive, in a slanted and staggered manner, the plurality of batteries (106, 106).
Device for the tension-free storage of sheet-like material, comprising - a material inlet with a feed device continuously feeding the material, - a material outlet with an outfeed device continuously carrying out the material, and - an endlessly circulating conveying device for the material with at least two support members movable by the conveying device, the material being guided over the support members and forming a loop between adjacent support members, characterised in that the feeding device has at least one rotatably driven roller, a drum or a cylinder feeding the sheet-like material, and in that the material can be introduced by the feeding device in a freely suspended manner into an intermediate space between two supporting members, the supporting members are firmly connected to the conveying device and a controlled feed of the conveying device is provided, and the feed can be controlled on the basis of the length of the loop formed in the intermediate space between the support members, wherein at least one first sensor is provided for detecting a position of the support members relative to the feeding device and at least one second sensor is provided for detecting the loop length and engagement of the material by one of the support members is provided only after completion of loop formation. - a material inlet with a feed device continuously feeding the material, - a material outlet with an outfeed device continuously carrying out the material, and - an endlessly circulating conveying device for the material with at least two support members movable by the conveying device, the material being guided over the support members and forming a loop between adjacent support members,
An absorbent article with a health-benefit agent delivery system, the absorbent article comprising: an absorbent core; and a backsheet disposed on one side of the absorbent core; characterised in further comprising a health-benefit liner disposed on an opposite side of the absorbent core; wherein the health benefit liner is the health benefit agent delivery system, and is a laminate structure comprising: a first substrate and a second substrate, wherein the first and second substrates (302,304) are permeable to allow, gas, liquids and/or particles to pass through the first and second substrates (302,304); an adhesive attached to an inner surface of each one of the first and second substrates (302,304); wherein the health-benefit agent comprises particles that are disposed between the adhesive at both the first and second substrate (302,304); wherein a portion of the particles are not attached to the adhesive; and wherein the adhesive and particles together form a health-benefit layer. an absorbent core; and a backsheet disposed on one side of the absorbent core; characterised in further comprising a health-benefit liner disposed on an opposite side of the absorbent core; wherein the health benefit liner is the health benefit agent delivery system, and is a laminate structure comprising: a first substrate and a second substrate, wherein the first and second substrates (302,304) are permeable to allow, gas, liquids and/or particles to pass through the first and second substrates (302,304); an adhesive attached to an inner surface of each one of the first and second substrates (302,304); wherein the health-benefit agent comprises particles that are disposed between the adhesive at both the first and second substrate (302,304); wherein a portion of the particles are not attached to the adhesive; and wherein the adhesive and particles together form a health-benefit layer. a first substrate and a second substrate, wherein the first and second substrates (302,304) are permeable to allow, gas, liquids and/or particles to pass through the first and second substrates (302,304); an adhesive attached to an inner surface of each one of the first and second substrates (302,304); wherein the health-benefit agent comprises particles that are disposed between the adhesive at both the first and second substrate (302,304); wherein a portion of the particles are not attached to the adhesive; and wherein the adhesive and particles together form a health-benefit layer.
Steel piston for an internal combustion engine having a piston head and a protective layer applied to the piston head, wherein the protective coating comprises: a) a bonding coating of Cr or CrN, which is present on the surface of the piston head, and b) function coating, which is present on the bonding coating, wherein the function coating comprises one or several coatings of CrN and one or several CrON coatings in the form of [ /] a, where a = 1 to 100. a) a bonding coating of Cr or CrN, which is present on the surface of the piston head, and b) function coating, which is present on the bonding coating, wherein the function coating comprises one or several coatings of CrN and one or several CrON coatings in the form of [ /] a, where a = 1 to 100.
A method for operating a portable data carrier having an electronic circuit which is suitable for executing several applications simultaneously and in which several applications (4, 5) are implemented, wherein there is made available a time information item by a first application of the portable data carrier and the time information item is passed to at least one further application of the portable data carrier, wherein the time information item is ascertained by the first application on the basis of an initial value which is transmitted to the first application by an external source.
A tubing retention device usable with a peristaltic pump, the tubing retention device comprising: a movable tubing retainer having a tubing engaging portion capable of engaging with a first surface of a tube and a track receiving portion; a second tubing engaging portion capable of engaging with a second surface of the tube; a track portion for movably supporting the tubing retainer, wherein the track portion is located within a cavity, the track portion comprising a pair of opposing tracks configured to slidably engage opposite sides of the track receiving portion of the movable tubing retainer, and a cover plate configured to cover the movable tubing retainer and the track portion, wherein at least a portion of the cover plate facing the tubing retainer has a surface with a reduced friction coefficient; and a biasing member biasing the movable tubing retainer towards the second tubing engagement portion, wherein engagement of the tubing retainer and the second tubing engaging portion is capable of reducing longitudinal movement of the tube, and wherein at least one of the track receiving portion of the movable tubing retainer or the track portion have a surface with a friction reducing coating. a movable tubing retainer having a tubing engaging portion capable of engaging with a first surface of a tube and a track receiving portion; a second tubing engaging portion capable of engaging with a second surface of the tube; a track portion for movably supporting the tubing retainer, wherein the track portion is located within a cavity, the track portion comprising a pair of opposing tracks configured to slidably engage opposite sides of the track receiving portion of the movable tubing retainer, and a cover plate configured to cover the movable tubing retainer and the track portion, wherein at least a portion of the cover plate facing the tubing retainer has a surface with a reduced friction coefficient; and a biasing member biasing the movable tubing retainer towards the second tubing engagement portion,
A mobile terminal comprising: a terminal body; a microphone coupled to the terminal body and configured to receive an external input; a sensor configured to sense movement of the terminal body; and a controller configured to: activate the microphone in response to a specific movement of the terminal body sensed by the sensor; activate a memo mode when the external input received via the activated microphone comprises vibration of air having a preset pattern; characterized in that the controller is further configured to: determine the strength of the external input by analyzing a degree of the change in the vibration of air corresponding to the external input; and display on a touch screen a preset input screen (11a, 11b) having a size corresponding to the strength of the external input in response to the activation of the memo mode, wherein the size of the preset input screen (11a, 11b) is different based on the strength of the external input. a terminal body; a microphone coupled to the terminal body and configured to receive an external input; a sensor configured to sense movement of the terminal body; and a controller configured to: activate the microphone in response to a specific movement of the terminal body sensed by the sensor; activate a memo mode when the external input received via the activated microphone comprises vibration of air having a preset pattern; activate the microphone in response to a specific movement of the terminal body sensed by the sensor; activate a memo mode when the external input received via the activated microphone comprises vibration of air having a preset pattern; characterized in that the controller is further configured to: determine the strength of the external input by analyzing a degree of the change in the vibration of air corresponding to the external input; and display on a touch screen a preset input screen (11a, 11b) having a size corresponding to the strength of the external input in response to the activation of the memo mode, wherein the size of the preset input screen (11a, 11b) is different based on the strength of the external input. determine the strength of the external input by analyzing a degree of the change in the vibration of air corresponding to the external input; and display on a touch screen a preset input screen (11a, 11b) having a size corresponding to the strength of the external input in response to the activation of the memo mode, wherein the size of the preset input screen (11a, 11b) is different based on the strength of the external input.
A method for testing a performance of IT infrastructures by monitoring a measurement of the performance of IT infrastructures, said measurement being carried out, the method including the following steps: - iteratively reading and storing a number of measurement results relating to at least one request executed by said IT infrastructure during said measurement being carried out from a measurement result file, - determining whether a time characteristic of the response of the requests used in the load test have elapsed since the execution of the last request and, when this condition is fulfilled: - monitoring a condition of the calculation of a behavior tendency of said IT structure, said condition relating to the number of read and stored measurement results, - calculating a behavior tendency of said computer system, based on at least one measurement result from iterations preceding the fulfillment of said condition and on said reading and storage steps, and - generating an alert message according to said determined tendency. - iteratively reading and storing a number of measurement results relating to at least one request executed by said IT infrastructure during said measurement being carried out from a measurement result file, - determining whether a time characteristic of the response of the requests used in the load test have elapsed since the execution of the last request and, when this condition is fulfilled: - monitoring a condition of the calculation of a behavior tendency of said IT structure, said condition relating to the number of read and stored measurement results, - calculating a behavior tendency of said computer system, based on at least one measurement result from iterations preceding the fulfillment of said condition and on said reading and storage steps, and - generating an alert message according to said determined tendency.
Air elutriation device for an air conveying household appliance, wherein said device has a housing in which an air elutriation zone is formed and is delimited at least partially by at least one filter element, and at least one detection element, characterised in that the detection element is arranged at least partly in a storage space for the filter element, the detection element can be actuated via the filter element by a cover sheet which is mounted on at least part of the filter element and the filter element consists of a deformable filter material.
A multiple inducible gene expression modulation system for expression in a mammalian cell comprising at least two individually operable gene expression modulation systems, each individually operable gene expression modulation system comprising at least a first gene expression cassette, at least a second gene expression cassette and at least a third gene expression cassette, wherein the first gene expression cassette comprises a response element, a promoter operatively linked to a polynucleotide or gene of interest to be expressed, and the polynucleotide or the gene of interest to be expressed, the second gene expression cassette comprises a polynucleotide encoding a polypeptide comprising a DNA binding domain that binds the response element of the first gene expression cassette and a nuclear receptor ligand binding domain, and the third gene expression cassette comprises a polynucleotide encoding a polypeptide comprising a transactivation domain that trans activates the promoter of the first gene expression cassette and a nuclear receptor ligand binding domain, wherein each individually operable gene expression modulation system is orthogonal to the other individually operable gene expression modulation system.
A numerically controlled oscillator for combining frequencies depending upon input numerical data, said numerically controlled oscillator comprising: a combiner for combining a first and a second set of frequencies (500, 510) for said input numerical data, said first set of frequencies having frequencies being spaced apart by a first shift amount, and said second set of frequencies having frequencies being spaced apart by a second shift amount, wherein the numbers of frequencies (N DFT, N NCO) within said first and second sets are coprime with respect to each other; and output means for outputting an output oscillation frequency (N FREQ) based upon the combination of frequencies within said first and second sets. a combiner for combining a first and a second set of frequencies (500, 510) for said input numerical data, said first set of frequencies having frequencies being spaced apart by a first shift amount, and said second set of frequencies having frequencies being spaced apart by a second shift amount, wherein the numbers of frequencies (N DFT, N NCO) within said first and second sets are coprime with respect to each other; and output means for outputting an output oscillation frequency (N FREQ) based upon the combination of frequencies within said first and second sets.
A lamellae tissue layer comprising a grooved silk fibroin substrate comprising tissue-specific cells aligned thereon, wherein the thickness of the substrate ranges from 10 nm to 1 mm, the groove width is at least 125 nm, and the groove thickness depth is at least 100 nm, such that the grooves in the substrate induce cell and extracellular matrix alignment when said cells are cultured thereon; and wherein the tissue-specific cells are selected from the group consisting of stem cells, fibroblasts, endothelial cells, epithelial cells, and adipose cells, capable of generating extracellular matrix on the substrate, and combinations thereof.
A development unit mountable on a photosensitive member unit, the photosensitive member unit including a photosensitive member and configured to be attachable to and detachable from an image forming apparatus, the development unit comprising: a development roller; a developer accommodation portion; and a first pressed portion (716A1) and a second pressed portion (716B1) each configured to be pressed by a pressing portion of the photosensitive member unit when the development unit is mounted on the photosensitive member unit, the developer accommodation portion being disposed between the development roller and the first and the second pressed portions (716A1, 716B1); wherein the first pressed portion (716A1) and the second pressed portion (716B1) are disposed at different positions in an axial direction of the development roller, and wherein the development roller is configured to be pressed toward the photosensitive member, and characterized in that a distance from a contact portion of the development roller that contacts the photosensitive member to the first pressed portion (716A1) is longer than a distance from the contact portion to the second pressed portion (716B1) in a direction orthogonal to a pressing direction in which the first pressed portion (716A1) and the second pressed portion (716B1) are pressed by the pressing portion and to the axial direction of the development roller, and wherein a distance from the contact portion to the first pressed portion (716A1) is longer than a distance from the contact portion to the second pressed portion (716B1) in the pressing direction. a development roller; a developer accommodation portion; and a first pressed portion (716A1) and a second pressed portion (716B1) each configured to be pressed by a pressing portion of the photosensitive member unit when the development unit is mounted on the photosensitive member unit, the developer accommodation portion being disposed between the development roller and the first and the second pressed portions (716A1, 716B1); wherein the first pressed portion (716A1) and the second pressed portion (716B1) are disposed at different positions in an axial direction of the development roller, and wherein the development roller is configured to be pressed toward the photosensitive member, and characterized in that a distance from a contact portion of the development roller that contacts the photosensitive member to the first pressed portion (716A1) is longer than a distance from the contact portion to the second pressed portion (716B1) in a direction orthogonal to a pressing direction in which the first pressed portion (716A1) and the second pressed portion (716B1) are pressed by the pressing portion and to the axial direction of the development roller, and wherein a distance from the contact portion to the first pressed portion (716A1) is longer than a distance from the contact portion to the second pressed portion (716B1) in the pressing direction.
A parallax image generation system comprising: an acquisition unit configured to acquire a captured image obtained by light reflected from an object illuminated by uniform brightness light, wherein the captured image is a luminance image of the object including object information; a selection unit configured to select a pattern corresponding to the captured image of the object acquired by the acquisition unit from among multiple predetermined patterns based on a calculated evaluation value of the captured image; a pattern emission unit configured to illuminate the object with the pattern selected by the selection unit; two or more image capturing units configured to capture two or more images of the object to which the pattern is emitted; and a generation unit configured to generate a parallax image from the two or more images captured by the two or more image capturing units; wherein the selection unit is arranged to calculate the evaluation value from the luminance image of the object, the evaluation value reflecting the light transmittance of the object. an acquisition unit configured to acquire a captured image obtained by light reflected from an object illuminated by uniform brightness light, wherein the captured image is a luminance image of the object including object information; a selection unit configured to select a pattern corresponding to the captured image of the object acquired by the acquisition unit from among multiple predetermined patterns based on a calculated evaluation value of the captured image; a pattern emission unit configured to illuminate the object with the pattern selected by the selection unit; two or more image capturing units configured to capture two or more images of the object to which the pattern is emitted; and a generation unit configured to generate a parallax image from the two or more images captured by the two or more image capturing units; wherein the selection unit is arranged to calculate the evaluation value from the luminance image of the object, the evaluation value reflecting the light transmittance of the object.