mhurhangee/patent-ind-claim-en huggingface dataset:
A liquid ejecting device comprising: a transporting belt having a support surface configured to support a medium (M), the transporting belt being configured to transport the medium in a first direction (X); an ejecting unit configured to eject a liquid onto a first surface (S1) of the medium transported by the transporting belt; a regulating unit configured to come into contact with the first surface of the medium to which the liquid is ejected by the ejecting unit, and configured to regulate upward movement of the medium; and a cleaning unit configured to clean the regulating unit, wherein the regulating unit has an outer circumferential surface configured to come into contact with the first surface (S1), the regulating unit being a rotating body driven in accordance with movement of the medium, and the cleaning unit includes a cleaning member configured to come into contact with the outer circumferential surface of the regulating unit to clean the outer circumferential surface, the liquid ejecting device further comprising a driving unit configured to rotationally drive the cleaning member , and a control unit configured to control the driving unit, wherein the cleaning member rotationally driven by the driving unit comes into contact with the outer circumferential surface to clean the outer circumferential surface, and characterized in that the control unit adjusts the number of rotations of the cleaning member based on an ejection amount of the liquid ejected from the ejecting unit . a transporting belt having a support surface configured to support a medium (M), the transporting belt being configured to transport the medium in a first direction (X); an ejecting unit configured to eject a liquid onto a first surface (S1) of the medium transported by the transporting belt; a regulating unit configured to come into contact with the first surface of the medium to which the liquid is ejected by the ejecting unit, and configured to regulate upward movement of the medium; and a cleaning unit configured to clean the regulating unit, wherein the regulating unit has an outer circumferential surface configured to come into contact with the first surface (S1), the regulating unit being a rotating body driven in accordance with movement of the medium, and the cleaning unit includes a cleaning member configured to come into contact with the outer circumferential surface of the regulating unit to clean the outer circumferential surface, the liquid ejecting device further comprising a driving unit configured to rotationally drive the cleaning member , and a control unit configured to control the driving unit, wherein the cleaning member rotationally driven by the driving unit comes into contact with the outer circumferential surface to clean the outer circumferential surface, and characterized in that the control unit adjusts the number of rotations of the cleaning member based on an ejection amount of the liquid ejected from the ejecting unit .
An information processing device , comprising a data converting unit configured to execute format conversion from an MPEG-2TS format to an MP4 format, wherein the data converting unit includes a data analysis unit configured to sort out TS packets storing video data from MPEG-2TS format data, and a video data converting unit configured to execute processing of selecting a TS packet having a start code (SC) at a top region of a payload on the basis of header information of the TS packets sorted out in the data analysis unit, extracting configuration data other than the start code (SC), and setting the configuration data as configuration data of MP4 format data; wherein the video data converting unit is configured to determine, on the basis of a value of a transport priority set in a header of the TS packet, whether or not the TS packet is a TS packet in which a start code (SC) is set in a top region of a payload; wherein in a case of a TS packet in which a start code (SC) is set in a top region of a payload, the video data converting unit extracts configuration data subsequent to the start code (SC), in a case of a TS packet in which a start code (SC) is not set in a top region of a payload, the video data converting unit extracts configuration data from the top region of the payload, and the video data converting unit is configured to set the extracted configuration data as the configuration data of the MP4 format data; wherein the video data converting unit is configured to execute processing of extracting a NAL unit that is the payload configuration data other than the start code (SC) in the payload of the TS packet and setting the NAL unit as the configuration data of the MP4 format data; and wherein the video data converting unit is configured to extract a NAL unit that is the configuration data other than the start code (SC) in the payload of the TS packet and stores the extracted NAL unit at a position subsequent to a length information setting section of the MP4 format data. in a case of a TS packet in which a start code (SC) is set in a top region of a payload, the video data converting unit extracts configuration data subsequent to the start code (SC), in a case of a TS packet in which a start code (SC) is not set in a top region of a payload, the video data converting unit extracts configuration data from the top region of the payload, and the video data converting unit is configured to set the extracted configuration data as the configuration data of the MP4 format data;
A lawnmower cutting deck , wherein the cutting deck is configured to be moved in a forward direction (d1) over a ground surface to cut grass, the cutting deck comprising: - at least a first cutter shaft (7.1), and - at least one cutting unit arranged on the first cutter shaft (7.1), wherein the first cutter shaft (7.1) is configured to rotate around a first rotational axis (ax1) extending substantially parallel to the ground surface to rotate the at least one cutting unit in a first rotational plane (p1), and wherein the first rotational plane (p1) is angled in relation to the forward direction (d1) at a first angle (a1) within the range of 5 degrees to 85 degrees, or within the range of 10 degrees to 60 degrees, wherein the cutting deck comprises a second cutter shaft (7.2) and at least one cutting unit arranged on the second cutter shaft (7.2), wherein the second cutter shaft (7.2) is configured to rotate around a second rotational axis (ax2) extending substantially parallel to the ground surface to rotate the at least one cutting unit in a second rotational plane (p2), wherein the second rotational plane (p2) is angled in relation to the forward direction (d1) at a second angle (a2) within the range of 5 degrees to 85 degrees, or within the range of 10 degrees to 60 degrees, and wherein the second angle (a2) is different from the first angle (a1), characterized in that the second cutter shaft (7.2) is arranged behind the first cutter shaft (7.1) seen in the forward direction (d1). - at least a first cutter shaft (7.1), and - at least one cutting unit arranged on the first cutter shaft (7.1), wherein the first cutter shaft (7.1) is configured to rotate around a first rotational axis (ax1) extending substantially parallel to the ground surface to rotate the at least one cutting unit in a first rotational plane (p1), and wherein the first rotational plane (p1) is angled in relation to the forward direction (d1) at a first angle (a1) within the range of 5 degrees to 85 degrees, or within the range of 10 degrees to 60 degrees, wherein the cutting deck comprises a second cutter shaft (7.2) and at least one cutting unit arranged on the second cutter shaft (7.2), wherein the second cutter shaft (7.2) is configured to rotate around a second rotational axis (ax2) extending substantially parallel to the ground surface to rotate the at least one cutting unit in a second rotational plane (p2), wherein the second rotational plane (p2) is angled in relation to the forward direction (d1) at a second angle (a2) within the range of 5 degrees to 85 degrees, or within the range of 10 degrees to 60 degrees, and wherein the second angle (a2) is different from the first angle (a1), characterized in that the second cutter shaft (7.2) is arranged behind the first cutter shaft (7.1) seen in the forward direction (d1).
A method performed by a terminal in a wireless communication system, the method being characterized in : identifying a first channel state information, CSI, part and a second CSI part, wherein: the first CSI part comprises a rank indicator, RI, and a first channel quality information, CQI, associated with a first codeword, the second CSI part comprises a precoding matrix indicator, PMI, and a second CQI associated with a second codeword in case that the RI is larger than 4, and the second CSI part comprises the PMI without the second CQI associated with the second codeword in case that the RI is equal to or less than 4; performing encoding of the first CSI part and encoding of the second CSI part separately; performing a multiplexing of the encoded first CSI part and the encoded second CSI part, and performing a modulation of the multiplexed first CSI part and the second CSI part; and transmitting, to a base station, a CSI report including the first CSI part and the second CSI part, wherein a payload size of the second CSI part is identified based on a value of the RI included in the first CSI part. identifying a first channel state information, CSI, part and a second CSI part, wherein: the first CSI part comprises a rank indicator, RI, and a first channel quality information, CQI, associated with a first codeword, the second CSI part comprises a precoding matrix indicator, PMI, and a second CQI associated with a second codeword in case that the RI is larger than 4, and the second CSI part comprises the PMI without the second CQI associated with the second codeword in case that the RI is equal to or less than 4; the first CSI part comprises a rank indicator, RI, and a first channel quality information, CQI, associated with a first codeword, the second CSI part comprises a precoding matrix indicator, PMI, and a second CQI associated with a second codeword in case that the RI is larger than 4, and the second CSI part comprises the PMI without the second CQI associated with the second codeword in case that the RI is equal to or less than 4; performing encoding of the first CSI part and encoding of the second CSI part separately; performing a multiplexing of the encoded first CSI part and the encoded second CSI part, and performing a modulation of the multiplexed first CSI part and the second CSI part; and transmitting, to a base station, a CSI report including the first CSI part and the second CSI part, wherein a payload size of the second CSI part is identified based on a value of the RI included in the first CSI part.
A housing assembly for a cooker hood, the housing assembly comprising: a housing and a fume inlet portion , wherein the fume inlet portion comprises an air inlet and a guiding plate ; the fume inlet portion is adapted to be switched between a first position (P1) and a second position (P2); the fume inlet portion at least partially extends out of the housing when the fume inlet portion is switched from the first position (P1) to the second position (P2); wherein when being switched from the first position (P1) to the second position (P2), the fume inlet portion rotates around a rotating shaft at the bottom of the fume inlet portion ; characterized in that the guiding plate is adapted to be switched between a third position (P3) and a fourth position (P4); the guiding plate seals the air inlet when the guiding plate is located at the third position (P3); and when the guiding plate is located at the fourth position (P4), the air inlet is open, and the guiding plate is adapted to guide an airflow to flow into the air inlet wherein when being switched from the third position (P3) to the fourth position (P4), the guiding plate rotates around a rotating shaft at the top of the guiding plate . a housing and a fume inlet portion , wherein the fume inlet portion comprises an air inlet and a guiding plate ; the fume inlet portion is adapted to be switched between a first position (P1) and a second position (P2); the fume inlet portion at least partially extends out of the housing when the fume inlet portion is switched from the first position (P1) to the second position (P2); wherein when being switched from the first position (P1) to the second position (P2), the fume inlet portion rotates around a rotating shaft at the bottom of the fume inlet portion ; characterized in that the guiding plate is adapted to be switched between a third position (P3) and a fourth position (P4); the guiding plate seals the air inlet when the guiding plate is located at the third position (P3); and when the guiding plate is located at the fourth position (P4), the air inlet is open, and the guiding plate is adapted to guide an airflow to flow into the air inlet wherein when being switched from the third position (P3) to the fourth position (P4), the guiding plate rotates around a rotating shaft at the top of the guiding plate .
An isoxazoline parasiticide ophthalmic composition for use in treating an ocular Demodex infestation in a human patient, wherein the isoxazoline parasiticide ophthalmic composition is in eye drop form, wherein the isoxazoline parasiticide ophthalmic composition comprises a pharmaceutically acceptable vehicle, and wherein the ophthalmic composition is to be topically delivered to one or more of the eye, eyelids, or eyelashes of the patient. wherein the isoxazoline parasiticide ophthalmic composition is in eye drop form, wherein the isoxazoline parasiticide ophthalmic composition comprises a pharmaceutically acceptable vehicle, and wherein the ophthalmic composition is to be topically delivered to one or more of the eye, eyelids, or eyelashes of the patient.
A method for the producing thermoplastic starch, in which a mixture comprising starch and a polyol, preferably selected from the group comprising polyethylene glycol, monosaccharides, sugar alcohols such as glycerol, sorbitol, erythritol, xylitol or mannitol and mixtures thereof, in a quantity of between 10 and 25 wt.% of the mixture, and an epoxide selected from the group comprising epoxidised plant oils such as soybean oil, linseed oil, sunflower oil, rapeseed oil and mixtures thereof, in a quantity of between 0.1 and 6, preferably between 1 and 4.5, particularly preferably between 2.5 and 3.5 wt.% of the mixture, is extruded, characterised in that the mixture further contains an acid, preferably a carboxylic acid selected from the group consisting of citric acid, malic acid or tartaric acid, in a quantity of between 0.1 and 1, preferably between 0.1 and 0.5 wt.% of the mixture.
Parcel bag for parcels, comprising an enclosure having a lower part and an upper part , the lower part defining a storage volume for the parcels, wherein the lower part is formed by a flat bottom plate and a number of plate-shaped side walls , each one of the side walls being connected by a hinged bottom connection to an edge of the bottom plate , wherein each of the hinged bottom connections consists of strip-shaped material which extends along the corresponding edge of the bottom plate and is connected to the bottom plate and the side wall characterized in that the material is a foil or textile and a flexible side connection of foil or textile is located between each pair of side walls , each of which forming a connection that is a transverse to the hinged connection . wherein the lower part is formed by a flat bottom plate and a number of plate-shaped side walls , each one of the side walls being connected by a hinged bottom connection to an edge of the bottom plate , wherein each of the hinged bottom connections consists of strip-shaped material which extends along the corresponding edge of the bottom plate and is connected to the bottom plate and the side wall characterized in that the material is a foil or textile and a flexible side connection of foil or textile is located between each pair of side walls , each of which forming a connection that is a transverse to the hinged connection .
A method for producing hydrocarbons from a renewable oil feedstock, comprising the steps of - subjecting the feedstock to a pretreatment process, comprising a filtration step, - subjecting said pretreated feedstock to a hydrotreatment process, - obtaining hydrocarbons from said hydrotreatment process, wherein said feedstock comprises free fatty acids from 50 wt-% to 80 %-wt. of the total feedstock weight, and the rest being predominantly triglycerides. - subjecting the feedstock to a pretreatment process, comprising a filtration step, - subjecting said pretreated feedstock to a hydrotreatment process, - obtaining hydrocarbons from said hydrotreatment process,
A tire comprising a tread portion , wherein the tread portion includes a plurality of main grooves that extend continuously in a tire circumferential direction between a first tread end (Te1) and a second tread end (Te2), and a plurality of land portions that are defined by the main grooves , the main grooves include a first shoulder main groove disposed between the first tread end (Te1) and a tire equator (C), a second shoulder main groove disposed between the second tread end (Te2) and the tire equator (C), and one or two crown main grooves disposed between the first shoulder main groove and the second shoulder main groove , the land portions include a first middle land portion defined between the first shoulder main groove and the crown main groove and a second middle land portion defined between the second shoulder main groove and the crown main groove , and on a meridian cross-section that includes a tire rotation axis in a normal state in which the tire is mounted on a normal rim at a normal internal pressure and no load is applied to the tire , a depth (d2) of the crown main groove is greater than each of a depth (d3) of the first shoulder main groove and a depth (d4) of the second shoulder main groove , and a tread surface of the first middle land portion and a tread surface of the second middle land portion each have a profile that is curved so as to project outward in a tire radial direction from an imaginary straight line that connects between both ends, in the tire axial direction, of the respective tread surface , characterized in that in each of the first middle land portion and the second middle land portion , a maximum projection of the tread surface from an imaginary straight line that connects between both ends, in a tire axial direction, of the tread surface is 0.10 to 0.25 mm, and the maximum projection is less than each of the difference in depth between the crown main groove and the first shoulder main groove and the difference in depth between the crown main groove and the second shoulder main groove . a depth (d2) of the crown main groove is greater than each of a depth (d3) of the first shoulder main groove and a depth (d4) of the second shoulder main groove , and a tread surface of the first middle land portion and a tread surface of the second middle land portion each have a profile that is curved so as to project outward in a tire radial direction from an imaginary straight line that connects between both ends, in the tire axial direction, of the respective tread surface ,
A multilayer triaxial armature for making composite material having three yarn orientations, one main axial and two others bias, making any angle, by example +60° et -60°, with that main axial direction characterized by the separation of the layers of axial yarns by layers of bias yarns and by the alternate presence in each layer of axial yarns of straight axial yarns and of linking yarns that link the bias yarns (2 or 3) of the layer under each axial layer with the bias yarns (3 or 2) of the layer above this axial yarn layer, tying those straight axial yarns in-between these two layers of bias yarns and therefore making all the yarn layers of that armature linked together.
Method for identifying at least one person aboard a motor vehicle by voice analysis, the vehicle being equipped with means for acquiring sound signals from the passenger compartment of the vehicle, with means for processing these sound signals and with a memory coupled to the processing means and configured to store voice profiles, each voice profile comprising a set of voice characteristics that is specific to a previously identified person, the method comprising an identification phase comprising the following steps: - a step of acquiring and digitizing a voice signal of a user (Ea) by way of the acquisition means in order to obtain a digitized signal, - a step of processing the digitized signal (Eb) by way of the processing means in order to obtain voice characteristics of the digitized signal, - a step of comparing the voice characteristics (Ec) of the digitized signal with a voice profile selected from the memory, - a step of establishing a match rate (Ed) according to said comparison between the voice characteristics of the digitized signal and the selected voice profile, - a step of comparing the match rate (Ee) with a predefined threshold, - a step of identification (Ef) according to which, if the match rate is above or equal to the predefined threshold, the user is identified as being the person corresponding to the selected voice profile, the method being characterized in that the voice profile selected in the step of comparing the voice characteristics (Ec) is a contextual voice profile comprising the voice characteristics of a sound signal comprising a reference voice signal transmitted by a previously identified person and noise present in the vehicle within a use context of the predetermined vehicle. - a step of acquiring and digitizing a voice signal of a user (Ea) by way of the acquisition means in order to obtain a digitized signal, - a step of processing the digitized signal (Eb) by way of the processing means in order to obtain voice characteristics of the digitized signal, - a step of comparing the voice characteristics (Ec) of the digitized signal with a voice profile selected from the memory, - a step of establishing a match rate (Ed) according to said comparison between the voice characteristics of the digitized signal and the selected voice profile, - a step of comparing the match rate (Ee) with a predefined threshold, - a step of identification (Ef) according to which, if the match rate is above or equal to the predefined threshold, the user is identified as being the person corresponding to the selected voice profile,
An acrylic fiber for artificial hair comprising an acrylic polymer, wherein the acrylic polymer comprises 29.5 to 79.5% by mass of acrylonitrile, 20 to 70% by mass of vinyl chloride and/or vinylidene chloride, and 0.5 to 5% by mass of a sulfonic acid group-containing vinyl monomer, wherein the acrylic fiber for artificial hair comprises 0.3 to 2% by mass of a good solvent for the acrylic polymer and 0.1 to 5% by mass of an epoxy group-containing compound, wherein the content of good solvent and of epoxy-group containing compound is measured as indicated in the description, and wherein the good solvent for the acrylic polymer is at least one selected from the group consisting of dimethyl sulfoxide, N,N-dimethylformamide, dimethylacetamide, dimethyl sulfone, ε-caprolactam, ethylene carbonate, and sulfolane.