mhurhangee/patent-ind-claim-en huggingface dataset:
A cutting unit for a hair cutting device , comprising: a blade carrier carrying a cutting blade ; a guard comprising: a blade-facing surface engaging the cutting blade at a cut location; a planar guard contact surface for contacting skin of a user; a plurality of hair-receiving slots extending between the guard contact surface and the blade-facing surface; wherein the guard contact surface is angled with respect to the blade-facing surface; and a guard extender separate from the guard , wherein the guard extender comprises a planar extension contact surface configured to cooperate with the guard contact surface to provide an extended contact zone across the guard and the guard extender for contacting skin of a user, wherein the blade-facing surface and the guard contact surface converge towards a tip of the guard, wherein a cutting direction (X) extends along the guard contact surface towards the tip, and wherein the guard extender is configured so that the extension contact surface is rearward of the guard contact surface with respect to the cutting direction (X), and characterized in that the extension contact surface has a transverse extent along an axis perpendicular to the cutting direction, and wherein there is a gap along the cutting direction (X) between the guard contact surface and at least a transverse portion of the extension contact surface. a blade carrier carrying a cutting blade ; a guard comprising: a blade-facing surface engaging the cutting blade at a cut location; a planar guard contact surface for contacting skin of a user; a plurality of hair-receiving slots extending between the guard contact surface and the blade-facing surface; wherein the guard contact surface is angled with respect to the blade-facing surface; and a blade-facing surface engaging the cutting blade at a cut location; a planar guard contact surface for contacting skin of a user; a plurality of hair-receiving slots extending between the guard contact surface and the blade-facing surface; wherein the guard contact surface is angled with respect to the blade-facing surface; and a guard extender separate from the guard , wherein the guard extender comprises a planar extension contact surface configured to cooperate with the guard contact surface to provide an extended contact zone across the guard and the guard extender for contacting skin of a user, wherein the blade-facing surface and the guard contact surface converge towards a tip of the guard, wherein a cutting direction (X) extends along the guard contact surface towards the tip, and wherein the guard extender is configured so that the extension contact surface is rearward of the guard contact surface with respect to the cutting direction (X), and characterized in that the extension contact surface has a transverse extent along an axis perpendicular to the cutting direction, and wherein there is a gap along the cutting direction (X) between the guard contact surface and at least a transverse portion of the extension contact surface.
A shroud retention system for a work tool , comprising: an adapter attached to the work tool ; a shroud including a channel configured to slidably engage with the adapter , the channel including a retainer slot (198 or 200); a spring assembly disposed in the channel , the spring assembly being connectable to the adapter , the spring assembly including: a slide compressor configured to slidably move in the channel relative to the adapter; and a resilient member disposed between the adapter and the slide compressor , the resilient member being configured to be compressed by the slide compressor ; and a retainer plate disposed in the retainer slot , characterised in that the slide compressor includes a compressor mating feature (136 or 138) and the retainer plate includes a retainer mating feature (180, 182, 184, or 186) configured to matingly engage with the compressor mating feature such that the retainer plate and the slide compressor are engaged in a locked position. an adapter attached to the work tool ; a shroud including a channel configured to slidably engage with the adapter , the channel including a retainer slot (198 or 200); a spring assembly disposed in the channel , the spring assembly being connectable to the adapter , the spring assembly including: a slide compressor configured to slidably move in the channel relative to the adapter; and a resilient member disposed between the adapter and the slide compressor , the resilient member being configured to be compressed by the slide compressor ; and a retainer plate disposed in the retainer slot , characterised in that the slide compressor includes a compressor mating feature (136 or 138) and the retainer plate includes a retainer mating feature (180, 182, 184, or 186) configured to matingly engage with the compressor mating feature such that the retainer plate and the slide compressor are engaged in a locked position. a slide compressor configured to slidably move in the channel relative to the adapter; and a resilient member disposed between the adapter and the slide compressor , the resilient member being configured to be compressed by the slide compressor ; and a retainer plate disposed in the retainer slot , characterised in that the slide compressor includes a compressor mating feature (136 or 138) and the retainer plate includes a retainer mating feature (180, 182, 184, or 186) configured to matingly engage with the compressor mating feature such that the retainer plate and the slide compressor are engaged in a locked position.
A control system of a vehicle comprising: a driver monitor camera capturing an face of a driver of a vehicle to generate a facial image of the driver, a driver condition detection part configured to detect a condition of the driver based on the facial image, a steering system operating wheels and a steering wheel of the vehicle , characterized by a steering control part configured to set a target turning angle of the wheels and a target steering angle of the steering wheel to control the steering system , wherein the steering wheel is positioned between the driver monitor camera and the driver such that it can, at times, hide an eye or the eyes of the driver, from the driver monitor camera , and the steering control part is configured to make an upper limit value of the target steering angle a value up to a maximum angle when one eye of the driver is not hidden by the steering wheel in the facial image generated when the driver is facing the front. a driver monitor camera capturing an face of a driver of a vehicle to generate a facial image of the driver, a driver condition detection part configured to detect a condition of the driver based on the facial image, a steering system operating wheels and a steering wheel of the vehicle , characterized by a steering control part configured to set a target turning angle of the wheels and a target steering angle of the steering wheel to control the steering system , wherein the steering wheel is positioned between the driver monitor camera and the driver such that it can, at times, hide an eye or the eyes of the driver, from the driver monitor camera , and the steering control part is configured to make an upper limit value of the target steering angle a value up to a maximum angle when one eye of the driver is not hidden by the steering wheel in the facial image generated when the driver is facing the front.
Thermostatically controlled fluid dispensing device comprising a mixer body with a thermostatic cartridge , a flow cartridge , which is directly mounted on the domestic hot and cold water supply lines respectively, and a mixed water dispensing outlet , the flow cartridge being arranged upstream of the thermostatic cartridge in relation to said water dispensing outlet , the thermostatic cartridge and the flow cartridge being able to be substituted, independently of one another, in the same axis, in respective opposite directions, characterised in that the flow cartridge is received in a flow chamber equipped with two outlets for supplying domestic hot and cold water, which are directly connected by separate pipes at respective diametrically opposite sides of the thermostatic cartridge.
A method for preparing a positive electrode active material comprising: (a) preparing a coating composition including a precursor of a metal-phosphorous-oxynitride; (b) forming a precursor layer on a positive electrode active material with the coating composition of (a) using a solution process; and (c) forming a metal-phosphorous-oxynitride protective layer on the positive electrode active material by heat treating the positive electrode active material having the precursor layer formed thereon, the heat treatment being carried out in a temperature range of 150°C or higher and lower than 500°C; wherein the precursor of a metal-phosphorous-oxynitride is prepared by a reaction of a compound comprising a phosphorous-nitrogen bond with a metal salt compound, the compound comprising a phosphorous-nitrogen bond comprising at least one selected from the compounds represented by the following Chemical Formulae 1 to 3: wherein each X 1 is the same or different from each other and each independently is OR 1 , F, Cl, Br or I, wherein R 1 is an alkyl group having 1 to 5 carbon atoms; wherein R 2 and R 3 are the same or different from each other and each independently is an alkyl group having 1 to 10 carbon atoms or an aryl group having 6 to 20 carbon atoms; wherein each X 2 is the same or different from each other and each independently is R 4 , OR 5 , NR 6 R 7 , F, Cl, Br or I, wherein R 4 to R 7 are the same or different from each other and each independently is an alkyl group having 1 to 10 carbon atoms or an aryl group having 6 to 20 carbon atoms; and n is an integer of 100 to 100,000. (a) preparing a coating composition including a precursor of a metal-phosphorous-oxynitride; (b) forming a precursor layer on a positive electrode active material with the coating composition of (a) using a solution process; and (c) forming a metal-phosphorous-oxynitride protective layer on the positive electrode active material by heat treating the positive electrode active material having the precursor layer formed thereon, the heat treatment being carried out in a temperature range of 150°C or higher and lower than 500°C;
A recombinant yeast cell comprising: (a) one or more mutations in an endogenous YFH1 gene that results in a polypeptide comprising a T163P substitution, wherein the position of the substitution is relative to the amino acid positions of SEQ ID NO:31; and (b) at least one heterologous gene encoding a polypeptide having xylose isomerase activity; characterized in that the recombinant yeast cell has an increased ability to utilize xylose as compared to a similar yeast cell lacking the one or more mutations in an endogenous gene encoding a protein associated with iron metabolism, wherein the endogenous gene encoding a protein associated with iron metabolism is YFH1. (a) one or more mutations in an endogenous YFH1 gene that results in a polypeptide comprising a T163P substitution, wherein the position of the substitution is relative to the amino acid positions of SEQ ID NO:31; and (b) at least one heterologous gene encoding a polypeptide having xylose isomerase activity; characterized in that the recombinant yeast cell has an increased ability to utilize xylose as compared to a similar yeast cell lacking the one or more mutations in an endogenous gene encoding a protein associated with iron metabolism, wherein the endogenous gene encoding a protein associated with iron metabolism is YFH1.
A head-up display device for projecting an image on a curved image surface, the device comprising: - a waveguide capable of guiding light carrying the image to be displayed, and - an optical correction element , wherein the waveguide is configured to couple light propagating therein towards the optical correction element , and the optical correction element is configured to perform an optical function for said light that corrects image distortions caused by the curved image surface and to further direct said light towards said curved image surface through said waveguide, and characterized in that the device further comprising a quarter-wave plate capable of altering the polarization of light and being arranged between the waveguide and the optical correction element so that said light passes twice through the quarter-wave plate. - a waveguide capable of guiding light carrying the image to be displayed, and - an optical correction element , wherein the waveguide is configured to couple light propagating therein towards the optical correction element , and the optical correction element is configured to perform an optical function for said light that corrects image distortions caused by the curved image surface and to further direct said light towards said curved image surface through said waveguide, and characterized in that the device further comprising a quarter-wave plate capable of altering the polarization of light and being arranged between the waveguide and the optical correction element so that said light passes twice through the quarter-wave plate.
A suspension smelting furnace comprising a reaction shaft , an uptake shaft , and a lower furnace , as well as a concentrate burner for feeding of reaction gas and fine solids into the reaction shaft of the suspension smelting furnace, the concentrate burner comprising a fine solids discharge channel that is radially limited by the wall of the fine solids discharge channel ; a fine solids dispersion device in the fine solids discharge channel ; an annular reaction gas channel that surrounds the fine solids discharge channel and that is radially limited by the wall of the annular reaction gas channel ; and a cooling block that surrounds the annular reaction gas channel , characterized in that the cooling block is a component that is manufactured using a continuous casting method; and the cooling block is attached to the arch of the reaction shaft and to the wall of the annular reaction gas channel , so that the discharge orifice of the annular reaction gas channel is radially outwardly limited by a structure , which is jointly formed by the cooling block and the wall of the annular reaction gas channel , and so that the discharge orifice of the annular reaction gas channel is radially inwardly limited by the wall of the fine solids discharge channel .
An inspection device for use in a fluid container, comprising: at least one thrust device ; at least one ballast device ; and; a cage which carries said at least one thrust device and said at least one ballast device , said cage comprising a plurality of bars , including at least one bar oriented in a first orientation and at least one bar oriented in a second orientation, each said bar providing an opening wherein said openings form a cage cavity to carry said at least one thrust device and said at least one ballast device , each said bar being arcuately formed around said opening , characterized in that the plurality of bars forms a grid ,wherein each said bar is a slat that has a leading edge opposite a trailing edge , wherein said leading edge and said trailing edge are connected by opposed surfaces which are oriented in a same direction as a thrust vector generated by said at least one thrust device . at least one thrust device ; at least one ballast device ; and; a cage which carries said at least one thrust device and said at least one ballast device , said cage comprising a plurality of bars , including at least one bar oriented in a first orientation and at least one bar oriented in a second orientation, each said bar providing an opening wherein said openings form a cage cavity to carry said at least one thrust device and said at least one ballast device , each said bar being arcuately formed around said opening , characterized in that the plurality of bars forms a grid ,wherein each said bar is a slat that has a leading edge opposite a trailing edge , wherein said leading edge and said trailing edge are connected by opposed surfaces which are oriented in a same direction as a thrust vector generated by said at least one thrust device .
A tethered-wing traction system having: - a traction wing designed to generate a traction force under the effect of the wind, this traction wing having a leading edge and a trailing edge ; - a base platform to which the traction wing is connected via a traction line , the traction wing being designed to be deployed and folded in relation to this base platform ; - a mooring mast for the traction wing , disposed on the base platform ; - multiple folding lines this tethered-wing traction system comprises: - a folding carriage designed to slide along the mooring mast ; - a capturing device which is attached to the leading edge of the traction wing and has a fastening arm provided with a fastening rod , one of the folding lines projecting in the continuation of the fastening rod ; the folding carriage having a capturing hook which is movable between a retracted position and a capturing position, in which the capturing hook surrounds the fastening rod characterized in that the folding lines each having an end fixed to the leading edge of the traction wing, the ends being spaced apart from one another along this leading edge. - a traction wing designed to generate a traction force under the effect of the wind, this traction wing having a leading edge and a trailing edge ; - a base platform to which the traction wing is connected via a traction line , the traction wing being designed to be deployed and folded in relation to this base platform ; - a mooring mast for the traction wing , disposed on the base platform ; - multiple folding lines this tethered-wing traction system comprises: - a folding carriage designed to slide along the mooring mast ; - a capturing device which is attached to the leading edge of the traction wing and has a fastening arm provided with a fastening rod , one of the folding lines projecting in the continuation of the fastening rod ; the folding carriage having a capturing hook which is movable between a retracted position and a capturing position, in which the capturing hook surrounds the fastening rod characterized in that the folding lines each having an end fixed to the leading edge of the traction wing, the ends being spaced apart from one another along this leading edge. - a folding carriage designed to slide along the mooring mast ; - a capturing device which is attached to the leading edge of the traction wing and has a fastening arm provided with a fastening rod , one of the folding lines projecting in the continuation of the fastening rod ; the folding carriage having a capturing hook which is movable between a retracted position and a capturing position, in which the capturing hook surrounds the fastening rod characterized in that the folding lines each having an end fixed to the leading edge of the traction wing, the ends being spaced apart from one another along this leading edge.
Method of producing a compressed tablet with a liquid or semi-liquid centre in a rotary tablet press, the method comprising the steps of i) adding a first powdered portion of tablet base material into a punch die of a rotary tablet press, ii) pressing said first tablet base material by means of an upper and a lower punch to obtain a first pressed material, iii) inserting an object at the upper face of the first pressed material and fixing the object in a central cavity of the first pressed material, iv) adding a second powdered portion of tablet base material into the punch die of the rotary tablet press, and v) pressing said first and second tablet base material around the object to enclose the object from the surface of the tablet, wherein the object is based on a material different from the first and/or the second powdered portion of tablet base material, wherein the object comprises a liquid and/or a semi-liquid and a membrane as a barrier, wherein the weight ratio between the powdered tablet base material in the tablet and the object is 20:1 to 3:1, and wherein at least one of the first and the second powdered portion of tablet base material comprises granules of gum base or chewing gum. i) adding a first powdered portion of tablet base material into a punch die of a rotary tablet press, ii) pressing said first tablet base material by means of an upper and a lower punch to obtain a first pressed material, iii) inserting an object at the upper face of the first pressed material and fixing the object in a central cavity of the first pressed material, iv) adding a second powdered portion of tablet base material into the punch die of the rotary tablet press, and v) pressing said first and second tablet base material around the object to enclose the object from the surface of the tablet,
Application member for the stamping application of cosmetic product (P) on the skin, in particular for the application of eyeliner to the eyelids, defining a longitudinal axis (X), a transverse axis (Y) perpendicular to the longitudinal axis (X) and an antero-posterior axis (Z) perpendicular to the longitudinal axis (X) and to the transverse axis (Y), and having a front application surface suitable for being loaded with cosmetic product (P) by placing the front application surface in contact with the cosmetic product (P) and for being at least partially placed in contact with the skin to deposit by stamping thereon a line (t, t') of cosmetic product (P) whose shape and contour correspond substantially to the shape and contour of the part of the front application surface placed in contact with the skin, wherein the front application surface has an elongated shape along the transverse axis (Y), which is outwardly convex when the application member is observed in the plane defined by the longitudinal axis (X) and the transverse axis (Y), characterized in that the front application surface has a curved contour defining a concavity (C) when the application member is observed in the plane defined by the transverse axis (Y) and the antero-posterior axis (Z). wherein the front application surface has an elongated shape along the transverse axis (Y), which is outwardly convex when the application member is observed in the plane defined by the longitudinal axis (X) and the transverse axis (Y), characterized in that the front application surface has a curved contour defining a concavity (C) when the application member is observed in the plane defined by the transverse axis (Y) and the antero-posterior axis (Z).