mhurhangee/patent-ind-claim-en huggingface dataset:
A hair dryer , comprising: a hand-held housing having an air inlet and an air outlet configured to supply heated air; an attachment assembly adjacent the outlet end configured to mate with a plurality of different types of accessories , the attachment assembly being configured to align an accessory attached thereto in a predetermined rotational orientation relative to the housing ; and a motor arranged within the housing and configured to supply air through the air outlet based on a plurality of predetermined stored settings; characterised in that the attachment assembly includes a plurality of push rods movable between a plurality of predetermined positions based on the type of accessory attached thereto, and the hair dryer further comprises: a memory in the housing storing the plurality of predetermined stored settings; and a processor configured to cause the hair dryer to automatically operate at one of the plurality of predetermined stored settings based on the predetermined position of the attachment assembly , wherein the predetermined stored settings correspond to the type of accessory attached to the attachment assembly . a hand-held housing having an air inlet and an air outlet configured to supply heated air; an attachment assembly adjacent the outlet end configured to mate with a plurality of different types of accessories , the attachment assembly being configured to align an accessory attached thereto in a predetermined rotational orientation relative to the housing ; and a motor arranged within the housing and configured to supply air through the air outlet based on a plurality of predetermined stored settings; the attachment assembly includes a plurality of push rods movable between a plurality of predetermined positions based on the type of accessory attached thereto, and the hair dryer further comprises: a memory in the housing storing the plurality of predetermined stored settings; and a processor configured to cause the hair dryer to automatically operate at one of the plurality of predetermined stored settings based on the predetermined position of the attachment assembly , a memory in the housing storing the plurality of predetermined stored settings; and a processor configured to cause the hair dryer to automatically operate at one of the plurality of predetermined stored settings based on the predetermined position of the attachment assembly , wherein the predetermined stored settings correspond to the type of accessory attached to the attachment assembly .
Rib for supporting and consolidating an excavation, comprising at least a first structural element and at least one connection element for connecting the said structural element of the said rib to a corresponding connection element of an adjacent rib , wherein the said connection element is capable of engaging through translatory motion with the said corresponding connection element of the adjacent rib so as to make the connection of the said ribs , wherein the said connection element comprises at least a first insertion portion and at least a second locking portion , the said first insertion portion being insertable by translatory motion into the locking portion of a corresponding connection element of an adjacent rib , the said second locking portion comprising an essentially tubular section , associated with a funnel-shaped portion .
A nucleic acid vector comprising a coding sequence for telomerase reverse transcriptase (TERT), for use in a method of treating a disease or condition associated with shortened telomeres in a subject, the method comprising administering the nucleic acid vector to the subject, wherein the condition associated with short telomere length is characterized by mutations in a gene or genes involved in telomere maintenance.
An apparatus for degassing a degassing vessel which can be filled with a liquid to be degassed, having a pump , which is designed for pumping gas and which, at a discharge end, is connected to an air outlet via valve means and to a first volume via the valve means , wherein the first volume and a second volume are connected via a first valve , wherein, at an intake end, the pump is connected to the first volume via a second valve and can be connected to the degassing vessel to be degassed, and having a control unit for activating the pump , the valve means , the first valve and the second valve , wherein the apparatus is designed in order to switch the valve means by means of the control unit such that the valve means connect the pump only to the air outlet at the discharge end, in order to open the first valve and the second valve and to then evacuate the degassing vessel , the first volume and the second volume by means of the pump . having a pump , which is designed for pumping gas and which, at a discharge end, is connected to an air outlet via valve means and to a first volume via the valve means , wherein the first volume and a second volume are connected via a first valve , wherein, at an intake end, the pump is connected to the first volume via a second valve and can be connected to the degassing vessel to be degassed, and having a control unit for activating the pump , the valve means , the first valve and the second valve , wherein the apparatus is designed in order to switch the valve means by means of the control unit such that the valve means connect the pump only to the air outlet at the discharge end, in order to open the first valve and the second valve and to then evacuate the degassing vessel , the first volume and the second volume by means of the pump .
A refrigerator unit and/or a freezer unit having at least one storage shelf for the reception of refrigerated goods or frozen goods, wherein the appliance has a plurality of extension arrangements which are connected to the storage shelf and by means of which the storage shelf can be pulled out of and pushed into the appliance, the extension arrangements are releasably connected to the storage shelf and/or, the extension arrangements are releasably connected to the appliance, the extension arrangements have a non-moved part and part movable with the storage shelf , a locking device is provided which prevents a displacement of the non-moved part , the locking device is made as a projection which contacts the rib or recess of the inner container in the installed state of the extension arrangement, and the projection is made as a lug which has a portion which extends vertically or obliquely downwardly and which engages behind a rib arranged at the inner container of the appliance, characterized in that the non-moved part of the extension arrangement is fixed in its rear end region in a recess of the inner container, with the recess extending between a first rib and a second rib arranged above the first rib, a horizontal leg of the non-moved part of the extension arrangement lying on the upper side of the first rib, and a lug being provided at the horizontal leg which extends first vertically and then horizontally so that it contacts the upper boundary of the recess formed by the first rib and the second rib so as to fix the non-moved part relative to the inner container.
A process for producing a porous carbon material composite comprising the following steps: providing a plant-derived material having a silicon content of 5 wt% or higher; carbonizing the plant-derived material at from 800°C to 1,400°C; treating the carbonized material with an acid or alkali to remove silicon components and to obtain a porous carbon material having a silicon content of 1 wt% or lower, the porous carbon material has (i) a specific surface area of 10 m 2 /g or greater as determined by the nitrogen BET method (ii) mesopores having a pore size in the range of 2 to 50 nm and micropores having a pore size smaller than 2 nm and (iii) a pore volume of 0.1 cm 3 /g or greater as determined by the BJH method and MP method, and then causing a functional material to adhere on the porous carbon material, wherein the plant-derived material is any or or any combination of grain husks, straws of rice, barley, wheat, rye, barnyardgrass, foxtail millet, reeds, seaweed, seaweed stems, vascular plants, ferns, mosses which grow on land, or algae, and the functional material is a magnetic material, a photocatalytic material, a noble metal, a noble metal alloy, an oxide semiconductor, or a compound semiconductor, further comprising applying activation treatment after the treatment with the acid or alkali but before the adhesion of the functional material on the porous carbon material, in order to increase micropores. providing a plant-derived material having a silicon content of 5 wt% or higher; carbonizing the plant-derived material at from 800°C to 1,400°C; treating the carbonized material with an acid or alkali to remove silicon components and to obtain a porous carbon material having a silicon content of 1 wt% or lower, the porous carbon material has (i) a specific surface area of 10 m 2 /g or greater as determined by the nitrogen BET method (ii) mesopores having a pore size in the range of 2 to 50 nm and micropores having a pore size smaller than 2 nm and (iii) a pore volume of 0.1 cm 3 /g or greater as determined by the BJH method and MP method, and then causing a functional material to adhere on the porous carbon material, wherein the plant-derived material is any or or any combination of grain husks, straws of rice, barley, wheat, rye, barnyardgrass, foxtail millet, reeds, seaweed, seaweed stems, vascular plants, ferns, mosses which grow on land, or algae, and the functional material is a magnetic material, a photocatalytic material, a noble metal, a noble metal alloy, an oxide semiconductor, or a compound semiconductor, further comprising applying activation treatment after the treatment with the acid or alkali but before the adhesion of the functional material on the porous carbon material, in order to increase micropores.
A magnification device for use by blind or low vision users, the magnification device including a table having a forward edge, a rearward edge, first and second side edges and a top surface, the device comprising in combination: retaining means formed within the table , the retaining means taking the form of a channel formed as an indentation within the upper surface of the table , the channel allowing for the secure placement of cylindrical items; an arcuate camera arm having a proximal end, a distal end, forward, rearward, and top surfaces, the proximal end integral with the rearward edge of the base and the distal end extending overtop of the table ; a monitor arm having a proximal end and a distal end and an intermediate extent therebetween, the proximal end of the monitor arm being pivotally connected to the intermediate extent of the camera arm along the top surface, whereby the monitor arm can be pivoted upward and downward relative to the camera arm ; a laterally extending lighting arm , positioned at an angle with respect to the table , the lighting arm interconnected to the camera arm and extending to some distance either side of the camera arm , the lighting arm including a light source for illuminating objects retained on the table . retaining means formed within the table , the retaining means taking the form of a channel formed as an indentation within the upper surface of the table , the channel allowing for the secure placement of cylindrical items; an arcuate camera arm having a proximal end, a distal end, forward, rearward, and top surfaces, the proximal end integral with the rearward edge of the base and the distal end extending overtop of the table ; a monitor arm having a proximal end and a distal end and an intermediate extent therebetween, the proximal end of the monitor arm being pivotally connected to the intermediate extent of the camera arm along the top surface, whereby the monitor arm can be pivoted upward and downward relative to the camera arm ; a laterally extending lighting arm , positioned at an angle with respect to the table , the lighting arm interconnected to the camera arm and extending to some distance either side of the camera arm , the lighting arm including a light source for illuminating objects retained on the table .
Device for optimizing the grip of a tire fitted to a mobile vehicle which is provided with a body and traveling on a road surface , this device being on board said mobile vehicle and comprising: - means for detecting and characterizing the presence of a liquid on the road surface in front of said mobile vehicle , - means for processing information received from said detection and characterization means and for generating control instructions, characterized in that it further comprises: - means for emitting a power laser beam , with a focal distance, directed toward a portion of road surface in front of at least one tire fitted to said mobile vehicle , said laser emitting means being secured to the body of the mobile vehicle and being designed to vaporize or sublimate the water present in front of said at least one tire in response to control instructions, and - means for detecting a movement of the body and for transmitting detection information to the processing and control means, so as to provide automatic control of the focal distance of the laser emitting means as a function of the movements of the body. - means for detecting and characterizing the presence of a liquid on the road surface in front of said mobile vehicle , - means for processing information received from said detection and characterization means and for generating control instructions, - means for emitting a power laser beam , with a focal distance, directed toward a portion of road surface in front of at least one tire fitted to said mobile vehicle , said laser emitting means being secured to the body of the mobile vehicle and being designed to vaporize or sublimate the water present in front of said at least one tire in response to control instructions, and - means for detecting a movement of the body and for transmitting detection information to the processing and control means, so as to provide automatic control of the focal distance of the laser emitting means as a function of the movements of the body.
A method of processing images of a semiconductor structure of a solar cell generated using imaging methods, the method comprising processing the image of the semiconductor structure by means of a trained neural network to generate a semantic representation of the image , wherein a data size of the semantic representation is smaller than a data size of the image input to the input of the neural network; and storing the semantic representation associated with the semiconductor structure as an information carrier of relevant information of the image for determining a property of the solar cell and/or for a crystal analysis of a semiconductor structure of the solar cell, wherein generating the semantic representation enables compressed storage of information of the image . processing the image of the semiconductor structure by means of a trained neural network to generate a semantic representation of the image , wherein a data size of the semantic representation is smaller than a data size of the image input to the input of the neural network; and storing the semantic representation associated with the semiconductor structure as an information carrier of relevant information of the image for determining a property of the solar cell and/or for a crystal analysis of a semiconductor structure of the solar cell, wherein generating the semantic representation enables compressed storage of information of the image .
A method for removing a hollow support element from within a moulded part to form a cavity within the moulded part, the hollow support element being an inflatable bladder comprising an internal cavity, the hollow support element being disposed within the moulded part and composed of material having a softening temperature, the method comprising: heating a liquid to a temperature at least equal to the softening temperature of the material; injecting the heated liquid into an opening in the moulded part to deform the material; and removing deformed material and liquid from the cavity. heating a liquid to a temperature at least equal to the softening temperature of the material; injecting the heated liquid into an opening in the moulded part to deform the material; and removing deformed material and liquid from the cavity.
Water turbine and/or water pump having an impeller unit comprising a turbine and a rotor of an electric machine, which can be a generator and/or electric motor, wherein the rotor and the turbine are connected via a shaft and the impeller unit is arranged at an angle with respect to the horizontal, in particular vertically, and is rotatably mounted in a housing by a bearing, characterized in that the bearing consists of a torque bearing , which is arranged at a point in an area underneath the rotor , directly adjacent to the latter as far as the top of the rotor .
An antenna inlay of an RFID tag, the antenna inlay comprising a first electrical contact portion and a second electrical contact portion and an antenna portion electrically connected to the first electrical contact portion and to the second electrical contact portion , the first electrical contact portion comprising a first electrical lead electrically connecting the first electrical contact portion to the antenna portion, characterized in that the first electrical lead having a first gap formed therein to provide a first lead segment and a second lead segment (62a"), wherein the inlay further comprises a first resistor placed across the gap to electrically interconnect the first and second lead segments.
A fusion peptide having MYC activity for use in accelerating an immune response to a viral antigen in an individual, wherein the fusion peptide can transport into the nucleus of a cell and comprises: (a) a transporter peptide sequence that promotes peptide penetration into cells and tissues; and (b) a MYC polypeptide sequence. (a) a transporter peptide sequence that promotes peptide penetration into cells and tissues; and (b) a MYC polypeptide sequence.
A vehicle interior lighting system for providing decorative lighting effects, comprising: several LEDs with different spectral output; a processor , wherein the processor is configured to control the several LEDs with different spectral output independently so as to achieve color mixing, characterized in that the processor is associated with a user interface for selecting a program from a memory capable of storing programs for controlling the several LEDs with different spectral output, wherein the user interface is a touch screen. several LEDs with different spectral output; a processor , wherein the processor is configured to control the several LEDs with different spectral output independently so as to achieve color mixing, characterized in that the processor is associated with a user interface for selecting a program from a memory capable of storing programs for controlling the several LEDs with different spectral output, wherein the user interface is a touch screen.
Valve for a packaging container, comprising at least one base film with an opening , at least one frame film encompassing a free region , and at least one membrane which is arranged on the base film and covers the opening , wherein a fluid is provided between the membrane and the base film , wherein the membrane is connected to a surrounding film via at least one connection region , wherein the surrounding film is connected on one side to the base film and on its other side to the frame film , and the membrane is arranged movably within the free region , characterised in that the surrounding film is open at least in one point, such that a channel is formed. at least one base film with an opening , at least one frame film encompassing a free region , and at least one membrane which is arranged on the base film and covers the opening , wherein a fluid is provided between the membrane and the base film , wherein the membrane is connected to a surrounding film via at least one connection region , wherein the surrounding film is connected on one side to the base film and on its other side to the frame film , and the membrane is arranged movably within the free region , characterised in that the surrounding film is open at least in one point, such that a channel is formed.
A method for controlling a wind turbine , the method comprising steps of: predicting behaviour of one or more wind turbine components for each of a plurality of time stages over a prediction horizon using a wind turbine model that describes dynamics of the one or more components of the wind turbine , the plurality of time stages comprising a first set of time stages from an initial time stage and a second set of time stages subsequent to the first set ; determining at least one control output for each of the plurality of time stages based on the predicted behaviour; and, characterised by transmitting a control signal to implement only the at least one control output for each of the second set of time stages . predicting behaviour of one or more wind turbine components for each of a plurality of time stages over a prediction horizon using a wind turbine model that describes dynamics of the one or more components of the wind turbine , the plurality of time stages comprising a first set of time stages from an initial time stage and a second set of time stages subsequent to the first set ; determining at least one control output for each of the plurality of time stages based on the predicted behaviour; and, characterised by transmitting a control signal to implement only the at least one control output for each of the second set of time stages .
A system for moving discrete articles comprising a system for fixing push rods to the chain comprising: two opposite sides which support a conveyor plane ; two chain holder guides , opposite and fixed to said sides ; two chains with links with protruding pins sliding inside said two chain holder guides ; push rods fixed in a removable manner, transversally to said conveyor plane , to said pins of said chain ; characterized by comprising: blocks having a central hole designed to slide with friction over said push rods ; said blocks having a pair of holes , lateral to said central hole , designed to slide with friction over said pins .