mhurhangee/patent-ind-claim-en huggingface dataset:
Modular system for the insulation of a compartment (V) for rolling shutters (A) obtained at the perimeter wall (M) of a building, said compartment (V) being closable below by a removable cover (C), the modular system comprising: a revolving roller (R) positioned between an upper lintel (Q) and a lower lintel (K) and extended along a longitudinal direction (Z-Z) to allow the winding and unwinding of a rolling shutter (A) around the roller (R), said rolling shutter (A) being movable in a passage slot (F) located between the perimeter wall (M) and the lower lintel (K), a first upper panel made of non-elastic insulating material and structurally shaped so as to at least partly extend around the roller (R), a second lower panel intended to be installed at least partly on top of the lower lintel (K) of the compartment (V) between the slot (F) and the first panel , and a third lower panel intended to be installed at least partly on top of the cover (C) and between said first and said second panel , wherein each panel is interconnected by interlocking to an adjacent panel, characterized by the fact that said first panel is constrained to the upper lintel (Q) and to the perimeter wall (M) without possibility of removal from the compartment (V), has an upper surface with a substantially straight pattern to follow the pattern and abut against the internal surface of the upper lintel (Q), and wherein the front surface of the first panel extends downwardly by a length substantially equal to the height (l2) of the compartment (V) and is flat and perpendicular to the upper surface . a revolving roller (R) positioned between an upper lintel (Q) and a lower lintel (K) and extended along a longitudinal direction (Z-Z) to allow the winding and unwinding of a rolling shutter (A) around the roller (R), said rolling shutter (A) being movable in a passage slot (F) located between the perimeter wall (M) and the lower lintel (K), a first upper panel made of non-elastic insulating material and structurally shaped so as to at least partly extend around the roller (R), a second lower panel intended to be installed at least partly on top of the lower lintel (K) of the compartment (V) between the slot (F) and the first panel , and a third lower panel intended to be installed at least partly on top of the cover (C) and between said first and said second panel , wherein each panel is interconnected by interlocking to an adjacent panel, characterized by the fact that said first panel is constrained to the upper lintel (Q) and to the perimeter wall (M) without possibility of removal from the compartment (V), has an upper surface with a substantially straight pattern to follow the pattern and abut against the internal surface of the upper lintel (Q), and wherein the front surface of the first panel extends downwardly by a length substantially equal to the height (l2) of the compartment (V) and is flat and perpendicular to the upper surface .
Method for activating at least one function of a motor vehicle , having the steps of: - determining a first distance (d1) between the motor vehicle and at least one object in an environment of the motor vehicle , wherein the first distance (d1) represents a minimum spacing between the motor vehicle and the at least one object ; - predicting a second distance (D) representing a travel distance from a current position of the motor vehicle to a collision with the at least one object ; - checking whether the second distance (D) decreases within a predetermined period of time; - if the check reveals that the second distance (D) decreases, decreasing the determined first distance (d1) by multiplying the determined first distance (d1) by a predetermined factor, thereby providing a decreased third distance (d2), wherein the factor is predetermined on the basis of a speed of the motor vehicle ; and - activating the at least one function of the motor vehicle on the basis of the decreased third distance (d2) in order to compensate for a latency between initiating the activation of the at least one function and performing the at least one function. - determining a first distance (d1) between the motor vehicle and at least one object in an environment of the motor vehicle , wherein the first distance (d1) represents a minimum spacing between the motor vehicle and the at least one object ; - predicting a second distance (D) representing a travel distance from a current position of the motor vehicle to a collision with the at least one object ; - checking whether the second distance (D) decreases within a predetermined period of time; - if the check reveals that the second distance (D) decreases, decreasing the determined first distance (d1) by multiplying the determined first distance (d1) by a predetermined factor, thereby providing a decreased third distance (d2), wherein the factor is predetermined on the basis of a speed of the motor vehicle ; and - activating the at least one function of the motor vehicle on the basis of the decreased third distance (d2) in order to compensate for a latency between initiating the activation of the at least one function and performing the at least one function.
A method for producing a fire protected semifinished fiber-reinforced plastic product or fiber-reinforced plastic component, wherein a semifinished fiber-reinforced plastic product or a fiber-reinforced plastic component is coated with a single layer of a thermoplastic fire protection film that comprises at least one flame retardant, and wherein the thermoplastic fire protection film is rigid or viscoelastic at room temperature and has adhesive properties at a temperature that lies below the reaction temperature of the at least one flame retardant.
A radio communication system comprising: first and second radio stations ; and a radio terminal, wherein each of the first and second radio station has a function of performing communication with the radio terminal using simultaneously multiple carriers included in a carrier set which is an aggregation of a plurality of carriers having frequencies different from each other, and includes a plurality of the carriers of different types, the first radio station comprising means for informing the second radio station information indicating which carriers are included in the carrier set, wherein the information includes carrier type information indicating a carrier type of each carrier included in the carrier set. first and second radio stations ; and a radio terminal, wherein each of the first and second radio station has a function of performing communication with the radio terminal using simultaneously multiple carriers included in a carrier set which is an aggregation of a plurality of carriers having frequencies different from each other, and includes a plurality of the carriers of different types, the first radio station comprising means for informing the second radio station information indicating which carriers are included in the carrier set, wherein the information includes carrier type information indicating a carrier type of each carrier included in the carrier set.
System for stimulating an individual in order to promote use of a paretic member with respect to a healthy member, characterised in that the system comprises: - an element placed on the paretic member of the individual, - an object , placed in the vicinity of the individual, the object comprising: - a proximity sensor determining the distance separating the element placed on the paretic member and the object, - means for activating a scenario for generating, by the object, at least one audible and/or visual and/or somaesthetic signal if the distance separating the element placed on the paretic member and the object is less than a given distance, - means for storing and updating information whenever the distance between the element placed on the paretic member and the object is less than the given distance. - an element placed on the paretic member of the individual, - an object , placed in the vicinity of the individual, the object comprising: - a proximity sensor determining the distance separating the element placed on the paretic member and the object, - means for activating a scenario for generating, by the object, at least one audible and/or visual and/or somaesthetic signal if the distance separating the element placed on the paretic member and the object is less than a given distance, - means for storing and updating information whenever the distance between the element placed on the paretic member and the object is less than the given distance.
An assembly including a star sensor in scene image capture mode and a device for stimulating said star sensor, this device including means for sequentially displaying colour images composed in particular of a matrix display and the control electronics thereof, the star sensor being disposed opposite to the matrix display, the means for sequentially displaying colour images being adapted to sequentially display colour images composed of N monochrome planes, N being greater than or equal to 2, at a display frequency 1/T, T being the display period of the colour images, said N monochrome planes of a colour image being displayed sequentially during the display period T, said stimulation device also including means for generating colour images to be sent to the display means, said colour images being generated at the display frequency 1/T, said device being characterised in that : - the means for generating colour images are adapted to carry out, between two instances of display of colour images composed of N monochrome planes, a) the generation of N successive monochrome images Si of said scene, said N monochrome images Si representing said scene as seen by said star sensor at respective dates tSi offset from each other by a non-zero value, b) the formatting of said N successive monochrome images into a single colour image, - the control electronics of said display are adapted to extract the N monochrome images from said colour image, - the matrix display is adapted to carry out, during the display period T, the sequential display of the N monochrome images thus extracted. - the means for generating colour images are adapted to carry out, between two instances of display of colour images composed of N monochrome planes, a) the generation of N successive monochrome images Si of said scene, said N monochrome images Si representing said scene as seen by said star sensor at respective dates tSi offset from each other by a non-zero value, b) the formatting of said N successive monochrome images into a single colour image, - the control electronics of said display are adapted to extract the N monochrome images from said colour image, - the matrix display is adapted to carry out, during the display period T, the sequential display of the N monochrome images thus extracted.
A laser processing machine comprising: a processing machine body comprising a table in which a plurality of skids are aligned and is configured to cut a material by irradiating the material placed on the skids with a laser beam; characterized by a control device configured to control the processing machine body such that an opening is formed by cutting the periphery of an opening forming area set at an inside of the material; wherein in a case where a skid interferes with the opening forming area ; the control device is configured to control the processing machine body such that the opening forming area is cut with a dividing line; wherein in a case where the interfering skid is furthermore positioned within a predetermined margin from a first gravity center of the opening forming area in an alignment direction of the plurality of skids , the dividing line is set at a position that is apart from the skid by a predetermined distance in the alignment direction; the predetermined distance is a distance in which the material is not welded to the skid in a case where the opening forming area is cut with the dividing line; and the predetermined distance is a distance in which, in a case where among a plurality of scraps formed by cutting the opening forming area with the dividing line and by cutting the periphery of the opening forming area , a scrap interfering with the skid is defined as a first scrap, and a scrap not interfering with the skid is defined as a second scrap, a second gravity center of the first scrap is positioned at a distance longer than the margin from the skid . a processing machine body comprising a table in which a plurality of skids are aligned and is configured to cut a material by irradiating the material placed on the skids with a laser beam; characterized by a control device configured to control the processing machine body such that an opening is formed by cutting the periphery of an opening forming area set at an inside of the material; wherein in a case where a skid interferes with the opening forming area ; the control device is configured to control the processing machine body such that the opening forming area is cut with a dividing line; wherein in a case where the interfering skid is furthermore positioned within a predetermined margin from a first gravity center of the opening forming area in an alignment direction of the plurality of skids , the dividing line is set at a position that is apart from the skid by a predetermined distance in the alignment direction; the predetermined distance is a distance in which the material is not welded to the skid in a case where the opening forming area is cut with the dividing line; and the predetermined distance is a distance in which, in a case where among a plurality of scraps formed by cutting the opening forming area with the dividing line and by cutting the periphery of the opening forming area , a scrap interfering with the skid is defined as a first scrap, and a scrap not interfering with the skid is defined as a second scrap, a second gravity center of the first scrap is positioned at a distance longer than the margin from the skid .
Method for energy storage and energy delivery into an energy supply network by means of a compressed gas storage power plant , which has at least a first and a separate second storage chamber , wherein for energy storage pressurized gas is withdrawn from the storage chamber with the lower pressure, is compressed via a compression machine and the compressed pressurized gas emerging from the compression machine is fed into the other storage chamber , and for energy delivery pressurized gas is withdrawn from the storage chamber with the higher pressure, is passed through an expansion machine , and the expanded pressurized gas emerging from the expansion machine is transferred to the other storage space , thereby energy being delivered from the expansion machine to the power supply network , the pressurized gas being heated by means of a heating device before or during the supply to the expansion machine , characterized in that the pressurized gas is heated by the heating device by a maximum of 50 degrees Celsius.
A vehicle-body carrying apparatus configured to house and carry a vehicle body (A) of an unmanned vehicle, the apparatus comprising: - a housing capable of housing the vehicle body (A); - a data collecting device configured to collect data relating to structural soundness of the vehicle body (A) housed in the housing ; - a diagnostic device configured to diagnose the structural soundness of the vehicle body (A) on a basis of the collected data; and - an informing device configured to inform a user of a diagnostic result obtained by the diagnostic device , wherein the data collecting device comprises - a sensor configured to measure vibration generated in the vehicle body (A) characterised in that the data collecting device also comprises a hammer configured to perform hammering against the vehicle body (A). - a housing capable of housing the vehicle body (A); - a data collecting device configured to collect data relating to structural soundness of the vehicle body (A) housed in the housing ; - a diagnostic device configured to diagnose the structural soundness of the vehicle body (A) on a basis of the collected data; and - an informing device configured to inform a user of a diagnostic result obtained by the diagnostic device , - a sensor configured to measure vibration generated in the vehicle body (A) characterised in that the data collecting device also comprises a hammer configured to perform hammering against the vehicle body (A).
A process for shaping a frozen confectionery product comprising the steps of: a Heating the element (E) of a shaping tool, the element (E) comprising a void with an inner contour corresponding to the outer contour of the product to be shaped, the element comprising at least one shaping means with an extending surface, extending along the inner contour of the void, and the element comprises a heating means, wherein the heating means is an electrical heating means, comprising a heating block (EHB) positioned on a side of the element (E) other than the side comprising the shaping means; and wherein the side of the element, at which the electric heating block (EHB) is positioned, follows the outer contours of the front of the element of the shaping means, b Impressing the element (E) into the surface of a frozen confectionery product, and c Removing the element (E); wherein the frozen confectionery product comprises a core of a frozen confection and a shell of gel and the shaping tool melts a channel in the outer gel layer of the frozen confection product comprising a core of frozen confection and a shell of gel to provide a peelable frozen confectionery product. a Heating the element (E) of a shaping tool, the element (E) comprising a void with an inner contour corresponding to the outer contour of the product to be shaped, the element comprising at least one shaping means with an extending surface, extending along the inner contour of the void, and the element comprises a heating means, wherein the heating means is an electrical heating means, comprising a heating block (EHB) positioned on a side of the element (E) other than the side comprising the shaping means; and wherein the side of the element, at which the electric heating block (EHB) is positioned, follows the outer contours of the front of the element of the shaping means, b Impressing the element (E) into the surface of a frozen confectionery product, and c Removing the element (E);
An oral care composition, comprising: an orally acceptable vehicle, the orally acceptable vehicle comprising: (a) a dentifrice comprising a source of hydrogen peroxide; and (b) an oral care whitening booster comprising: an acyl donor, which is triacetin; and an enzyme that catalyzes the generation of peracetic acid between the source of hydrogen peroxide and the acyl donor; wherein the dentifrice is a paste and the oral care whitening booster is a gel; and wherein the booster gel does not contain propylene glycol. (a) a dentifrice comprising a source of hydrogen peroxide; and (b) an oral care whitening booster comprising: an acyl donor, which is triacetin; and an enzyme that catalyzes the generation of peracetic acid between the source of hydrogen peroxide and the acyl donor; an acyl donor, which is triacetin; and an enzyme that catalyzes the generation of peracetic acid between the source of hydrogen peroxide and the acyl donor;
A biophotonic composition comprising a continuous silicone phase and a surfactant phase, wherein the surfactant phase is an aqueous phase emulsified in the continuous silicone phase and comprises at least one anionic chromophore solubilized in a surfactant, the surfactant comprising a block copolymer, wherein the block copolymer comprises at least one hydrophobic block and at least one hydrophilic block and, wherein the anionic chromophore is a xanthene dye selected from the group consisting in Eosin Y, Eosin B, Erythrosin B, Fluorescein, Rose Bengal and Phloxin B and wherein it comprises 60-95 wt% silicone phase and 5-40 wt% surfactant phase and is in the form of a silicone-based membrane having a thickness of 0.5 mm to 20 mm.
Method for linking an automation device to a data processing system , wherein - a virtual device is created in the data processing system for the automation device , - an identification number is generated in the data processing system for the virtual device, - the identification number assigned to the virtual device is passed to the automation device and is stored in the automation device , - and the identification number is used for the interaction of the automation device with the data processing system , wherein the identification number assigned to the virtual device is passed to the automation device by means of a configuration tool designed to configure the automation device , wherein the identification number generated for the virtual device is stored by the configuration tool and is transmitted to the automation device , characterised in that the identification number is assigned by the configuration tool to a configuration dataset to be loaded onto the automation device , is loaded onto the automation device and is stored in the automation device , and wherein, for the configuration of the automation device by means of the configuration tool , the configuration dataset is loaded onto the automation device and is stored in the automation device . - a virtual device is created in the data processing system for the automation device , - an identification number is generated in the data processing system for the virtual device, - the identification number assigned to the virtual device is passed to the automation device and is stored in the automation device , - and the identification number is used for the interaction of the automation device with the data processing system , wherein the identification number assigned to the virtual device is passed to the automation device by means of a configuration tool designed to configure the automation device , wherein the identification number generated for the virtual device is stored by the configuration tool and is transmitted to the automation device , characterised in that the identification number is assigned by the configuration tool to a configuration dataset to be loaded onto the automation device , is loaded onto the automation device and is stored in the automation device , and wherein, for the configuration of the automation device by means of the configuration tool , the configuration dataset is loaded onto the automation device and is stored in the automation device .