mhurhangee/patent-ind-claim-en huggingface dataset:
A device for making security marks positionable on a sheet of paper comprising a supporting main rotary cylinder for backing said sheet of paper, wherein said supporting main rotary cylinder includes retention means of said sheet of paper, and a rotary grinding wheel adjacent to the perimeter of said supporting main rotary cylinder with a distance of approach (g) adjustable regarding said supporting main rotary cylinder, wherein said device is characterized by further comprising: at least one simultaneously backing and printing die comprising a free face with a pre-designed image, which is mounted on said perimeter of said supporting main rotary cylinder , said free face with a pre-designed image of said simultaneously backing and printing die has height differences in the free face itself between different points of the same, wherein said distance of approach (g) is the distance between the perimeter of said grinding wheel and the point of lowest height of said free face and is lower than the thickness of said sheet of paper , therefore said at least one simultaneously backing and printing die is configured for backing said sheet of paper against said grinding wheel at the distance of approach (g) between said free face and the peripheral surface of said rotary grinding wheel that is sufficient to wear out only the front of said sheet of paper without passing through it and matching said pre-designed image, and is configured for printing simultaneously said pre-designed image with ink on the reverse of said sheet of paper , and at least one first inking roller train comprising at least one first applicator roller of said ink and that is positioned so as to contact said free face with said pre-designed image of the simultaneously backing and printing die . at least one simultaneously backing and printing die comprising a free face with a pre-designed image, which is mounted on said perimeter of said supporting main rotary cylinder , said free face with a pre-designed image of said simultaneously backing and printing die has height differences in the free face itself between different points of the same, wherein said distance of approach (g) is the distance between the perimeter of said grinding wheel and the point of lowest height of said free face and is lower than the thickness of said sheet of paper , therefore said at least one simultaneously backing and printing die is configured for backing said sheet of paper against said grinding wheel at the distance of approach (g) between said free face and the peripheral surface of said rotary grinding wheel that is sufficient to wear out only the front of said sheet of paper without passing through it and matching said pre-designed image, and is configured for printing simultaneously said pre-designed image with ink on the reverse of said sheet of paper , and at least one first inking roller train comprising at least one first applicator roller of said ink and that is positioned so as to contact said free face with said pre-designed image of the simultaneously backing and printing die .
A method comprising: determining a magnitude of a signal provided by a capacitive sensor of a touch pad ; determining that the surface of the touch pad has not been touched if the magnitude of the signal is below a first level; determining that an object has touched the surface of the touch pad if the magnitude of the signal is above a second level; determining fluctuations in the signal provided by the capacitive sensor of the touch pad if the magnitude of the signal is above the first level but below the second level, wherein the fluctuations comprise rapid changes in the signal provided by the capacitive sensor ; determining that an object is hovering above the surface of the touch pad if the magnitude of the signal is above the first level but below the second level and the fluctuations in the signal are above a threshold; and determining that the object is touching the surface of the touch pad if the magnitude of the signal is above the first level but below the second level and the fluctuations in the signal are below the threshold. determining a magnitude of a signal provided by a capacitive sensor of a touch pad ; determining that the surface of the touch pad has not been touched if the magnitude of the signal is below a first level; determining that an object has touched the surface of the touch pad if the magnitude of the signal is above a second level; determining fluctuations in the signal provided by the capacitive sensor of the touch pad if the magnitude of the signal is above the first level but below the second level, wherein the fluctuations comprise rapid changes in the signal provided by the capacitive sensor ; determining that an object is hovering above the surface of the touch pad if the magnitude of the signal is above the first level but below the second level and the fluctuations in the signal are above a threshold; and determining that the object is touching the surface of the touch pad if the magnitude of the signal is above the first level but below the second level and the fluctuations in the signal are below the threshold.
A method of fabricating a three-dimensional object comprising: forming layers of build material; selectively depositing a functional agent upon the layers of build material based on data derived from a model of the three-dimensional object; and selectively solidifying portions of build material within the layers in accordance with the selective deposit of the functional agent, wherein the method comprises: determining an amount of the functional agent to be deposited on a given portion of build material in a given layer as a function of a distance between the given portion and a surface of the three-dimensional object; characterized in that , the method comprises the step of increasing the amount of functional agent as the distance to the surface of the object decreases, wherein the functional agent is a fusing agent. forming layers of build material; selectively depositing a functional agent upon the layers of build material based on data derived from a model of the three-dimensional object; and selectively solidifying portions of build material within the layers in accordance with the selective deposit of the functional agent, wherein the method comprises: determining an amount of the functional agent to be deposited on a given portion of build material in a given layer as a function of a distance between the given portion and a surface of the three-dimensional object; characterized in that , the method comprises the step of increasing the amount of functional agent as the distance to the surface of the object decreases, wherein the functional agent is a fusing agent. determining an amount of the functional agent to be deposited on a given portion of build material in a given layer as a function of a distance between the given portion and a surface of the three-dimensional object; characterized in that , the method comprises the step of increasing the amount of functional agent as the distance to the surface of the object decreases, wherein the functional agent is a fusing agent.
A system for the preparation of a mixture comprising: - a mixing machine equipped with at least one mixing implement ; and - a device for collecting material of the mixture that remains adherent to said mixing implement at the end of a mixing step, said device comprising: - a collecting surface ; and - means for the movement of said collecting surface from a position of use underneath said implement, where said collecting surface has an orientation transverse with respect to the vertical direction, to a position of non-use; wherein said movement means are configured for guiding said collecting surface in a first direction (O-O) and in a second direction (V-V) transverse to said first direction, so that said collecting surface can pass, as a result of the movement in both directions, from a first condition, where said collecting surface extends at least prevalently in the first direction, to a second condition, where said surface extends at least prevalently in the second direction, wherein said movement means comprise a system of rollers running over which is said collecting surface , said system comprising: - a first roller mobile in said first direction; - a second roller mobile in said second direction; and - a third roller , which is fixed and is substantially set at the intersection between said first and second directions, and wherein said collecting surface has the opposite ends that are anchored to a supporting structure of said device. - a mixing machine equipped with at least one mixing implement ; and - a device for collecting material of the mixture that remains adherent to said mixing implement at the end of a mixing step, said device comprising: - a collecting surface ; and - means for the movement of said collecting surface from a position of use underneath said implement, where said collecting surface has an orientation transverse with respect to the vertical direction, to a position of non-use; - a collecting surface ; and - means for the movement of said collecting surface from a position of use underneath said implement, where said collecting surface has an orientation transverse with respect to the vertical direction, to a position of non-use; - a first roller mobile in said first direction; - a second roller mobile in said second direction; and - a third roller , which is fixed and is substantially set at the intersection between said first and second directions, and
A lighting system comprising - a lighting device (L1), - a beacon (B1) arranged in or at the lighting device (L1), - an energy interface from the beacon (B1) to the lighting device (L1), whereby a permanent energy access is provided to supply the beacon (B1) with energy, - a sensor device (S1) for acquiring an environmental parameter relating to an environment of the lighting system, wherein the beacon (B1) is in a first communication link (KV1) with the sensor device (S1), and - a mobile terminal (E), wherein the mobile terminal (E) comprises a sensor, wherein the beacon (B1) is in a second communication link (KV4) with the mobile terminal (E), characterized in that - the beacon (B1) is formed - to receive a value of the sensor and to automatically configure itself therewith as well as based on the environmental parameter, wherein multiple parameters of the beacon (B1) are adjusted in the self-configuration of the beacon (B1). - a lighting device (L1), - a beacon (B1) arranged in or at the lighting device (L1), - an energy interface from the beacon (B1) to the lighting device (L1), whereby a permanent energy access is provided to supply the beacon (B1) with energy, - a sensor device (S1) for acquiring an environmental parameter relating to an environment of the lighting system, wherein the beacon (B1) is in a first communication link (KV1) with the sensor device (S1), and - a mobile terminal (E), wherein the mobile terminal (E) comprises a sensor, wherein the beacon (B1) is in a second communication link (KV4) with the mobile terminal (E), - the beacon (B1) is formed - to receive a value of the sensor and to automatically configure itself therewith as well as based on the environmental parameter, wherein multiple parameters of the beacon (B1) are adjusted in the self-configuration of the beacon (B1).
A liquid crystal beam control device comprising: a liquid crystal spatial light modulator having control electrodes and at least one liquid crystal cell comprising substrates; a photovoltaic array arranged to receive light from a light source; a drive signal circuit connected to said photovoltaic array and outputting a drive signal to said control electrodes in response to an input control signal; and a controller responsive to a command signal and outputting said input control signal; wherein said device has an aperture and includes a mounting frame that secures a support for said photovoltaic array and the substrates of the at least one liquid crystal cell, said support being arranged at the periphery of said aperture characterised in that the photovoltaic array is arranged as a ring and intercepts a peripheral outer portion of the beam of the light source. a liquid crystal spatial light modulator having control electrodes and at least one liquid crystal cell comprising substrates; a photovoltaic array arranged to receive light from a light source; a drive signal circuit connected to said photovoltaic array and outputting a drive signal to said control electrodes in response to an input control signal; and a controller responsive to a command signal and outputting said input control signal; wherein said device has an aperture and includes a mounting frame that secures a support for said photovoltaic array and the substrates of the at least one liquid crystal cell, said support being arranged at the periphery of said aperture characterised in that the photovoltaic array is arranged as a ring and intercepts a peripheral outer portion of the beam of the light source.
A wind turbine blade including an elongate reinforcing structure , the reinforcing structure comprising a plurality of strips of fibre-reinforced polymer arranged into a stack structure , and at least one adjacent pair of the plurality of strips including an infusion promoting layer interleaved therebetween, wherein the infusion promoting layer is a fabric comprising a plurality of twisted yarns .
A cross bar that can be applied to the roof of a vehicle to support an accessory, comprising: - a profile section which predominantly extends along a first direction and comprising a first groove for the insertion of a portion of an accessory; - a terminal applied to at least one end of the profile section and comprising a movable portion that is movable between: i) a first configuration in which it obstructs a side access opening to said first groove ; and ii) a second configuration in which it allows access to said opening to allow the insertion or extraction of an accessory in/from the first groove ; wherein it further comprises: - locking means to lock said terminal in the first configuration; and - an unlocking control to unlock said locking means , characterized by said control being a button operable by a user. - a profile section which predominantly extends along a first direction and comprising a first groove for the insertion of a portion of an accessory; - a terminal applied to at least one end of the profile section and comprising a movable portion that is movable between: i) a first configuration in which it obstructs a side access opening to said first groove ; and ii) a second configuration in which it allows access to said opening to allow the insertion or extraction of an accessory in/from the first groove ; wherein it further comprises: - locking means to lock said terminal in the first configuration; and - an unlocking control to unlock said locking means , characterized by said control being a button operable by a user. i) a first configuration in which it obstructs a side access opening to said first groove ; and ii) a second configuration in which it allows access to said opening to allow the insertion or extraction of an accessory in/from the first groove ; wherein it further comprises: - locking means to lock said terminal in the first configuration; and - an unlocking control to unlock said locking means , characterized by said control being a button operable by a user. - locking means to lock said terminal in the first configuration; and - an unlocking control to unlock said locking means ,
Pipe clamp for fastening a pipe to a channel type profile element having a longitudinal mounting slot having a slot width (w) and being defined by slot edge portions, the pipe clamp including two clamp parts, each clamp part having: - a curved pipe clamping portion , wherein in a mounted state the pipe clamping portions of the respective clamp parts are positioned opposite each other to accommodate a pipe section, with the clamp parts extending around diametrically opposite surface areas of said pipe section; - an anchoring portion formed at one end of each clamp part to anchor the pipe clamp to the profile element , said anchoring portion essentially being formed as a leg with a hammerhead , said hammerhead having a width that exceeds the slot width (w) and said leg having a smaller width than the slot width (w), the anchoring portion furthermore having a thickness smaller than the slot width (w), whereby the hammerhead is insertable in the longitudinal slot of the profile element and rotatable to engage the slot edges; and - a flange formed at another end of each clamp part, said flanges of the clamp parts being adapted to be positioned opposite each other; the pipe clamp furthermore including a tightening member associated with the clamp flanges for tightening them together, characterized in that the curved pipe clamping portions of the two clamp parts are interconnected by a hinge at the side where the anchoring portion is located, wherein the hinge comprises a flexible plate member , made of metal, that is welded to the clamping portions . - a curved pipe clamping portion , wherein in a mounted state the pipe clamping portions of the respective clamp parts are positioned opposite each other to accommodate a pipe section, with the clamp parts extending around diametrically opposite surface areas of said pipe section; - an anchoring portion formed at one end of each clamp part to anchor the pipe clamp to the profile element , said anchoring portion essentially being formed as a leg with a hammerhead , said hammerhead having a width that exceeds the slot width (w) and said leg having a smaller width than the slot width (w), the anchoring portion furthermore having a thickness smaller than the slot width (w), whereby the hammerhead is insertable in the longitudinal slot of the profile element and rotatable to engage the slot edges; and - a flange formed at another end of each clamp part, said flanges of the clamp parts being adapted to be positioned opposite each other;
A chemical-mechanical polishing composition comprising: (a) silica, (b) one or more tetraalkylammonium salts, (c) one or more bicarbonate salts, (d) one or more alkali metal hydroxides, (e) one or more aminophosphonic acids, (f) one or more rate accelerator compounds selected from the group consisting of heterocyclic amines, mono amino acids, and hydroxy acids, wherein at least one rate accelerator compound is a hydroxy acid, (g) one or more polysaccharides selected from the group consisting of hydroxyalkylcelluloses, dextrans, carboxylated dextrans, and sulfonated dextrans, wherein at least one polysaccharide has an average molecular weight less than 300,000 g/mol, and (h) water. (a) silica, (b) one or more tetraalkylammonium salts, (c) one or more bicarbonate salts, (d) one or more alkali metal hydroxides, (e) one or more aminophosphonic acids, (f) one or more rate accelerator compounds selected from the group consisting of heterocyclic amines, mono amino acids, and hydroxy acids, wherein at least one rate accelerator compound is a hydroxy acid, (g) one or more polysaccharides selected from the group consisting of hydroxyalkylcelluloses, dextrans, carboxylated dextrans, and sulfonated dextrans, wherein at least one polysaccharide has an average molecular weight less than 300,000 g/mol, and (h) water.
A method of transmitting information, being applicable to user equipment, UE, comprising: determining whether the UE supports a preset adjustment function, wherein the preset adjustment function instructs a base station, based on specific absorption rate, SAR, capability information of the UE, to dynamically adjust resource configuration information for the UE when the UE is in a high power mode, HPUE, and a transmission power of the HPUE is larger than 23 dBm; determining , in response to that the UE supports the preset adjustment function, whether the UE currently supports the preset adjustment function, by determining whether the base station is currently required to dynamically adjust the uplink proportion in the HPUE mode for the UE based on a preset reference factor; sending , in response to that the preset adjustment function is currently supported, supported indication information to the base station, wherein the supported indication information comprises the SAR capability information of the UE; receiving target resource configuration information dynamically adjusted by the base station based on the SAR capability information, wherein the target resource configuration information corresponds to a preset high power mode; and transmitting , when being in the preset high power mode, information according to the target resource configuration information. determining whether the UE supports a preset adjustment function, wherein the preset adjustment function instructs a base station, based on specific absorption rate, SAR, capability information of the UE, to dynamically adjust resource configuration information for the UE when the UE is in a high power mode, HPUE, and a transmission power of the HPUE is larger than 23 dBm; determining , in response to that the UE supports the preset adjustment function, whether the UE currently supports the preset adjustment function, by determining whether the base station is currently required to dynamically adjust the uplink proportion in the HPUE mode for the UE based on a preset reference factor; sending , in response to that the preset adjustment function is currently supported, supported indication information to the base station, wherein the supported indication information comprises the SAR capability information of the UE; receiving target resource configuration information dynamically adjusted by the base station based on the SAR capability information, wherein the target resource configuration information corresponds to a preset high power mode; and transmitting , when being in the preset high power mode, information according to the target resource configuration information.
An attachment apparatus for selectively attaching a device to a flexible material , the attachment apparatus comprising: a first member having a first wall defining a first opening and including a first surface and a second surface formed on an opposite side of the first wall than the first surface, the first member including a first projection extending in a direction away from the second surface and including a first retention feature; a second member having a second retention feature selectively attached to the first retention feature in an attached state to connect the second member to the first member and to the flexible material; and a void formed between the second surface of the first wall and the flexible material when the second member is in the attached state and operable to receive the device therein, the first member operable to support the device within the void between the second surface of the first member and the flexible material when the second member is in the attached state. a first member having a first wall defining a first opening and including a first surface and a second surface formed on an opposite side of the first wall than the first surface, the first member including a first projection extending in a direction away from the second surface and including a first retention feature; a second member having a second retention feature selectively attached to the first retention feature in an attached state to connect the second member to the first member and to the flexible material; and a void formed between the second surface of the first wall and the flexible material when the second member is in the attached state and operable to receive the device therein, the first member operable to support the device within the void between the second surface of the first member and the flexible material when the second member is in the attached state.