mhurhangee/patent-ind-claim-en huggingface dataset:
A method of transmitting pilot in a communication system , comprising: selecting, from a set of terminals serviced by a same servicing apparatus , a subset for pilot transmission on a reverse link, the subset consisting of at least one terminal , wherein the at least one terminal is candidate for data transmission on a forward link; assigning each of the at least one terminal with a time-frequency allocation for pilot transmission on the reverse link; sending to each of the at least one terminal a request for pilot transmission on the reverse link; processing pilot transmission from each of the at least one terminal ; deriving a channel estimate for each of the at least one terminal based on the pilot transmission from the terminal ; and transmitting data on the forward link to each terminal scheduled for data transmission using the channel estimate for the terminal ; the method further comprising: scheduling terminals for data transmission on the forward link based on the channel estimate derived for the at least one terminal , and/or performing spatial processing for the data transmission to each scheduled terminal based on the channel estimate for the scheduled terminal . selecting, from a set of terminals serviced by a same servicing apparatus , a subset for pilot transmission on a reverse link, the subset consisting of at least one terminal , wherein the at least one terminal is candidate for data transmission on a forward link; assigning each of the at least one terminal with a time-frequency allocation for pilot transmission on the reverse link; sending to each of the at least one terminal a request for pilot transmission on the reverse link; processing pilot transmission from each of the at least one terminal ; deriving a channel estimate for each of the at least one terminal based on the pilot transmission from the terminal ; and transmitting data on the forward link to each terminal scheduled for data transmission using the channel estimate for the terminal ; the method further comprising: scheduling terminals for data transmission on the forward link based on the channel estimate derived for the at least one terminal , and/or performing spatial processing for the data transmission to each scheduled terminal based on the channel estimate for the scheduled terminal .
A flexible pipe body comprising: one or more encapsulated or enclosed regions of thermally active material disposed in a layer of the flexible pipe body, wherein the thermally active material is enclosed within a channel region ; wherein the thermally active material is a phase change material, and wherein the phase change of the phase change material is from solid to liquid, or from a first solid phase to a second solid phase, on exposure of the phase change material to heat, wherein said one or more encapsulated or enclosed regions comprise at least one helically wound continuous tape extending axially along a portion of the flexible pipe body, and wherein the layer incorporating the phase change material is the innermost layer of the flexible pipe body, and wherein the layer is an interlocked carcass layer. one or more encapsulated or enclosed regions of thermally active material disposed in a layer of the flexible pipe body, wherein the thermally active material is enclosed within a channel region ; wherein the thermally active material is a phase change material, and wherein the phase change of the phase change material is from solid to liquid, or from a first solid phase to a second solid phase, on exposure of the phase change material to heat, wherein said one or more encapsulated or enclosed regions comprise at least one helically wound continuous tape extending axially along a portion of the flexible pipe body, and wherein the layer incorporating the phase change material is the innermost layer of the flexible pipe body, and wherein the layer is an interlocked carcass layer.
A medical product for protecting or treating a lesion in the gastrointestinal tract comprising a protective covering, wherein the protective covering comprises a mucoadhesive agent in a powder form and at least one of a superabsorbent material and a hemostatic material, wherein the mucoadhesive agent is selected from the group consisting of carbomers, polycyclic aromatic hydrocarbons, carboxylic acids, chitosan materials, polyvinylpyrolidones, polyvinylalchohols, polycarbophils, methylcellulose, methylethylcellulose, sodium carboxymethylcellulose, hydroxypropylcellulose, hydroxypropylmethylcellulose, hydroxyethylcellulose, polyethylene glycol, lectins, thiamines, chitosan-cysteine, chitosan-thiolbutylamidine, chitosan-thioglycolic acid, polyacrylic acid-cysteine, polyacrylic acid-cysteamine, carboxymethylcellulose-cystein, alginate cysteine, mucin, guar gum, karaya gum, xanthan gum, locust bean gum, acacia gum, gellan gum, tragacanth, soluble starch, gelatin, pectin, and fimbrial protein biomolecules having an affinity for a mucosa; wherein the hemostatic material is selected from the group consisting of chitin, collagen, fibrin, kaolinite clays, plant-based polysaccharides, platelets, and smectite clays; and wherein the medical product upon application at and about the site of the lesion adheres to the gastrointestinal tissue and is capable of remaining at and about the site of the lesion for a minimum of 30 minutes.
Egg laying device for flies, the device comprising: - a fly cage and - a laying nest which is intended to receive the eggs laid by flies which are enclosed in the cage , characterized in that the cage is passed through by at least one egg laying aperture which opens towards the exterior of the cage via an external opening , and wherein the laying nest is arranged outside the cage and defines an egg laying zone which extends opposite the external opening , and on which the flies can lay eggs when they are laying eggs through the egg laying aperture while preventing the passage of the flies. - a fly cage and - a laying nest which is intended to receive the eggs laid by flies which are enclosed in the cage ,
Method of operating an apparatus for the mixing and extrusion of plastic mate rials, for example rubber-based and silicone-based materials, comprising a dump extruder body wherein two conical screws converging towards an extrusion die suitable for being occluded by closing means are mounted, the conical screws being accommodated within a low-pressure compounding chamber and within a pair of converging conical channels also defining a high-pressure chamber , said low-pressure chamber corresponding to an upstream area with respect to an extrusion direction, characterized in that in said high-pressure chamber , there is provided a first presser body , which forms a movable wall suitable for defining a controlled change in the volume of the respective chamber , and in that said first presser body is displaced in position at least during a compounding step wherein said closing means prevent the plastic material from passing through said extrusion die , and displacing said presser body to control the change in volume of the high-pressure compounding chamber determining a change in pressure and, indirectly, in temperature of the material being processed. in said high-pressure chamber , there is provided a first presser body , which forms a movable wall suitable for defining a controlled change in the volume of the respective chamber , and in that said first presser body is displaced in position at least during a compounding step wherein said closing means prevent the plastic material from passing through said extrusion die , and displacing said presser body to control the change in volume of the high-pressure compounding chamber determining a change in pressure and, indirectly, in temperature of the material being processed.
A method of processing a continuous web; the method comprising: providing an incoming continuous web of material in a vertical orientation; severing the vertically oriented web into discrete pieces , each piece comprising a leading edge, a trailing edge, a top edge and a bottom edge; acquiring said discrete pieces in a vertical orientation with a series of pucks of a rotating and pivoting unit at an acquisition point; rotating said discrete pieces with the rotating and pivoting unit about a vertical axis; spacing adjacent pieces by separating a trailing edge of a first discrete piece from a leading edge of a second discrete piece; reorienting said discrete pieces with the rotating and pivoting unit from the vertical orientation to a horizontal orientation by pivoting the series of pucks of the rotating and pivoting unit downwardly to transition said discrete pieces from the vertical orientation to the horizontal orientation; depositing said discrete pieces by releasing said discrete pieces from the series of pucks, while in the horizontal orientation, at a deposition point; and spacing adjacent pieces by separating a top edge of said first discrete piece from a bottom edge of said second discrete piece. providing an incoming continuous web of material in a vertical orientation; severing the vertically oriented web into discrete pieces , each piece comprising a leading edge, a trailing edge, a top edge and a bottom edge; acquiring said discrete pieces in a vertical orientation with a series of pucks of a rotating and pivoting unit at an acquisition point; rotating said discrete pieces with the rotating and pivoting unit about a vertical axis; spacing adjacent pieces by separating a trailing edge of a first discrete piece from a leading edge of a second discrete piece; reorienting said discrete pieces with the rotating and pivoting unit from the vertical orientation to a horizontal orientation by pivoting the series of pucks of the rotating and pivoting unit downwardly to transition said discrete pieces from the vertical orientation to the horizontal orientation; depositing said discrete pieces by releasing said discrete pieces from the series of pucks, while in the horizontal orientation, at a deposition point; and spacing adjacent pieces by separating a top edge of said first discrete piece from a bottom edge of said second discrete piece.
An apparatus comprising: a processor ; and a non-transitory computer readable medium on which is stored instructions that when executed by the processor, are to cause the processor to: access an audio signal captured by a microphone of a user's speech while the microphone is in a muted state; analyze a spectral or frequency content of the accessed audio signal to determine a direction at which the user was facing while the user spoke; and based on a determination that the user was facing the microphone while the user spoke, unmute the microphone a processor ; and a non-transitory computer readable medium on which is stored instructions that when executed by the processor, are to cause the processor to: access an audio signal captured by a microphone of a user's speech while the microphone is in a muted state; analyze a spectral or frequency content of the accessed audio signal to determine a direction at which the user was facing while the user spoke; and based on a determination that the user was facing the microphone while the user spoke, unmute the microphone access an audio signal captured by a microphone of a user's speech while the microphone is in a muted state; analyze a spectral or frequency content of the accessed audio signal to determine a direction at which the user was facing while the user spoke; and based on a determination that the user was facing the microphone while the user spoke, unmute the microphone
A three-dimensional screen structure, on which image light projected from an image light source is incident, the three-dimensional screen structure (20; 60) comprising: particles (21; 31; 61) that are three-dimensionally disposed and capable of transmitting or reflecting the image light , a particle size of the particles being in a range from 1 x 10 -4 cm 3 to 1 cm 3 and a pitch between the particles being in a range from 0.6 mm to 10 cm; and a bind unit that binds the particles so as to be fixed in position, wherein the particles (21; 31; 61) are disposed to impart phase information to an image projected from the image light source onto the three-dimensional screen structure (20; 40; 60) so that the three-dimensional screen structure (20; 40; 60) displays the projected image as a three-dimensional image. particles (21; 31; 61) that are three-dimensionally disposed and capable of transmitting or reflecting the image light , a particle size of the particles being in a range from 1 x 10 -4 cm 3 to 1 cm 3 and a pitch between the particles being in a range from 0.6 mm to 10 cm; and a bind unit that binds the particles so as to be fixed in position, wherein the particles (21; 31; 61) are disposed to impart phase information to an image projected from the image light source onto the three-dimensional screen structure (20; 40; 60) so that the three-dimensional screen structure (20; 40; 60) displays the projected image as a three-dimensional image.
Device for collecting an intestinal fluid sample comprising: - an envelope made of elastic polymer and impervious to digestive fluid, said envelope comprising at least one opening for admitting the intestinal fluid into the device; - a gastro-resistant material capable of dissolving in the intestinal fluid at 37°C being arranged above each opening; and - at least one mechanism for closing the opening(s), characterised in that : the device further comprises an inner polymeric material having an open cellular structure which is at least partially compressed, having a volume V i and capable of swelling to a volume greater than or equal to 1.1 x V i by absorbing intestinal fluid, the envelope enveloping the inner material , said at least one opening allowing the admission of intestinal fluid into the inner material, such that the swelling of the inner material causes an elastic deformation of the envelope, and in that : the mechanism for closing the opening(s) is configured such that the swelling of the inner material caused by the admission of intestinal fluid into the device induces the closure of the mechanism for closing the orifice(s). - an envelope made of elastic polymer and impervious to digestive fluid, said envelope comprising at least one opening for admitting the intestinal fluid into the device; - a gastro-resistant material capable of dissolving in the intestinal fluid at 37°C being arranged above each opening; and - at least one mechanism for closing the opening(s), characterised in that : the device further comprises an inner polymeric material having an open cellular structure which is at least partially compressed, having a volume V i and capable of swelling to a volume greater than or equal to 1.1 x V i by absorbing intestinal fluid, the envelope enveloping the inner material , said at least one opening allowing the admission of intestinal fluid into the inner material,
A minimally invasive surgical device comprising: a main body comprising an inner tube and an outer tube , the inner tube being disposed in the outer tube ; a buffer assembly , one end of the buffer assembly being connected to the inner tube ; and a cutter bit connected to the other end of the buffer assembly and having a cutting portion , wherein when the cutting portion is in contact with an object, the buffer assembly is adapted to enable the cutter bit to move relatively to the inner tube to decrease a cutting force between the cutting portion and the object, and is adapted to enable the cutting portion to be tilted along with a surface of the object, wherein the buffer assembly comprises an elastic member connected between the inner tube and the cutter bit , the minimally invasive surgical device being characterized in that the buffer assembly comprises a universal joint connected between the elastic member and the cutter bit . a main body comprising an inner tube and an outer tube , the inner tube being disposed in the outer tube ; a buffer assembly , one end of the buffer assembly being connected to the inner tube ; and a cutter bit connected to the other end of the buffer assembly and having a cutting portion , wherein when the cutting portion is in contact with an object, the buffer assembly is adapted to enable the cutter bit to move relatively to the inner tube to decrease a cutting force between the cutting portion and the object, and is adapted to enable the cutting portion to be tilted along with a surface of the object, wherein the buffer assembly comprises an elastic member connected between the inner tube and the cutter bit , the minimally invasive surgical device being characterized in that the buffer assembly comprises a universal joint connected between the elastic member and the cutter bit .
An integrated-circuit image sensor comprising: a plurality of photosensitive elements to accumulate charge in response to incident light; a shared floating diffusion to enable read-out of each of the photosensitive elements ; and row lines associated with respective rows of the photosensitive elements ; column lines associated with respective columns of the photosensitive elements such that activation of a selected one of the row lines and activation of a selected one of the column lines switchably couples the shared floating diffusion to a respective one of the photosensitive elements ; and control circuitry to read-out a signal corresponding to a charge level of the shared floating diffusion , wherein reading-out the signal corresponding to a charge level of the shared floating diffusion comprises that the control circuitry (i) activates a plurality of row line-column line combinations during a first interval in a partial read-out operation, and (ii) activates, if the charge level of the shared floating diffusion exceeds a threshold, conditionally based on the results of the partial read-out operation, the plurality of row line-column line combinations during a second interval in a full read-out operation. a shared floating diffusion to enable read-out of each of the photosensitive elements ; and row lines associated with respective rows of the photosensitive elements ; column lines associated with respective columns of the photosensitive elements such that activation of a selected one of the row lines and activation of a selected one of the column lines switchably couples the shared floating diffusion to a respective one of the photosensitive elements ; and control circuitry to read-out a signal corresponding to a charge level of the shared floating diffusion , wherein reading-out the signal corresponding to a charge level of the shared floating diffusion comprises that the control circuitry (i) activates a plurality of row line-column line combinations during a first interval in a partial read-out operation, and (ii) activates, if the charge level of the shared floating diffusion exceeds a threshold, conditionally based on the results of the partial read-out operation, the plurality of row line-column line combinations during a second interval in a full read-out operation. (i) activates a plurality of row line-column line combinations during a first interval in a partial read-out operation, and (ii) activates, if the charge level of the shared floating diffusion exceeds a threshold, conditionally based on the results of the partial read-out operation, the plurality of row line-column line combinations during a second interval in a full read-out operation.
A processing method for implementing automatic startup in a system comprising a plurality of mobile terminals and a server, characterized by comprising: acquiring , by a first mobile terminal of the plurality of mobile terminals, at least one of program startup information and startup call information of an application when it is detected that a startup event for the application occurs, wherein the program startup information comprises a package name and package information of the application, and the startup call information comprises a startup caller, a startup call component and a startup call path; sending , by the first mobile terminal, the at least one of the program startup information and the startup call information to the server; obtaining, by the server, a determination strategy for the application serving as a startup control strategy for the application, through analyzing the at least one of the program startup information and the startup call information by counting whether a number of callers of the application in a number of mobile terminals of the plurality of mobile terminals is greater than a predetermined threshold, and determining the application to be a malicious startup application when the number of the callers of the application is greater than the predetermined threshold; and acquiring, by the first mobile terminal, the determination strategy from the server, and using, by the first mobile terminal, the determination strategy as a startup control strategy for the application by determining whether to start the application or not according to the startup control strategy for the application. acquiring , by a first mobile terminal of the plurality of mobile terminals, at least one of program startup information and startup call information of an application when it is detected that a startup event for the application occurs, wherein the program startup information comprises a package name and package information of the application, and the startup call information comprises a startup caller, a startup call component and a startup call path; sending , by the first mobile terminal, the at least one of the program startup information and the startup call information to the server; obtaining, by the server, a determination strategy for the application serving as a startup control strategy for the application, through analyzing the at least one of the program startup information and the startup call information by counting whether a number of callers of the application in a number of mobile terminals of the plurality of mobile terminals is greater than a predetermined threshold, and determining the application to be a malicious startup application when the number of the callers of the application is greater than the predetermined threshold; and acquiring, by the first mobile terminal, the determination strategy from the server, and using, by the first mobile terminal, the determination strategy as a startup control strategy for the application by determining whether to start the application or not according to the startup control strategy for the application.