mhurhangee/ep-ind-claims huggingface dataset:
A double-faced display device comprising: a first display panel and a second display panel providing a front surface and a rear surface of the display device respectively; a sound generating actuator connected to the first display panel and the second display panel to simultaneously vibrate the first display panel and the second display panel to generate sound; and a support part configured to support the sound generating actuator, the first display panel, and the second display panel. a first display panel and a second display panel providing a front surface and a rear surface of the display device respectively; a sound generating actuator connected to the first display panel and the second display panel to simultaneously vibrate the first display panel and the second display panel to generate sound; and a support part configured to support the sound generating actuator, the first display panel, and the second display panel.
A non-transitory computer readable medium storing instructions that, when executed by a processor of a node included in a plurality of nodes of a wireless network, cause the processor to process buffered data to identify notifications, by performing the steps of: receiving data from the plurality of nodes across a plurality of channels (A, E, K) of the wireless network; storing the data in a buffer; processing data stored in the buffer that is associated with a first channel included in the plurality of channels (A, E, K) to identify a first notification received from a first node included in the plurality of nodes; characterized by in response to identifying the first notification, processing data stored in the buffer that is associated with one or more other channels (E, K) included in the plurality of channels (A, E, K) to identify one or more additional notifications received from at least one other node included in the plurality of nodes prior to when the first notification was received from the first node. receiving data from the plurality of nodes across a plurality of channels (A, E, K) of the wireless network; storing the data in a buffer; processing data stored in the buffer that is associated with a first channel included in the plurality of channels (A, E, K) to identify a first notification received from a first node included in the plurality of nodes; characterized by in response to identifying the first notification, processing data stored in the buffer that is associated with one or more other channels (E, K) included in the plurality of channels (A, E, K) to identify one or more additional notifications received from at least one other node included in the plurality of nodes prior to when the first notification was received from the first node.
A sweetener having the sweetness and taste of sucrose, which is a mixture of D-fructose, D-glucose, and D-psicose, for use in suppressing obesity induction by isomerized sugar, wherein the amount of the D-fructose is 30 to 80 parts by weight, and the total amount of the D-glucose and the D-psicose is 70 to 20 parts by weight, wherein the amount of the D-psicose is not less than 10 parts by weight based on 100 parts by weight of the total amount of the D-glucose and the D-psicose, and wherein the sweetener contains the D-psicose in an amount of not less than 5 parts by weight.
Composition prepared from a supramolecular polymer comprising repeat units linked to one another via hydrogen bonds and at least one of said units of which contains a 2,5-diketopiperazine group, said composition being, at ambient temperature, in the form of a paste or of a semicrystalline or amorphous solid.
A pharmaceutical composition comprising a therapeutic agent selected from the group consisting of RRx-001 and a pharmaceutically acceptable salt thereof, for use in a method for treating a subject in need of protection against radiation to thereby protect the subject against radiation, wherein at least one dose of the therapeutic agent is administered to the subject at least 6 hours prior to exposure to the radiation or after the exposure to the radiation has ceased.
A surgical access port system adapted for performing laparoscopic surgical procedures at a natural orifice comprising: a relatively rigid outer ring, wherein the outer ring is configured to be disposed proximate the natural orifice of the patient and substantially surround the orifice; a tubular body defining a generally cylindrical passage, wherein the passage is intended to be able to accommodate multiple surgical instruments positioned therethrough and is formed of a flexible material having a predetermined fixed length, wherein the wall thickness and material of the tubular body are selected such that the tubular body is sufficiently resilient to, in use, maintain a passage through the natural orifice; a funnel segment extending between and coupling the outer ring and the tubular body, wherein the funnel segment provides a diametric reduction between the relatively large diameter of the outer ring and the relatively smaller diameter of the tubular body, which is sized to fit within a natural orifice with minimal distention of the orifice; an inner ring disposed on the distal edge of the tubular body the inner ring having an out diameter greater than the outer diameter of the tubular body; and a removable cap, wherein the cap comprises a generally flat sealable access surface and is adapted to sealing by engage the outer ring. a relatively rigid outer ring, wherein the outer ring is configured to be disposed proximate the natural orifice of the patient and substantially surround the orifice; a tubular body defining a generally cylindrical passage, wherein the passage is intended to be able to accommodate multiple surgical instruments positioned therethrough and is formed of a flexible material having a predetermined fixed length, wherein the wall thickness and material of the tubular body are selected such that the tubular body is sufficiently resilient to, in use, maintain a passage through the natural orifice; a funnel segment extending between and coupling the outer ring and the tubular body, wherein the funnel segment provides a diametric reduction between the relatively large diameter of the outer ring and the relatively smaller diameter of the tubular body, which is sized to fit within a natural orifice with minimal distention of the orifice; an inner ring disposed on the distal edge of the tubular body the inner ring having an out diameter greater than the outer diameter of the tubular body; and a removable cap, wherein the cap comprises a generally flat sealable access surface and is adapted to sealing by engage the outer ring.
A method of making an article of footwear, the method comprising: forming a bonding layer that comprises a plurality of silicates on a polymeric composition defining a surface of a component of footwear, wherein the polymeric composition comprises a plurality of cured rubber polymer chains; contacting the bonding layer with a material comprising a plurality of polyurethane polymer chains; and forming chemical bonds between a portion of the plurality of silicates of the bonding layer and a first portion of the plurality of PU polymer chains of the material, thereby bonding the component of footwear to the material. forming a bonding layer that comprises a plurality of silicates on a polymeric composition defining a surface of a component of footwear, wherein the polymeric composition comprises a plurality of cured rubber polymer chains; contacting the bonding layer with a material comprising a plurality of polyurethane polymer chains; and forming chemical bonds between a portion of the plurality of silicates of the bonding layer and a first portion of the plurality of PU polymer chains of the material, thereby bonding the component of footwear to the material.
One or more computer-readable media having computer-readable instructions therein that, when executed by a computing device, cause the computing device to perform acts comprising: receiving, at a virtual machine monitor operating in a virtual machine monitor privilege mode, a request from a protection agent that a range of memory (206, 306) be made unalterable from or inaccessible from an operating-system privilege mode, the protection agent residing within the range of memory (206, 306); making, by the virtual machine monitor, the range of memory (206, 306) unalterable from or inaccessible from the operating-system privilege mode and setting, by the virtual machine monitor, a timer to run the protection agent; and running, when the timer expires, the protection agent operating in a protection agent privilege mode; wherein the protection agent privilege mode is more privileged than the operating system privilege mode but less privileged than the virtual machine monitor privilege mode. receiving, at a virtual machine monitor operating in a virtual machine monitor privilege mode, a request from a protection agent that a range of memory (206, 306) be made unalterable from or inaccessible from an operating-system privilege mode, the protection agent residing within the range of memory (206, 306); making, by the virtual machine monitor, the range of memory (206, 306) unalterable from or inaccessible from the operating-system privilege mode and setting, by the virtual machine monitor, a timer to run the protection agent; and running, when the timer expires, the protection agent operating in a protection agent privilege mode; wherein the protection agent privilege mode is more privileged than the operating system privilege mode but less privileged than the virtual machine monitor privilege mode.
A method of fabricating a thin-film semiconductor device, comprising: providing a plurality of raw semiconductor materials; pre-reacting the raw semiconductor materials to form a homogeneous compound semiconductor target material; wherein the raw semiconductor materials comprise I-III-VI compound semiconductor materials and F as a further constituent along with the I-III-VI compound semiconductor materials, or comprise II-VI compound semiconductor materials; and depositing the compound semiconductor target material onto a substrate to form a thin-film having a composition the same as a composition of the compound semiconductor target material. providing a plurality of raw semiconductor materials; pre-reacting the raw semiconductor materials to form a homogeneous compound semiconductor target material; wherein the raw semiconductor materials comprise I-III-VI compound semiconductor materials and F as a further constituent along with the I-III-VI compound semiconductor materials, or comprise II-VI compound semiconductor materials; and depositing the compound semiconductor target material onto a substrate to form a thin-film having a composition the same as a composition of the compound semiconductor target material.
An endoscope shape display control device comprising: at least one processor, wherein the processor acquires information for imaging a shape of an insertion part of an endoscope inserted in a subject, generates a shape display image in which the shape of the insertion part is displayed based on the acquired information, and controls, in a case in which the shape display image to be displayed is reduced, a reduction rate that is a reduced size with respect to a preset reference size, and executes, in a case in which an entire shape display image is reduced by a first reduction rate, a first control of setting the reduction rate to a second reduction rate larger than the first reduction rate for a diameter of the insertion part in the shape display image; and in a case in which the first reduction rate is equal to or larger than a preset threshold value, a second control of setting the first reduction rate and the second reduction rate to the same value, and executes, in a case in which the first reduction rate is smaller than the threshold value, the first control. at least one processor, wherein the processor acquires information for imaging a shape of an insertion part of an endoscope inserted in a subject, generates a shape display image in which the shape of the insertion part is displayed based on the acquired information, and controls, in a case in which the shape display image to be displayed is reduced, a reduction rate that is a reduced size with respect to a preset reference size, and executes, in a case in which an entire shape display image is reduced by a first reduction rate, a first control of setting the reduction rate to a second reduction rate larger than the first reduction rate for a diameter of the insertion part in the shape display image; and in a case in which the first reduction rate is equal to or larger than a preset threshold value, a second control of setting the first reduction rate and the second reduction rate to the same value, and executes, in a case in which the first reduction rate is smaller than the threshold value, the first control.
A cartridge for operable connection with a holding element to form a phototherapy apparatus, the cartridge comprising: a radiation source for emitting radiation towards one or more eye of a user; a mount element for positioning the radiation source in a predetermined position relative to the one or more eye; wherein the cartridge is substantially planar and flexible to fit to the face of the user; wherein the mount element comprises a locating portion configured for locating the cartridge at a predetermined position with respect to the face of the user, and wherein the cartridge is configured to be insertable and holdable in the holding device. a radiation source for emitting radiation towards one or more eye of a user; a mount element for positioning the radiation source in a predetermined position relative to the one or more eye; wherein the cartridge is substantially planar and flexible to fit to the face of the user; wherein the mount element comprises a locating portion configured for locating the cartridge at a predetermined position with respect to the face of the user, and wherein the cartridge is configured to be insertable and holdable in the holding device.
Tea product comprising a preservative composition, wherein the tea product is a ready-to-drink beverage or a beverage concentrate, and the preservative composition comprises: hexanal; E-2-hexenal; E-2-hexenol; E-linalool oxide; methanol; and methyl salicylate, wherein the total concentration of + + + + + in the tea product is 10 ppm to 10000 ppm, and wherein tea product comprises linalool at a concentration such that the ratio of the linalool concentration to the total concentration of + + + + + in the tea product is 1:14 to 1:800. hexanal; E-2-hexenal; E-2-hexenol; E-linalool oxide; methanol; and methyl salicylate, wherein the total concentration of + + + + + in the tea product is 10 ppm to 10000 ppm, and wherein tea product comprises linalool at a concentration such that the ratio of the linalool concentration to the total concentration of + + + + + in the tea product is 1:14 to 1:800.
Entropy encoding apparatus comprising a decomposer configured to convert a sequence of syntax elements having a value range which is sub-divided into a sequence of N partitions (140 1-3) into a sequence of source symbols by individually decomposing at least a subgroup of the syntax elements into a respective number n of source symbols s i with i=1...n, the respective number n of source symbols depending on as to which of the sequence of N partitions (140 1-3) a value z of the respective syntax elements falls into, so that a sum of values of the respective number of source symbols s i yields z, and, if n>1, for all i=1...n-1, the value of s i corresponds to a range of the i th partition; a subdivider configured to subdivide the sequence of source symbols into a first subsequence of source symbols and a second subsequence of source symbols such that all source symbols s x with x being member of a first subset of {1...N} are contained within the first subsequence and all source symbols s y with y being member of a second subset of {1...N} being disjoint to the first subset, are contained within the second subsequence; a VLC encoder configured to symbol-wisely encode the source symbols of the first subsequence; and an arithmetic encoder configured to encode the second subsequence of source symbols, characterised in that the subgroup of the syntax elements encompass absolute transform coefficient levels of absolute transform coefficients of transform blocks of a picture with the absolute transform coefficient levels of a respective transform block being arranged within the sequence of syntax elements in accordance with a scan path leading through the absolute transform coefficients of the respective transform blocks, wherein the decomposer is configured to adapt one or more of limits between the partitions during decomposing the absolute transform coefficient levels of the absolute transform coefficients of a respective transform block depending on already encoded absolute transform coefficient levels of absolute transform coefficients of the respective transform blocks preceding in the scan order or depending on a position of the absolute transform coefficient level currently to be decomposed in the scan order, or based on an evaluation of the already reconstructed absolute transform coefficient levels of transform coefficients neighboring - either spatially or in scan order - the position of the absolute transform coefficient level currently to be decomposed.
A flexible valve (100, 200) for a needleless connector, comprising: a head (110, 210) having a top section (112, 212), a column section (118, 218) having an outer circumferential surface and defining an axial center (101, 201) of the head (110, 210), and at least one notch (114, 214) disposed on the column section (118, 218); a primary seal portion (120, 220) coupled to the head (110, 210); and a lower portion (130, 230) coupled to the primary seal portion (120, 220), characterized in that a non-perpendicular angle (α) of a top planar surface (116, 216) of the top section (112, 212) is defined such that a portion of the top planar surface (116, 216) is above a perpendicular cross-section and is disposed above and on the same side of the head (110, 210) as one of the at least one notch (114, 214) when the flexible valve (100, 200) is in a resting or unutilized state prior to being engaged by a medical implement, wherein the flexible valve (100, 200) is configured to be movable when engaged by the medical implement, and wherein the flexible valve (100, 200) is configured to spring back when the flexible valve (100, 200) is disengaged from the medical implement so that the top planar surface (116, 216) is substantially perpendicular to the axial center (101, 201) due to the at least one notch (114, 214). a head (110, 210) having a top section (112, 212), a column section (118, 218) having an outer circumferential surface and defining an axial center (101, 201) of the head (110, 210), and at least one notch (114, 214) disposed on the column section (118, 218); a primary seal portion (120, 220) coupled to the head (110, 210); and a lower portion (130, 230) coupled to the primary seal portion (120, 220), characterized in that a non-perpendicular angle (α) of a top planar surface (116, 216) of the top section (112, 212) is defined such that a portion of the top planar surface (116, 216) is above a perpendicular cross-section and is disposed above and on the same side of the head (110, 210) as one of the at least one notch (114, 214) when the flexible valve (100, 200) is in a resting or unutilized state prior to being engaged by a medical implement, wherein the flexible valve (100, 200) is configured to be movable when engaged by the medical implement, and wherein the flexible valve (100, 200) is configured to spring back when the flexible valve (100, 200) is disengaged from the medical implement so that the top planar surface (116, 216) is substantially perpendicular to the axial center (101, 201) due to the at least one notch (114, 214).
A communication method, comprising: receiving, by a user equipment, UE, a first pilot in a first allocated time frequency resource for UE measurement; receiving, by the UE, a second pilot in a second allocated time frequency resource for UE measurement, wherein a first pilot/mute pattern density of the first allocated time frequency resource (600-A) is different from a second pilot/mute pattern density of the second allocated time frequency resource (600-B) in time or frequency domain; characterized by further comprising: receiving, by the UE prior to receiving the first pilot, the first pilot/mute pattern density of the first allocated time frequency resource (600-A) for a first given virtual transmit point, VTP, configuration; and receiving, by the UE prior to receiving the second pilot, the second pilot/mute pattern density of the second allocated time frequency resource (600-B) for a second given VTP configuration selected more or less frequently than the first given VTP configuration, wherein each VTP configuration represents an allocation of transmit points, TPs, among a plurality of VTPs, and wherein each VTP comprises at least one TP. receiving, by a user equipment, UE, a first pilot in a first allocated time frequency resource for UE measurement; receiving, by the UE, a second pilot in a second allocated time frequency resource for UE measurement, wherein a first pilot/mute pattern density of the first allocated time frequency resource (600-A) is different from a second pilot/mute pattern density of the second allocated time frequency resource (600-B) in time or frequency domain; characterized by further comprising: receiving, by the UE prior to receiving the first pilot, the first pilot/mute pattern density of the first allocated time frequency resource (600-A) for a first given virtual transmit point, VTP, configuration; and receiving, by the UE prior to receiving the second pilot, the second pilot/mute pattern density of the second allocated time frequency resource (600-B) for a second given VTP configuration selected more or less frequently than the first given VTP configuration, wherein each VTP configuration represents an allocation of transmit points, TPs, among a plurality of VTPs, and wherein each VTP comprises at least one TP. receiving, by the UE prior to receiving the first pilot, the first pilot/mute pattern density of the first allocated time frequency resource (600-A) for a first given virtual transmit point, VTP, configuration; and receiving, by the UE prior to receiving the second pilot, the second pilot/mute pattern density of the second allocated time frequency resource (600-B) for a second given VTP configuration selected more or less frequently than the first given VTP configuration, wherein each VTP configuration represents an allocation of transmit points, TPs, among a plurality of VTPs, and wherein each VTP comprises at least one TP.
A solid electrolyte capacitor comprising a jacketed capacitor element, the capacitor element being obtained by sequentially stacking a dielectric oxide film layer, a semiconductor layer and an electrically conducting layer (5,6) on a surface of a valve-acting metal sintered body or electrically conducting oxide sintered body connected with an anode lead, wherein the thickness of the semiconductor layer at least 0.2 mm from the anode lead on the sintered body surface connected with an anode lead is 5 μm or less, characterized in that the thickness of the semiconductor layer in the portion excluding the at least 0.2 mm from the anode lead is from 5 to 100 μm and the semiconductor layer on the sintered body surface connected with an anode lead is tapered to form a slope from the edges of the face toward the anode lead-connection point such that the thickness of the semiconductor layer become smaller toward the anode lead-connection point.