mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for assessing susceptibility of a patient's foot tissue to forming a diabetic foot ulcer, said apparatus comprising: a plurality of electrodes (110, 120) embedded on a shaped substrate, wherein pairs of said plurality of electrodes (110, 120) each are capable of forming one or more capacitive sensors configured to measure a first capacitance of a first region of foot tissue proximate to said capacitive sensor, thereby forming a plurality of capacitive sensors and wherein said shaped substrate is a flexible conforming garment into which a foot can be inserted, and wherein the plurality of capacitive sensors (90, 520) are located under and around the heel of the flexible, conforming garment, a drive circuit electronically coupled to said electrodes, a processor electronically coupled to said drive circuit, and a non-transitory computer-readable medium electronically coupled to said processor and comprising instructions stored thereon that, when executed on said processor, perform the steps of: receiving information regarding said measured first capacitance from said drive circuit, comparing said measured first capacitance to a first reference value, and providing a signal if said measured first capacitance differs from said first reference value by an amount greater than a first predetermined threshold. a plurality of electrodes (110, 120) embedded on a shaped substrate, wherein pairs of said plurality of electrodes (110, 120) each are capable of forming one or more capacitive sensors configured to measure a first capacitance of a first region of foot tissue proximate to said capacitive sensor, thereby forming a plurality of capacitive sensors and wherein said shaped substrate is a flexible conforming garment into which a foot can be inserted, and wherein the plurality of capacitive sensors (90, 520) are located under and around the heel of the flexible, conforming garment, a drive circuit electronically coupled to said electrodes, a processor electronically coupled to said drive circuit, and a non-transitory computer-readable medium electronically coupled to said processor and comprising instructions stored thereon that, when executed on said processor, perform the steps of: receiving information regarding said measured first capacitance from said drive circuit, comparing said measured first capacitance to a first reference value, and providing a signal if said measured first capacitance differs from said first reference value by an amount greater than a first predetermined threshold. receiving information regarding said measured first capacitance from said drive circuit, comparing said measured first capacitance to a first reference value, and providing a signal if said measured first capacitance differs from said first reference value by an amount greater than a first predetermined threshold.
A slide cell phone comprising a sliding rail structure, a main body and a slide, the sliding rail structure comprising: - a sliding rail fastener fastened to a cell phone main body; - a sliding rail slider; - a sliding rail moving part that fastens and connects to a cell phone slide, wherein the sliding rail slider is placed between the sliding rail fastener and the sliding rail moving part and is used to muffle noise and to facilitate sliding; - a plurality of protruding platforms placed at locations that connect the sliding rail slider and the sliding rail fastener, for fitting and holding the sliding rail fastener; and - wherein, on the sliding rail fastener, a plurality of first threaded holes are placed at locations for use in connecting to the cell phone main body, and wherein the first threaded holes provide protruding peripheries, wherein the holes are drilled in a way so that the metal on the peripheries of the holes protrudes slightly. - a sliding rail fastener fastened to a cell phone main body; - a sliding rail slider; - a sliding rail moving part that fastens and connects to a cell phone slide, wherein the sliding rail slider is placed between the sliding rail fastener and the sliding rail moving part and is used to muffle noise and to facilitate sliding; - a plurality of protruding platforms placed at locations that connect the sliding rail slider and the sliding rail fastener, for fitting and holding the sliding rail fastener; and - wherein, on the sliding rail fastener, a plurality of first threaded holes are placed at locations for use in connecting to the cell phone main body, and wherein the first threaded holes provide protruding peripheries, wherein the holes are drilled in a way so that the metal on the peripheries of the holes protrudes slightly.
A polygulonic acid sulfate or pharmaceutically acceptable salt thereof, in which L-guluronic acid unit is linked by 1,4-glycosidic bonds with each other, with a hydroxyl located at position 1 of the reducing end, and the sugar rings completely sulfated at C-2 position, wherein the polygulonic acid sulfate or pharmaceutically acceptable salt thereof has a structure of the following general formula: wherein, n represents 0 or an integer of 1-23, R 1 is SO 3 H, R 2, independent of one another, represents H or SO 3 H, provided that the degree of sulfation calculated as the sulfur content of the polygulonic acid sulfate is 5 to 20 weight%. n represents 0 or an integer of 1-23, R 1 is SO 3 H, R 2, independent of one another, represents H or SO 3 H, provided that the degree of sulfation calculated as the sulfur content of the polygulonic acid sulfate is 5 to 20 weight%.
A first terminal device comprising: an acquisition unit configured to acquire authentication information provided by a second terminal device configured to perform mobile communication in a mobile communication network; and an authentication execution unit configured to perform an authentication procedure for connecting to a wireless network different from the mobile communication network by using the authentication information, wherein the authentication information includes subscriber identification information for identifying a subscriber provided by a subscriber identity module of the second terminal device or information generated based on the subscriber identification information, and wherein the acquisition unit is configured to acquire at least some of the authentication information before the authentication procedure for connecting to the wireless network starts and when either the first terminal device is instructed to switch communication or communication using tethering starts. an acquisition unit configured to acquire authentication information provided by a second terminal device configured to perform mobile communication in a mobile communication network; and an authentication execution unit configured to perform an authentication procedure for connecting to a wireless network different from the mobile communication network by using the authentication information, wherein the authentication information includes subscriber identification information for identifying a subscriber provided by a subscriber identity module of the second terminal device or information generated based on the subscriber identification information, and wherein the acquisition unit is configured to acquire at least some of the authentication information before the authentication procedure for connecting to the wireless network starts and when either the first terminal device is instructed to switch communication or communication using tethering starts.
Corner connector for door or window frames made from hollow profiles with a welded surface sloped to match the slope of the mitre joint and a shaft projecting from the former, adapted to match the inner cross-section of the hollow profile and to be held In place within it, a threaded spindle which is rotatably mounted in shaft and at least one tensioning element which sits laterally inside the shaft wall and can be tensioned radially and outwardly by rotating threaded spindle with threaded spindle positioned with its thread inside a stationary thread guide inside shaft, and with tensioning element resting against the side of the threaded spindle, characterised in that threaded spindle is conical in shape, and in that the thread guide is formed by an internal thread profile section in which spindle lies laterally and in that tensioning element rests against the side of the spindle opposite the internal thread profile section.
An implantable medical device comprising: a lead connecting arrangement configured to be connected to a cardiac lead (210, 220) to be implanted in or in connection with a ventricle (12, 14) of a heart of a patient and comprising a cardiomechanic sensor configured to generate a deformation signal representative of the myocardial deformation; a derivative calculator configured to generate a deformation rate signal representative of rate of said myocardial deformation by calculating the derivative of said deformation signal with respect to time; a signal filter unit; and a pressure calculator, characterized in that said signal filter unit is configured to filter said deformation rate signal from said derivative calculator to get a filtered deformation rate signal, said implantable medical device further comprises a peak identifier configured to identify respective maximum deformation rate values in said filtered deformation rate signal for multiple cardiac cycles, wherein said pressure calculator is configured to calculate a value representative of systemic blood pressure of said patient based on a combination of said respective maximum deformation rate values identified by said peak identifier. a lead connecting arrangement configured to be connected to a cardiac lead (210, 220) to be implanted in or in connection with a ventricle (12, 14) of a heart of a patient and comprising a cardiomechanic sensor configured to generate a deformation signal representative of the myocardial deformation; a derivative calculator configured to generate a deformation rate signal representative of rate of said myocardial deformation by calculating the derivative of said deformation signal with respect to time; a signal filter unit; and a pressure calculator, characterized in that said signal filter unit is configured to filter said deformation rate signal from said derivative calculator to get a filtered deformation rate signal, said implantable medical device further comprises a peak identifier configured to identify respective maximum deformation rate values in said filtered deformation rate signal for multiple cardiac cycles, wherein said pressure calculator is configured to calculate a value representative of systemic blood pressure of said patient based on a combination of said respective maximum deformation rate values identified by said peak identifier.
Polysaccharide of fungal origin or fungal extract comprising mostly a chitin-glucan copolymer, or composition comprising such a polysaccharide, for its use in preventing, treating, or fighting against dyslipidemia, hypercholesterolemia, atherosclerosis, a pathological condition associated with atherosclerosis, obesity, cardiovascular disease, metabolic syndrome, diabetes, hyperglycemia or hyperuricemia, or for promoting satiety, promoting alimentary transit, or promoting stable lipid and glucose homeostasis, said use comprising the oral administration of said polysaccharide of fungal origin, or of said composition comprising it, to a human being or an animal, preferably a mammal.
A method of operating a first user device included in a user device group including the first user device and a second user device that share a same service identifier for a communication service, the method comprising: accepting user input at the first user device to activate an operation mode for the first user device; responsive to accepting the user input to activate the operation mode at the first user device, activating the operation mode at the first user device; and responsive to accepting the user input to activate the operation mode at the first user device, transmitting a notification regarding activation of the operation mode to a control server that is remote from the first user device, and further comprising: responsive to accepting the user input to activate the operation mode, providing a prompt for user input regarding activation of the operation mode at the second user device of the user device group; and accepting user input to activate the operation mode at the second user device of the user device group; wherein transmitting the notification regarding activation comprises transmitting the notification regarding activation of the operation mode of second user device responsive to accepting the user input to activate the operation mode at the first user device and responsive to accepting the user input to activate the operation mode at the second user device. accepting user input at the first user device to activate an operation mode for the first user device; responsive to accepting the user input to activate the operation mode at the first user device, activating the operation mode at the first user device; and responsive to accepting the user input to activate the operation mode at the first user device, transmitting a notification regarding activation of the operation mode to a control server that is remote from the first user device, and further comprising: responsive to accepting the user input to activate the operation mode, providing a prompt for user input regarding activation of the operation mode at the second user device of the user device group; and accepting user input to activate the operation mode at the second user device of the user device group; responsive to accepting the user input to activate the operation mode, providing a prompt for user input regarding activation of the operation mode at the second user device of the user device group; and accepting user input to activate the operation mode at the second user device of the user device group; wherein transmitting the notification regarding activation comprises transmitting the notification regarding activation of the operation mode of second user device responsive to accepting the user input to activate the operation mode at the first user device and responsive to accepting the user input to activate the operation mode at the second user device.
A golf ball comprising a spherical core, an inner mid layer positioned outside the core, an outer mid layer positioned outside the inner mid layer, and a cover positioned outside the outer mid layer, wherein the core has a diameter of equal to or greater than 36.0 mm, when distances (%) from a central point of the core to nine points and JIS-C hardnesses at the nine points, which nine points are obtained by dividing a region from the central point of the core to a surface of the core at intervals of 12.5% of a radius of the core, are plotted in a graph, R 2 of a linear approximation curve obtained by a least-square method is equal to or greater than 0.95, characterized in that either i) a Shore D hardness Hm1 of the inner mid layer is greater than a Shore D hardness Hm2 of the outer mid layer, a Shore D hardness Hc of the cover is less than the hardness Hm1, and a thickness T2 of the outer mid layer is equal to or greater than 0.5 mm but equal to or less than 1.6 mm, or ii) a Shore D hardness Hm2 of the outer mid layer is greater than a Shore D hardness Hm1 of the inner mid layer, a Shore D hardness Hc of the cover is less than the hardness Hm2, and the hardness Hm1 is less than 50.
An apparatus for maintaining trivalent chromium plating bath efficiency, the apparatus comprising: an aqueous electroplating bath that includes trivalent chromium ions and a sulfur compound selected from sulfurous acid, sulfite, disulfurous acid disulfite, organic or inorganic compounds containing a -SH (mercapto group), -S- (thioether group), >C=S (thioaldehyde group, thioketone group), -COSH (thiocarboxy group), - CSSH (dithiocarboxy group), -CSNH 2 (thioamide group), -SSO 3 (thiosulfate) and - SCN (thiocyanate group); and wherein the apparatus further includes a cathode workpiece in the bath and an anode contacting the bath, a UV treatment assembly including an ultraviolet radiation source that provides UV radiation to the bath effective to inhibit a reduction in plating efficiency of the bath during electroplating the workpiece, wherein the UV treatment assembly is in fluid communication with a filter, which can remove impurities in the bath, as well as a pump, which can provide constant, continuous, or intermittent flow or circulation of the electroplating bath, and the UV radiation is provided at a wavelength of 300 nm to 100 nm. an aqueous electroplating bath that includes trivalent chromium ions and a sulfur compound selected from sulfurous acid, sulfite, disulfurous acid disulfite, organic or inorganic compounds containing a -SH (mercapto group), -S- (thioether group), >C=S (thioaldehyde group, thioketone group), -COSH (thiocarboxy group), - CSSH (dithiocarboxy group), -CSNH 2 (thioamide group), -SSO 3 (thiosulfate) and - SCN (thiocyanate group); and wherein the apparatus further includes a cathode workpiece in the bath and an anode contacting the bath, a UV treatment assembly including an ultraviolet radiation source that provides UV radiation to the bath effective to inhibit a reduction in plating efficiency of the bath during electroplating the workpiece, wherein the UV treatment assembly is in fluid communication with a filter, which can remove impurities in the bath, as well as a pump, which can provide constant, continuous, or intermittent flow or circulation of the electroplating bath, and the UV radiation is provided at a wavelength of 300 nm to 100 nm.
A respirator mask comprising: a frame including a frame voicemitter aperture; a voicemitter; and a nosecup removably coupled to the frame characterized in that the removable coupling of the nosecup to the frame is achieved by a rotation of the voicemitter within the frame voicemitter aperture by a predetermined amount to removably lock the nosecup via the voicemitter to the frame voicemitter aperture, the respirator mask being further characterized in that the voicemitter includes a voicemitter head portion and a voicemitter neck portion having engagement features; the nosecup includes a first nosecup stalk and a second nosecup stalk, said first nosecup stalk including a distal end and a voicemitter aperture at the first nosecup stalk distal end; and the head portion of the voicemitter being located within the first nosecup stalk and at least a portion of the neck portion of the voicemitter extending through the nosecup voicemitter aperture and being within the frame voicemitter aperture when the mask is assembled and when the nosecup is locked to the frame voicemitter aperture, the frame voicemitter aperture having complementary engagement features to the engagement features of the voicemitter. a frame including a frame voicemitter aperture; a voicemitter; and a nosecup removably coupled to the frame characterized in that the removable coupling of the nosecup to the frame is achieved by a rotation of the voicemitter within the frame voicemitter aperture by a predetermined amount to removably lock the nosecup via the voicemitter to the frame voicemitter aperture, the respirator mask being further characterized in that the voicemitter includes a voicemitter head portion and a voicemitter neck portion having engagement features; the nosecup includes a first nosecup stalk and a second nosecup stalk, said first nosecup stalk including a distal end and a voicemitter aperture at the first nosecup stalk distal end; and the head portion of the voicemitter being located within the first nosecup stalk and at least a portion of the neck portion of the voicemitter extending through the nosecup voicemitter aperture and being within the frame voicemitter aperture when the mask is assembled and when the nosecup is locked to the frame voicemitter aperture, the frame voicemitter aperture having complementary engagement features to the engagement features of the voicemitter.
A system, comprising: a cable modem comprising: a physical layer configured to communicate over an upstream channel (200, 602), and a bandwidth requestor configured to send a bandwidth request over the upstream channel for a stateless flow, wherein the stateless flow is provisioned for stateless requesting; and a cable modem termination system comprising: an upstream physical layer demodulator configured to receive said bandwidth request over said upstream channel, and a bandwidth allocator configured to allocate bandwidth and maintain a state cycle that tracks the bandwidth request received over the upstream channel for the stateless flow, including maintaining request/grant tracking of the state cycle. a cable modem comprising: a physical layer configured to communicate over an upstream channel (200, 602), and a bandwidth requestor configured to send a bandwidth request over the upstream channel for a stateless flow, wherein the stateless flow is provisioned for stateless requesting; and a physical layer configured to communicate over an upstream channel (200, 602), and a bandwidth requestor configured to send a bandwidth request over the upstream channel for a stateless flow, wherein the stateless flow is provisioned for stateless requesting; and a cable modem termination system comprising: an upstream physical layer demodulator configured to receive said bandwidth request over said upstream channel, and a bandwidth allocator configured to allocate bandwidth and maintain a state cycle that tracks the bandwidth request received over the upstream channel for the stateless flow, including maintaining request/grant tracking of the state cycle. an upstream physical layer demodulator configured to receive said bandwidth request over said upstream channel, and a bandwidth allocator configured to allocate bandwidth and maintain a state cycle that tracks the bandwidth request received over the upstream channel for the stateless flow, including maintaining request/grant tracking of the state cycle.