mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for connecting bars comprising: a clip string having a terminal clip, the clip string comprising a plurality of connected clips, wherein each clip has a seat open in a first direction for positioning a first bar, a plurality of hooks for positioning a second bar transverse to the first bar wherein each clip has an upper body, and wherein each clip has at least one joining portion wherein the hooks are joined to the upper body by the joining portion; a barrel having a clip receiving cavity, the terminal clip being received in the clip receiving cavity; characterised in that the apparatus further comprises a hammer received in the barrel, the hammer reciprocating longitudinally within the barrel for contacting and expelling the terminal clip from the barrel; wherein the upper body of each clip defines a cradle open in a second direction opposing the first direction for engaging and positioning a bar as an alternative to the first bar, parallel to and above the second bar; and wherein the terminal clip is arranged to be expelled from an open distal end of the barrel and wherein the seat and plurality of hooks for positioning the second bar are open towards the distal end of the barrel a clip string having a terminal clip, the clip string comprising a plurality of connected clips, wherein each clip has a seat open in a first direction for positioning a first bar, a plurality of hooks for positioning a second bar transverse to the first bar wherein each clip has an upper body, and wherein each clip has at least one joining portion wherein the hooks are joined to the upper body by the joining portion; a barrel having a clip receiving cavity, the terminal clip being received in the clip receiving cavity; characterised in that the apparatus further comprises a hammer received in the barrel, the hammer reciprocating longitudinally within the barrel for contacting and expelling the terminal clip from the barrel; wherein the upper body of each clip defines a cradle open in a second direction opposing the first direction for engaging and positioning a bar as an alternative to the first bar, parallel to and above the second bar; and wherein the terminal clip is arranged to be expelled from an open distal end of the barrel and wherein the seat and plurality of hooks for positioning the second bar are open towards the distal end of the barrel
An automatic drug delivery device comprising: a housing; a skin sensor element coupled to the housing and movable relative to the housing, wherein the skin sensor element is biased into a front position relative to the housing and is movable to a rear position relative to the housing when the skin sensor element is pressed against an injection site on a patient, a needle assembly comprising a hypodermic needle, the hypodermic needle extending outside of the housing when the device is in a needle insertion position; a drug delivery mechanism comprising a first stored energy source within the housing and a further stored energy source, wherein, in operation, the first stored energy source of the drug delivery mechanism is configured to move the hypodermic needle from an initial position to the needle insertion position and the further stored energy source is releasable to deliver a drug through the hypodermic needle; and a needle retraction mechanism configured to withdraw the hypodermic needle into the housing when the needle retraction mechanism is released, wherein the needle retraction mechanism is coupled to the skin sensor element such that when the skin sensor element is moved from the rear position towards the front position, and the hypodermic needle is in the needle insertion position, the needle retraction mechanism is released. a housing; a skin sensor element coupled to the housing and movable relative to the housing, wherein the skin sensor element is biased into a front position relative to the housing and is movable to a rear position relative to the housing when the skin sensor element is pressed against an injection site on a patient, a needle assembly comprising a hypodermic needle, the hypodermic needle extending outside of the housing when the device is in a needle insertion position; a drug delivery mechanism comprising a first stored energy source within the housing and a further stored energy source, wherein, in operation, the first stored energy source of the drug delivery mechanism is configured to move the hypodermic needle from an initial position to the needle insertion position and the further stored energy source is releasable to deliver a drug through the hypodermic needle; and a needle retraction mechanism configured to withdraw the hypodermic needle into the housing when the needle retraction mechanism is released, wherein the needle retraction mechanism is coupled to the skin sensor element such that when the skin sensor element is moved from the rear position towards the front position, and the hypodermic needle is in the needle insertion position, the needle retraction mechanism is released.
Shading device for a glass roof construction, in particular a winter garden, a terrace roof, etc., having a sun protection element which is associated with at least one part of the glass roof construction, is approximately parallel to the surface thereof and is designed as a slat arrangement arranged on the inside of the glass roof construction and having slats which are parallel to one another, can pivot about their longitudinal axis and are associated with lateral guide rails which extend transversely thereto and are suspended on the inwardly facing underside of the glass roof construction, characterized in that the slats are supported in the region between the lateral guide rails by at least one slide rail which is parallel thereto and is suspended directly or indirectly on the underside of the flat roof construction, and for this purpose are flexibly connected in each case to at least one slider which engages in a slide rail and acts as a holder.
Motor vehicle comprising a storage boot and a storage assembly integrated in the floor of said storage boot, said storage assembly comprising at least one storage bin having: - an upper part that has an upper lip surrounding the opening providing access to the inside of the bin, and that is able to be integrated at the floor of the boot, characterized in that it also comprises a bottom with an external face provided with a plurality of stiffening ribs that integrate first fastening means (81, 82, 83, 84, 85, 86, 87, 88) fastening fairings (C1, C2) of the underbody, a strip of the skin of the protective moulding and accessories of the vehicle, said stiffening ribs of said bottom cross and said fastening means are fastening shafts overmoulded respectively on intersections of some of said ribs. - an upper part that has an upper lip surrounding the opening providing access to the inside of the bin, and that is able to be integrated at the floor of the boot,
A composition comprising: (a) an amorphous peroxide curable fluoropolymer comprising an iodine, bromine or chlorine containing cure site; (b) an organic peroxide with a 10-hour half life temperature below 90°C; and (c) a coagent, wherein the amorphous fluoropolymer has a storage modulus at 25°C and 0.1 rad/s of less than or equal to 300 kPa, wherein the fluoropolymer 90% cure time as measured by sealed torsion shear rotorless curemeter in ASTM D5289-07 is less than 30 minutes at 110°C. (a) an amorphous peroxide curable fluoropolymer comprising an iodine, bromine or chlorine containing cure site; (b) an organic peroxide with a 10-hour half life temperature below 90°C; and (c) a coagent,
Method for treating combustion flue gas comprising acid gases, said method comprising a contact step a) of placing said acid gases in contact with a powder composition comprising an alkaline earth metal salt and an ammonium salt in an oxidizing atmosphere and at a temperature greater than or equal to 850°C wherein the ammonium salt is selected among ammonium carbonate, ammonium chloride, ammonium sulfate, ammonium sulfide, and mixtures thereof, wherein the powder composition comprises, relative to the total weight of the composition, at least 50% of alkaline earth metal salt, and the mass ratio between the ammonium salt and the alkaline earth metal salt is from 0.05 to 0.3.
Male-female adapter for a hermetically closable connector, said connector having an external threading and a pierceable closing plug, the adapter comprising an external tubular body with an external side wall provided at one extremity with an axial extension which can be hooked to the connector in rotatable and axially slidable way and an internal tubular stem coaxial with said external tubular body, characterized in that said stem has stem ends (27, 37) axially projecting from respective extremities of said external tubular body, a middle transversal wall integrally connects a middle portion of said internal tubular stem with a corresponding middle portion of said external tubular body and two opposite-sense threadings (29, 30) are formed in internal portions of said external tubular body, which threadings are separated by said middle transversal wall.
A method for forming a thread loop and for separating a thread piece of the thread loop to be pieced and a thread piece of the thread loop to be discharged at a workstation of a textile machine, a thread being taken up from a bobbin by means of a suction nozzle, the thread loop being formed from the thread, and the thread piece to be pieced and the thread piece to be discharged being separated from each other by means of at least one thread guide device dedicated to the workstation, wherein the workstation comprises a pressure roller unit, characterized in that for separating the thread pieces (4b, 4c), at least one of the thread pieces (4b, 4c), particularly the thread piece to be pieced, is guided across at least one thread guide device disposed on the workstation while forming the thread loop, the thread guide device being disposed directly on the pressure roller unit of the workstation.
A method for generating a physical layer data unit for transmission via a communication channel, wherein the communication channel includes a plurality of spatial streams, the method comprising: generating a first preamble portion of the PHY data unit, wherein the first preamble portion includes one or more long training fields, and wherein at least one of the one or more long training fields includes at least data tones and pilot tones; generating a data portion of the PHY data unit; modulating the first preamble portion and the data portion to generate a plurality of orthogonal frequency division multiplexing (OFDM) symbols, wherein symbol duration of each OFDM symbol of the plurality of OFDM symbols is at least 8 μs; generating the PHY data unit to include the plurality of OFDM symbols; the method being characterized by: mapping the data tones to the plurality of spatial streams using a mapping matrix; and mapping the pilot tones to the plurality of spatial streams using a column of the mapping matrix. generating a first preamble portion of the PHY data unit, wherein the first preamble portion includes one or more long training fields, and wherein at least one of the one or more long training fields includes at least data tones and pilot tones; generating a data portion of the PHY data unit; modulating the first preamble portion and the data portion to generate a plurality of orthogonal frequency division multiplexing (OFDM) symbols, wherein symbol duration of each OFDM symbol of the plurality of OFDM symbols is at least 8 μs; generating the PHY data unit to include the plurality of OFDM symbols; the method being characterized by: mapping the data tones to the plurality of spatial streams using a mapping matrix; and mapping the pilot tones to the plurality of spatial streams using a column of the mapping matrix. mapping the data tones to the plurality of spatial streams using a mapping matrix; and mapping the pilot tones to the plurality of spatial streams using a column of the mapping matrix.
A method in a wireless communication device capable of device-to-device, D2D, operation and configured with at least one secondary cell, SCell, the method comprising: receiving a command from a network node to activate or deactivate the SCell; determining at least a D2D traffic activity level of the wireless communication device; and determining whether to apply or ignore the received command based at least in part on the determined D2D traffic activity level. receiving a command from a network node to activate or deactivate the SCell; determining at least a D2D traffic activity level of the wireless communication device; and determining whether to apply or ignore the received command based at least in part on the determined D2D traffic activity level.
A visual prosthesis apparatus comprising: a camera for capturing a video image; and a video processing unit associated with the camera and associated with a retinal stimulation system, wherein the video processing unit is configured to convert the video image to stimulation patterns and to transmit forward telemetry comprising the stimulation patterns to the retinal stimulation system for stimulation of neural tissue in a subject's eye; and characterized in that the video processing unit is configured to be notified by the retinal stimulation system of an error in the forward telemetry and to stop transmitting the stimulation patterns to the retinal stimulation systems until the error is resolved. a camera for capturing a video image; and a video processing unit associated with the camera and associated with a retinal stimulation system, wherein the video processing unit is configured to convert the video image to stimulation patterns and to transmit forward telemetry comprising the stimulation patterns to the retinal stimulation system for stimulation of neural tissue in a subject's eye; and characterized in that the video processing unit is configured to be notified by the retinal stimulation system of an error in the forward telemetry and to stop transmitting the stimulation patterns to the retinal stimulation systems until the error is resolved.
A vehicle charging cable arranged to adopt a slack state during vehicle charging, comprising: (i) a body; (ii) one or more wires accommodated by the body; (iii) a first means for biasing a region of the body; and (iv) a second means for biasing all or part of said region of the body, said second means being responsive to an external stimulus, characterised by said second means is for biasing said region to counteract the biasing of said first means such that the vehicle charging cable adopts a slack state. (i) a body; (ii) one or more wires accommodated by the body; (iii) a first means for biasing a region of the body; and (iv) a second means for biasing all or part of said region of the body, said second means being responsive to an external stimulus, characterised by said second means is for biasing said region to counteract the biasing of said first means such that the vehicle charging cable adopts a slack state.
A method for detecting network quality, comprising: Acquiring, by a data processing device, file download rates of a first node for files on a second node in a target time period within a pre-defined number of historical rate-collecting cycles; Determining, by the data processing device, a plurality of network quality detection parameters between the first node and the second node in the target time period based on the file download rates, wherein the plurality of network quality detection parameters include a regular network speed, a network speed fluctuation range, and a network speed lower limit; Creating, by the data processing device, a network fluctuation model between the first node and the second node in the target time period based on the plurality of network quality detection parameters and respective pre-defined weights, and providing the network fluctuation model to a central scheduling device; and Detecting, by the central scheduling device, a network quality between the first node and the second node in the target time period based on the network fluctuation model. Acquiring, by a data processing device, file download rates of a first node for files on a second node in a target time period within a pre-defined number of historical rate-collecting cycles; Determining, by the data processing device, a plurality of network quality detection parameters between the first node and the second node in the target time period based on the file download rates, wherein the plurality of network quality detection parameters include a regular network speed, a network speed fluctuation range, and a network speed lower limit; Creating, by the data processing device, a network fluctuation model between the first node and the second node in the target time period based on the plurality of network quality detection parameters and respective pre-defined weights, and providing the network fluctuation model to a central scheduling device; and Detecting, by the central scheduling device, a network quality between the first node and the second node in the target time period based on the network fluctuation model.
A connecting structure for a bus bar and an electrical wire, comprising: a bus bar configured to provide a connection between a plurality of battery cells or between a battery cell and a first external device; an electrical wire connected to a second external device and configured to be electrically connected to the bus bar; and a crimp terminal configured to connect the bus bar and the electrical wire together, wherein the crimp terminal includes a bus bar-connecting section to be crimped to the bus bar, and an electrical wire-connecting section to be crimped to an end of the electrical wire, wherein the bus bar includes a bus bar body to be connected to the battery cell, and a bus bar crimp portion formed in the shape of a plate protruding from the bus bar body, and configured to be crimped to the bus bar-connecting section of the crimp terminal, the electrical wire-connecting section of the crimp terminal includes a core wire crimp portion provided on the bus bar-connecting section side and configured to be crimped to a core wire of the electrical wire, and a coating clamping portion provided on the opposite side from the bus bar-connecting section and configured to be clamped to a coating portion of the electrical wire, the bus bar-connecting section is provided with an oxide film breaking means for breaking an oxide film on the bus bar crimp portion. a bus bar configured to provide a connection between a plurality of battery cells or between a battery cell and a first external device; an electrical wire connected to a second external device and configured to be electrically connected to the bus bar; and a crimp terminal configured to connect the bus bar and the electrical wire together, wherein the crimp terminal includes a bus bar-connecting section to be crimped to the bus bar, and an electrical wire-connecting section to be crimped to an end of the electrical wire, wherein the bus bar includes a bus bar body to be connected to the battery cell, and a bus bar crimp portion formed in the shape of a plate protruding from the bus bar body, and configured to be crimped to the bus bar-connecting section of the crimp terminal, the electrical wire-connecting section of the crimp terminal includes a core wire crimp portion provided on the bus bar-connecting section side and configured to be crimped to a core wire of the electrical wire, and a coating clamping portion provided on the opposite side from the bus bar-connecting section and configured to be clamped to a coating portion of the electrical wire, the bus bar-connecting section is provided with an oxide film breaking means for breaking an oxide film on the bus bar crimp portion.
A system for determining glycemic risk based on analysis of glucose data, the system comprising: a non-volatile memory in which is stored a glucose data processing program configured to program a processor to analyze received glucose data; an input at which glucose data is received; a display; a processor connected with the non-volatile memory, the input, and the display, the processor being configured to access the memory to load and run in the processor the program to analyze glucose data, wherein the program, when run, causes the processor to: analyze the received glucose data to determine an estimate of a hypoglycemia measure, a measure of a central tendency of glucose data and a measure of a spread of glucose data from the central tendency of glucose data; characterised in that the processor control the display to visually present a glucose control measure that, for a plurality of categories comprising (i) likelihood of low glucose, (ii) central tendency of glucose data, and (iii) variability of glucose below the central tendency of glucose data, includes a plurality of visual indicators for each category conveying high, moderate, or low assessments of the glucose data. a non-volatile memory in which is stored a glucose data processing program configured to program a processor to analyze received glucose data; an input at which glucose data is received; a display; a processor connected with the non-volatile memory, the input, and the display, the processor being configured to access the memory to load and run in the processor the program to analyze glucose data, wherein the program, when run, causes the processor to: analyze the received glucose data to determine an estimate of a hypoglycemia measure, a measure of a central tendency of glucose data and a measure of a spread of glucose data from the central tendency of glucose data; (i) likelihood of low glucose, (ii) central tendency of glucose data, and (iii) variability of glucose below the central tendency of glucose data, includes a plurality of visual indicators for each category conveying high, moderate, or low assessments of the glucose data.
A method, comprising: - a node of a multi-path network sending to a first egress node (111-114, 121-123) a first message directed towards at least one target node, - after said sending, the node receiving an answer message including an originator attribute having a value indicative of an identity of an originator node (111-114, 121-123) of the answer message, - adding, to a routing record of a second message, the value indicative of the identity of the originator node (111-114, 121-123) of the answer message, - the node sending to a second egress node (111-114, 121-123) the second message directed towards the at least one target node. - a node of a multi-path network sending to a first egress node (111-114, 121-123) a first message directed towards at least one target node, - after said sending, the node receiving an answer message including an originator attribute having a value indicative of an identity of an originator node (111-114, 121-123) of the answer message, - adding, to a routing record of a second message, the value indicative of the identity of the originator node (111-114, 121-123) of the answer message, - the node sending to a second egress node (111-114, 121-123) the second message directed towards the at least one target node.