mhurhangee/ep-ind-claims huggingface dataset:
A support jig for use with a testing machine applying tensile loads, the support jig comprising: a frame; and a pair of spaced apart supports (14A, 14B) joined to the frame to provide an alignment axis, each support (14A, 14B) configured to releasably hold a test specimen holder (100, 200) on the alignment axis in a fixed spatial relationship with ends of the test specimen holders (100, 200) mountable to the test machine facing in opposite directions; and a test specimen support joined to the frame between the pair of spaced apart supports (14A, 14B), the test specimen support having an end configured to hold a test specimen on the alignment axis. a frame; and a pair of spaced apart supports (14A, 14B) joined to the frame to provide an alignment axis, each support (14A, 14B) configured to releasably hold a test specimen holder (100, 200) on the alignment axis in a fixed spatial relationship with ends of the test specimen holders (100, 200) mountable to the test machine facing in opposite directions; and a test specimen support joined to the frame between the pair of spaced apart supports (14A, 14B), the test specimen support having an end configured to hold a test specimen on the alignment axis.
An epothilone compound represented by the following general formula: wherein the compound is selected from the following compounds:; or a pharmaceutically acceptable salt, optical isomer, racemate, diastereoisomer or enantiomer thereof.
A traffic shaping drive method, characterized in that the method comprises: when traffic shaping is executed, setting timing time, and sending a data packet in a cache queue at a preset constant rate in the timing time; when the timing time is reached, stopping sending the data packet, and starting to send an ACK acknowledgement packet in the cache queue; and after the ACK acknowledgement packet is sent, returning to execute the traffic shaping. when traffic shaping is executed, setting timing time, and sending a data packet in a cache queue at a preset constant rate in the timing time; when the timing time is reached, stopping sending the data packet, and starting to send an ACK acknowledgement packet in the cache queue; and after the ACK acknowledgement packet is sent, returning to execute the traffic shaping.
A method for transmitting long term evolution, LTE, measurement reports from a user equipment, UE, on an uplink, implemented by the UE and comprising: managing invalid reference subframes in a multicarrier configuration; wherein managing invalid reference subframes comprises: omitting a periodic report when a component carrier is deactivated; omitting measurement reports for all component carriers when at least one component carrier has an invalid reference subframe; wherein the measurement reports are periodic channel state information, CSI, reports; and wherein a valid subframe is an element of a CSI subframe set linked to a periodic CSI report when the UE is configured with CSI subframe sets. omitting a periodic report when a component carrier is deactivated; omitting measurement reports for all component carriers when at least one component carrier has an invalid reference subframe; wherein the measurement reports are periodic channel state information, CSI, reports; and wherein a valid subframe is an element of a CSI subframe set linked to a periodic CSI report when the UE is configured with CSI subframe sets.
A toy firearm for accelerating a projectile in a target direction, comprising: a barrel guiding the projectile in the target direction, a shot release mechanism having a manually actuatable trigger configured such that the shot release mechanism is triggered upon operating the trigger to accelerate the projectile, and a locking device that can be brought into a locking position and into a release position different from the locking position, the locking device being configured to act on the trigger so that the trigger cannot be actuated when the locking device is in the locking position, and so that the trigger can be actuated when the locking device is in the release position, wherein the locking device is rotatably mounted about an axis of rotation and can be brought from the locking position to the release position and/or from the release position to the locking position by a rotation about the axis of rotation, and the locking device can be brought from the locking position to the release position by introducing the projectile into an intended firing position of the projectile, and wherein the toy firearm further comprises a holding device configured to retain the locking device in the locking position and/or to bring the locking device into the locking position. a barrel guiding the projectile in the target direction, a shot release mechanism having a manually actuatable trigger configured such that the shot release mechanism is triggered upon operating the trigger to accelerate the projectile, and a locking device that can be brought into a locking position and into a release position different from the locking position, the locking device being configured to act on the trigger so that the trigger cannot be actuated when the locking device is in the locking position, and so that the trigger can be actuated when the locking device is in the release position, wherein the locking device is rotatably mounted about an axis of rotation and can be brought from the locking position to the release position and/or from the release position to the locking position by a rotation about the axis of rotation, and the locking device can be brought from the locking position to the release position by introducing the projectile into an intended firing position of the projectile, and wherein the toy firearm further comprises a holding device configured to retain the locking device in the locking position and/or to bring the locking device into the locking position.
A system for intubating a subject having an airway ending with lungs, comprising: an endotracheal tube, adapted to be inserted into the airway and being associated with a cuff capable of being inflated below the vocal cords; a measuring device for measuring at least one measure being indicative of leakage of secretion from above said cuff, through a duct formed between the cuff and an inner wall of the airway, to the lungs, characterized in that said at least one measure is other than carbon dioxide concentration between said cuff and said vocal cords; and the system comprises a suctioning device operative for suctioning secretions at a suctioning location in the airway above the cuff, wherein said suctioning device is synchronized to operate intermittently with said measuring device. an endotracheal tube, adapted to be inserted into the airway and being associated with a cuff capable of being inflated below the vocal cords; a measuring device for measuring at least one measure being indicative of leakage of secretion from above said cuff, through a duct formed between the cuff and an inner wall of the airway, to the lungs, characterized in that said at least one measure is other than carbon dioxide concentration between said cuff and said vocal cords; and the system comprises a suctioning device operative for suctioning secretions at a suctioning location in the airway above the cuff, wherein said suctioning device is synchronized to operate intermittently with said measuring device.
An information processing apparatus capable of creating a job which can be processed by an image forming apparatus, wherein the image forming apparatus prints and outputs a page for main printing included in the job received from the information processing apparatus according the job, the information processing apparatus comprising: receiving means for receiving an instruction for setting confirmation printing in the image forming apparatus so that a confirmation page is printed in addition to the page for main printing and output to a destination different from that of the page for main printing according to an operation by a user on an application or a printer driver installed in the information processing apparatus; setting means for providing settings for the confirmation printing for each of the jobs according to the instruction received by the receiving means; and sending means for sending the job with the settings for the confirmation printing provided by the setting means to the image forming apparatus; characterized by further comprising: previewing means for providing a print preview for the job, wherein the print preview provided by the previewing means displays a preview which reflects the settings for the confirmation printing provided by the setting means. receiving means for receiving an instruction for setting confirmation printing in the image forming apparatus so that a confirmation page is printed in addition to the page for main printing and output to a destination different from that of the page for main printing according to an operation by a user on an application or a printer driver installed in the information processing apparatus; setting means for providing settings for the confirmation printing for each of the jobs according to the instruction received by the receiving means; and sending means for sending the job with the settings for the confirmation printing provided by the setting means to the image forming apparatus; characterized by further comprising: previewing means for providing a print preview for the job, wherein the print preview provided by the previewing means displays a preview which reflects the settings for the confirmation printing provided by the setting means. previewing means for providing a print preview for the job, wherein the print preview provided by the previewing means displays a preview which reflects the settings for the confirmation printing provided by the setting means.
A method for inferring component parameter values for components in a network, wherein the components comprise at least one of network nodes or network links, the method comprising: identifying a plurality of paths through the network; measuring by monitoring probes placed on nodes at the end of the identified paths, values of a path parameter for the identified paths; generating a set of constraints by expressing individual measured path parameter values as a function of component parameter values associated with the individual components in the path associated with the measured path parameter value; generating an estimate for each of the component parameter values by solving an optimisation problem defined by the generated constraints; and, for each of the individual components in the identified paths: matching the generated estimates of the component parameter value associated with their corresponding individual component to a statistical distribution describing a behaviour of the component parameter; identifying a ratio of central moments of the statistical distribution that demonstrates a sensitivity to noise below a threshold value; and calculating an inferred component parameter value from the identified ratio of central moments. identifying a plurality of paths through the network; measuring by monitoring probes placed on nodes at the end of the identified paths, values of a path parameter for the identified paths; generating a set of constraints by expressing individual measured path parameter values as a function of component parameter values associated with the individual components in the path associated with the measured path parameter value; generating an estimate for each of the component parameter values by solving an optimisation problem defined by the generated constraints; and, for each of the individual components in the identified paths: matching the generated estimates of the component parameter value associated with their corresponding individual component to a statistical distribution describing a behaviour of the component parameter; identifying a ratio of central moments of the statistical distribution that demonstrates a sensitivity to noise below a threshold value; and calculating an inferred component parameter value from the identified ratio of central moments. matching the generated estimates of the component parameter value associated with their corresponding individual component to a statistical distribution describing a behaviour of the component parameter; identifying a ratio of central moments of the statistical distribution that demonstrates a sensitivity to noise below a threshold value; and calculating an inferred component parameter value from the identified ratio of central moments.
A composition comprising an encapsulated pesticide, wherein (i) the encapsulation material of the encapsulated pesticide comprises polyfunctional isocyanate and α,ω-diamine of the formula H 2 N-(CH 2) n -NH 2, wherein n is an integer from 2 to 6 in polymerized form; and (ii) in the core of the capsules at least 80% of the pesticide is dissolved in an organic solvent at 25°C, and wherein the composition comprises 50 to 150 g/l polyisocyanate and 1 to 10 g/l α,ω--diamine (i) the encapsulation material of the encapsulated pesticide comprises polyfunctional isocyanate and α,ω-diamine of the formula H 2 N-(CH 2) n -NH 2, wherein n is an integer from 2 to 6 in polymerized form; and (ii) in the core of the capsules at least 80% of the pesticide is dissolved in an organic solvent at 25°C, and
A mixing cartridge for generating mixed water with a mixing temperature, having a hot water inlet for hot water, having a cold water inlet for cold water, having a mixing chamber in which the hot and cold water can be mixed, having a regulating element by means of which the mixing temperature can be regulated, wherein the regulating element is made of a thermal expansion material, and having a mixed water outlet through which the mixed water can leave the mixing cartridge, wherein the mixing cartridge has at least one vortex element, which is arranged and/or configured in such a manner that the water flowing in a flow direction through the mixing cartridge can be set in rotation such that the water can form a water vortex, characterized in that the at least one vortex element is arranged on the regulating element. having a cold water inlet for cold water, having a mixing chamber in which the hot and cold water can be mixed, having a regulating element by means of which the mixing temperature can be regulated, wherein the regulating element is made of a thermal expansion material, and having a mixed water outlet through which the mixed water can leave the mixing cartridge, wherein the mixing cartridge has at least one vortex element, which is arranged and/or configured in such a manner that the water flowing in a flow direction through the mixing cartridge can be set in rotation such that the water can form a water vortex, characterized in that the at least one vortex element is arranged on the regulating element.
A composition comprising water-soluble hydrolyzed clinoptilolite fragments, wherein the fragments have molecular weights ranging from 218 Daltons to 620 Daltons, and at least one sodium ion is associated with each water-soluble hydrolyzed clinoptilolite fragment, and the fragments include repeating units of 98 Daltons and 120 Daltons.
Computer-aided method for selecting, from a set of known usable strategies (STR1 to STRp), an optimum strategy (STR_OP) for replacing a femoral prosthesis, said method comprising a preliminary phase of collecting data and a processing phase which is applied to each new femoral prosthesis replacement case, the preliminary phase comprising at least the operations consisting in identifying, in real femoral prosthesis replacement cases observed prior to this replacement, various criteria (CR1 to CRn) for classifying said cases, each of these criteria being capable of being subject to an objective evaluation, such as a quantification, and of assuming, from one case to another, different particular values or instances (V11-V1x; V21-V2y; Vn1-Vnz); creating a catalogue of the different configurations (CFG1-CFGk) found in the observed cases, each configuration (CFG1-CFGk) being defined by a particular collection of respective particular values or instances of the different criteria (CR1 to CRn); identifying, for each configuration encountered, an optimum replacement strategy (SRT_OP) defined as being that strategy which has led to the most satisfying results, at least statistically, among a plurality of replacement strategies (STR1-STRp) which were used effectively in the real cases surveyed and fit said configuration; and recording, in the computer memory, the optimum replacement strategy identified for each configuration encountered, the processing phase of the method being carried out, for each new case, following the diagnosis of this new case and prior to any surgical intervention for this new case, and comprising at least the operations consisting in indicating to the computer the particular values or instances (V_CR1 -V_CRn) assumed by the different criteria for this new case; finding, in the catalogue of configurations (CFG1-CFGk), the configuration defined by these particular values or instances (V_CR1-V_CRn); and extracting from the computer memory the optimum replacement strategy (STR_OP) which has been associated with this configuration.
A container system (50, 60) for peritoneal dialysis solutions, comprising: A. a first compartment containing a first PD agent, B. a second compartment containing a second PD agent, the second compartment being in any of direct and indirect fluid coupling with the first compartment, C. a first seal that prevents fluid transfer between the first compartment and the second compartment, D. a second seal (26, 62) that prevents fluid transfer between the second compartment (20a, 42a) and an outlet fluid pathway of the container system (50, 60), and E. a protective member that inhibits breaking of the second seal (26, 62) prior to breaking of the first seal when the protective member is at a first position, and does not inhibit breaking of the second seal (26, 44, 62) when the protective member is at a second position. A. a first compartment containing a first PD agent, B. a second compartment containing a second PD agent, the second compartment being in any of direct and indirect fluid coupling with the first compartment, C. a first seal that prevents fluid transfer between the first compartment and the second compartment, D. a second seal (26, 62) that prevents fluid transfer between the second compartment (20a, 42a) and an outlet fluid pathway of the container system (50, 60), and E. a protective member that inhibits breaking of the second seal (26, 62) prior to breaking of the first seal when the protective member is at a first position, and does not inhibit breaking of the second seal (26, 44, 62) when the protective member is at a second position.
A valve comprising: a valve body defined by a stack including a diaphragm that divides the valve body in such a manner as to provide a first valve chamber on a first side of the diaphragm and a second valve chamber on a second side of the diaphragm; a first opening provided in the first valve chamber and configured to be connected to a side from which fluid flows in; a second opening provided in the first valve chamber and configured to be connected to a side from which the fluid flows out; and a third opening extending from the first side of the diaphragm, through the diaphragm and communicating with the second valve chamber, and into which differentiated fluid is able to flow from a fluid source the same as that for the fluid flowing in through the first opening, wherein at least one of the first opening and the second opening is closed by the diaphragm, and wherein, when a force applied by the fluid to a side of the diaphragm facing the first valve chamber and a force applied by the fluid to a side of the diaphragm facing the second valve chamber are made to differ from each other through the first opening and the third opening, the diaphragm is displaced and allows the first opening and the second opening to communicate with each other. a valve body defined by a stack including a diaphragm that divides the valve body in such a manner as to provide a first valve chamber on a first side of the diaphragm and a second valve chamber on a second side of the diaphragm; a first opening provided in the first valve chamber and configured to be connected to a side from which fluid flows in; a second opening provided in the first valve chamber and configured to be connected to a side from which the fluid flows out; and a third opening extending from the first side of the diaphragm, through the diaphragm and communicating with the second valve chamber, and into which differentiated fluid is able to flow from a fluid source the same as that for the fluid flowing in through the first opening, wherein at least one of the first opening and the second opening is closed by the diaphragm, and wherein, when a force applied by the fluid to a side of the diaphragm facing the first valve chamber and a force applied by the fluid to a side of the diaphragm facing the second valve chamber are made to differ from each other through the first opening and the third opening, the diaphragm is displaced and allows the first opening and the second opening to communicate with each other.
An operation device (1, 1A) provided with a support part, an operation body, an elastic member supporting the operation body on the support part, a proximity sensor (40a, 40b, 40c) that is configured to detect an approaching distance of the operation body towards the support part, and a control part, wherein the proximity sensor (40a, 40b, 40c) or a tilt detection sensor (50a, 50b, 50c) provided separately from the proximity sensor are configured to detect a tilt of the operation body with respect to the support part, and the control part being characterized by being configured to: set an approaching distance as a threshold value for judging that a pressing operation is made when a measured approaching distance of the operation body towards the support part reaches or exceeds the said threshold value; vary the said threshold value according to the detected tilt of the operation body with respect to the support part; judge that a pressing operation is made when the measured approaching distance of the operation body towards the support part reaches or exceeds the said varied threshold value. set an approaching distance as a threshold value for judging that a pressing operation is made when a measured approaching distance of the operation body towards the support part reaches or exceeds the said threshold value; vary the said threshold value according to the detected tilt of the operation body with respect to the support part; judge that a pressing operation is made when the measured approaching distance of the operation body towards the support part reaches or exceeds the said varied threshold value.