mhurhangee/ep-ind-claims huggingface dataset:
A synthesis apparatus comprising: a reaction vessel having a first lower port and a second upper port; a temperature control device for controlling the temperature of the reaction vessel; a plurality of reservoirs (4a-4c, 5a-5g) for holding reaction components; a plurality of conduits, each of the plurality of conduits connecting the second upper port of the reaction vessel with a respective one of the plurality of reservoirs; a supply means for selectively supplying controlled amounts of reaction components held in the plurality of reservoirs (4a-4c, 5a-5g) to the reaction vessel at desired times; and; control means for controlling the supply means and the agitation means, characterised in that the apparatus further comprises a pressure sensor measuring pressure of content in a conduit that connects the agitation means to the reaction vessel, wherein the agitation means is configured to selectively withdraw an amount of content from the reaction vessel through the first lower port thereof and selectively returning the withdrawn content to the reaction vessel through the first lower port thereof, and the pressure sensor detects a change in pressure in the conduit connecting the agitation means to the reaction vessel and sends a signal to the control means and the control means controls the agitation means in response to a change in measured pressure. a reaction vessel having a first lower port and a second upper port; a temperature control device for controlling the temperature of the reaction vessel; a plurality of reservoirs (4a-4c, 5a-5g) for holding reaction components; a plurality of conduits, each of the plurality of conduits connecting the second upper port of the reaction vessel with a respective one of the plurality of reservoirs; a supply means for selectively supplying controlled amounts of reaction components held in the plurality of reservoirs (4a-4c, 5a-5g) to the reaction vessel at desired times; and; control means for controlling the supply means and the agitation means, characterised in that the apparatus further comprises a pressure sensor measuring pressure of content in a conduit that connects the agitation means to the reaction vessel, wherein the agitation means is configured to selectively withdraw an amount of content from the reaction vessel through the first lower port thereof and selectively returning the withdrawn content to the reaction vessel through the first lower port thereof, and the pressure sensor detects a change in pressure in the conduit connecting the agitation means to the reaction vessel and sends a signal to the control means and the control means controls the agitation means in response to a change in measured pressure.
Oligomer compounds of D-glucuronic acid or D-glucuronate with a β sequence according to the following formula: characterised in that each glucuronic acid cycle of formula I contains a degree of acetylation of between 8.7±0.5 and 9.2±0.5% by weight of O-CO-CH 3 groups compared to the weight of the glucuronic acid cycle and a degree of polymerisation of between 18 and 19 ±2.
A machine-implemented method for running applications which invoke methods for execution by a virtual machine, wherein the virtual machine supports the dynamic compilation of methods, said machine-implemented method comprising: determining whether dynamic output is currently being rendered to a user, wherein said dynamic output is one of the group consisting of motion video and audio, by: invoking an output indicator each time an application renders dynamic output to a user in order to track the frequency of output sent by an application to a user interface; and comparing the frequency of the output with a threshold ratio, and determining that dynamic output is currently being rendered to the user if the frequency of output exceeds said threshold ratio; and in response to a determination that dynamic output is currently being rendered to a user, causing (410,412) one or more sets of bytecode instructions for said methods to not be compiled, thereby causing (306,308.310) the one or more sets of bytecode instructions to be executed interpretively. determining whether dynamic output is currently being rendered to a user, wherein said dynamic output is one of the group consisting of motion video and audio, by: invoking an output indicator each time an application renders dynamic output to a user in order to track the frequency of output sent by an application to a user interface; and comparing the frequency of the output with a threshold ratio, and determining that dynamic output is currently being rendered to the user if the frequency of output exceeds said threshold ratio; invoking an output indicator each time an application renders dynamic output to a user in order to track the frequency of output sent by an application to a user interface; and comparing the frequency of the output with a threshold ratio, and determining that dynamic output is currently being rendered to the user if the frequency of output exceeds said threshold ratio; and in response to a determination that dynamic output is currently being rendered to a user, causing (410,412) one or more sets of bytecode instructions for said methods to not be compiled, thereby causing (306,308.310) the one or more sets of bytecode instructions to be executed interpretively.
A pressure sensor, comprising: a first housing having a cavity; a pressure sensing device attached to a bottom of the cavity; a layer of gel over the pressure sensing device; a lid over the layer of gel; characterised by: a baffle (702, 1002) extending from the lid, the baffle being in contact with the gel to reduce movement of the gel. a first housing having a cavity; a pressure sensing device attached to a bottom of the cavity; a layer of gel over the pressure sensing device; a lid over the layer of gel; characterised by: a baffle (702, 1002) extending from the lid, the baffle being in contact with the gel to reduce movement of the gel. a baffle (702, 1002) extending from the lid, the baffle being in contact with the gel to reduce movement of the gel.
A computer-implemented method of providing a pathway through a luminal network of a patient, the computer-implemented method comprising: displaying a three-dimensional map of the luminal network; identifying a target on said map; determining a pathway from an entry point to the target; displaying the pathway in the three-dimensional map of the luminal network; detecting at least two luminal intersections; and assigning and displaying waypoints in the tree-dimensional map of the luminal network along the pathway at a point spaced apart from the at least two luminal intersections for use as navigational guidance along the pathway. displaying a three-dimensional map of the luminal network; identifying a target on said map; determining a pathway from an entry point to the target; displaying the pathway in the three-dimensional map of the luminal network; detecting at least two luminal intersections; and assigning and displaying waypoints in the tree-dimensional map of the luminal network along the pathway at a point spaced apart from the at least two luminal intersections for use as navigational guidance along the pathway.
A method for increasing the pro-apoptotic activity of a chimeric or humanized immunoglobulin G class 1 antibody which has lost its pro-apoptotic activity upon chimerization process and that specifically binds to a ganglioside antigen with the proviso that said ganglioside does not correspond to GD2-O-acetylated, said method comprising the step of mutating the human CH1γ1 domain from said antibody by substituting the amino acid in position 133 or 134, according to EU index as set forth in Kabat et al., of the human CH1γ1 domain from said antibody by a cysteine residue, so as to restore the pairing between CH1 and CL domains that is typical of the human IgG2, IgG3 and IgG4 subclasses, or substituting the human CH1γ1 domain from said antibody by the CH1 domain from a human IgG2 (CH1γ2), IgG3 (CH1γ3) or IgG4 (CH1γ4).
Cobalt protoporphyrin IX for use in the treatment and prevention of neutropenia caused by chemotherapy, for the treatment of radiotherapy and pharmacologically-induced neutropenia, for the treatment of acute myeloid leukemia, acute lymphocytic leukemia or myelodysplastic syndromes.
A method for producing a fibre-reinforced plastics-material component, especially for use in a motor vehicle, comprising the following steps: - providing a blow-moulded hollow core, - moulding the fibre-reinforced plastics-material component on the hollow core; - inserting an end of the hollow core between a first roller and a first counter-element, and - drawing the hollow core out of the plastics-material component by driving the first roller in rotation. - providing a blow-moulded hollow core, - moulding the fibre-reinforced plastics-material component on the hollow core; - inserting an end of the hollow core between a first roller and a first counter-element, and - drawing the hollow core out of the plastics-material component by driving the first roller in rotation.
A base station device communicating with a mobile station device, wherein the base station device is adapted to set a periodic period during which downlink control information is received by the mobile station device and an interval between the start of the period and the start of a next period, and to transmit a category number indicating the period and the interval contained in a control signal to the mobile station device, wherein a table containing category numbers indicating periods and intervals is retained in the base station device and the mobile station device.
A tuning-fork type piezoelectric resonator plate comprising: two leg portions (21, 22) serving as vibrating portions; a bonding portion bonded to the outside, and a base portion from which the leg portions (21, 22) and the bonding portion protrude, wherein the two leg portions (21, 22) protrude from a first end face of the base portion and are provided side-by-side on the first end face, the bonding portion has a short-side portion which is formed to protrude from a second end face located opposite the first end face of the base portion at a position located exactly opposite the gap between the two leg portions (21, 22), and at least the short-side portion of the bonding portion is formed to be narrower than the second end face of the base portion and is used as a first bond region that is bonded to the outside, the base portion is symmetrical in shape when viewed perpendicular to the resonator plate, and a second end portion of the base portion is formed such that the base portion tapers from the first end face side to the second end face side along the overall length of the base portion. two leg portions (21, 22) serving as vibrating portions; a bonding portion bonded to the outside, and a base portion from which the leg portions (21, 22) and the bonding portion protrude, wherein the two leg portions (21, 22) protrude from a first end face of the base portion and are provided side-by-side on the first end face, the bonding portion has a short-side portion which is formed to protrude from a second end face located opposite the first end face of the base portion at a position located exactly opposite the gap between the two leg portions (21, 22), and at least the short-side portion of the bonding portion is formed to be narrower than the second end face of the base portion and is used as a first bond region that is bonded to the outside, the base portion is symmetrical in shape when viewed perpendicular to the resonator plate, and a second end portion of the base portion is formed such that the base portion tapers from the first end face side to the second end face side along the overall length of the base portion.
A cured epoxy composite comprising a particulate filler and having an ultimate stress under compression of greater than or equal to 100MPa and a density of less than 0.7 g/cm 3 and an equilibrium water absorption of less than 0.5% w/w measured at a pressure of 100 MPa and at an ambient temperature of 20°C or 25°C, wherein % w/w refers to the percentage increase in weight, following the formula: Percent water absorption = [(wet weight - dry weight) / dry weight] x 100.
A control device for vehicle traveling that executes autonomous driving control that causes a vehicle to travel autonomously, the autonomous driving control including autonomous lane change control that achieves autonomous lane change of a vehicle, and the control device for vehicle traveling executing: a process of starting the autonomous lane change control in response to receiving an instruction to start the autonomous lane change; a process of determining whether or not a stop condition of the autonomous lane change is established (130, 144); a process of giving priority to steering of a driver over steering that is caused by the autonomous lane change control when there is a steering intervention by the driver during execution of the autonomous lane change control; a process of continuing the autonomous driving control when a driver performs a steering intervention in a same direction as a direction of steering that is requested by the autonomous lane change control, and establishment of the stop condition is not recognized, during execution of the autonomous lane change control; and a termination announcement process of announcing termination of the autonomous driving control when the steering intervention in said same direction is performed, and establishment of the stop condition is recognized, during execution of the autonomous lane change control. a process of starting the autonomous lane change control in response to receiving an instruction to start the autonomous lane change; a process of determining whether or not a stop condition of the autonomous lane change is established (130, 144); a process of giving priority to steering of a driver over steering that is caused by the autonomous lane change control when there is a steering intervention by the driver during execution of the autonomous lane change control; a process of continuing the autonomous driving control when a driver performs a steering intervention in a same direction as a direction of steering that is requested by the autonomous lane change control, and establishment of the stop condition is not recognized, during execution of the autonomous lane change control; and a termination announcement process of announcing termination of the autonomous driving control when the steering intervention in said same direction is performed, and establishment of the stop condition is recognized, during execution of the autonomous lane change control.
A valve, comprising: a valve body (110, 120) defining a pathway and an aperture which is open to the pathway; a diaphragm configured to assume first or second conditions in which the diaphragm blocks or permits fluid flow through the pathway, respectively, the diaphragm being biased toward assumption of the first condition, the diaphragm including a diaphragm section and a plate section surrounding the diaphragm section, the plate section being secured to a sidewall of the valve body and the diaphragm section being positioned at the aperture; and a wire coupled to the diaphragm and having an uncontracted length in an unheated state whereby the wire permits assumption of the first condition by the diaphragm due to the bias and a contracted length in a heated state whereby the wire pulls the diaphragm toward assumption of the second condition in opposition to the bias; characterised in that the wire has a first end and a second end, the second end of the wire being coupled to a hook extending from the diaphragm section. a valve body (110, 120) defining a pathway and an aperture which is open to the pathway; a diaphragm configured to assume first or second conditions in which the diaphragm blocks or permits fluid flow through the pathway, respectively, the diaphragm being biased toward assumption of the first condition, the diaphragm including a diaphragm section and a plate section surrounding the diaphragm section, the plate section being secured to a sidewall of the valve body and the diaphragm section being positioned at the aperture; and a wire coupled to the diaphragm and having an uncontracted length in an unheated state whereby the wire permits assumption of the first condition by the diaphragm due to the bias and a contracted length in a heated state whereby the wire pulls the diaphragm toward assumption of the second condition in opposition to the bias; characterised in that the wire has a first end and a second end, the second end of the wire being coupled to a hook extending from the diaphragm section.
A service server comprising: a redirect server for receiving from a device a request message for requesting data stored in a data server (600a, 600b), for requesting the data server (600a, 600b) indicated by the received request message for data, and for receiving the data from the data server (600a, 600b); and an anti-virus server for determining whether the data transmitted from the data server (600a, 600b) contains a malignant virus, wherein, when the anti-virus server determines that the data does not contain a malignant virus, the redirect server requests the data server (600a, 600b) to transmit the data requested by a user to the device. a redirect server for receiving from a device a request message for requesting data stored in a data server (600a, 600b), for requesting the data server (600a, 600b) indicated by the received request message for data, and for receiving the data from the data server (600a, 600b); and an anti-virus server for determining whether the data transmitted from the data server (600a, 600b) contains a malignant virus, wherein, when the anti-virus server determines that the data does not contain a malignant virus, the redirect server requests the data server (600a, 600b) to transmit the data requested by a user to the device.
Method for the authentication of a surrounding Web application by a Web application that is to be embedded, wherein the surrounding first Web application is executed in a browser and the second Web application that is to be embedded is provided for running in a separate execution and display area of the surrounding first Web application, wherein the surrounding first Web application is provided by at least one first Web server and the second Web application that is to be embedded is provided by at least one second Web server, characterized in that the surrounding first Web application is authenticated to the second Web application that is to be embedded, wherein first key material allocated to the first Web application is usable by the second Web server, wherein authentication messages are exchanged between the first Web server and the second Web server via the browser, and the second Web application is activated only in the event of successful authentication or authorization.
Method for verifying the consistency of the measurements of an incidence probe mounted on an aircraft, the said incidence probe providing an angle of incidence measurement signal (S α), termed the first signal, the said method comprising the following successive steps: E1) analysis and measurement of the amplitude of the variations of the vertical load factor measurement signal (S Nz), termed the second signal, provided by at least one accelerometer mounted aboard the aircraft; E2) comparison of the amplitude of the variations of the said second signal with a first threshold (ε 1), the exceeding of the said first threshold by the amplitude of the variations of the said second signal triggering the following successive steps during a time window of limited duration: E3) computation of the amplitude of the variations of the said first signal; and E4) comparison of the thus computed amplitude of the variations of the said first signal with a second threshold (ε 2); the measurements provided by the said incidence probe being identified as inconsistent if the said amplitude of the variations of the said first signal does not exceed the said second threshold during the duration of the said time window. E1) analysis and measurement of the amplitude of the variations of the vertical load factor measurement signal (S Nz), termed the second signal, provided by at least one accelerometer mounted aboard the aircraft; E2) comparison of the amplitude of the variations of the said second signal with a first threshold (ε 1), the exceeding of the said first threshold by the amplitude of the variations of the said second signal triggering the following successive steps during a time window of limited duration: E3) computation of the amplitude of the variations of the said first signal; and E4) comparison of the thus computed amplitude of the variations of the said first signal with a second threshold (ε 2); the measurements provided by the said incidence probe being identified as inconsistent if the said amplitude of the variations of the said first signal does not exceed the said second threshold during the duration of the said time window. E3) computation of the amplitude of the variations of the said first signal; and E4) comparison of the thus computed amplitude of the variations of the said first signal with a second threshold (ε 2); the measurements provided by the said incidence probe being identified as inconsistent if the said amplitude of the variations of the said first signal does not exceed the said second threshold during the duration of the said time window.
Face mask made of a flexible support material suitable for absorbing liquids, wherein the face mask comprises a forehead segment, a cheek segment and a throat segment, wherein a. the individual segments to are connected with each other through perforations (5, 6), so that the segments to can be separated from each other; b. the individual segments to are each formed so that they each can integrally cover the corresponding facial areas of a human face; characterised in that c. the cheek segment has a curved outline along the perforation, which on the edge stretches in the direction of the forehead part. a. the individual segments to are connected with each other through perforations (5, 6), so that the segments to can be separated from each other; b. the individual segments to are each formed so that they each can integrally cover the corresponding facial areas of a human face; characterised in that c. the cheek segment has a curved outline along the perforation, which on the edge stretches in the direction of the forehead part.
A method for detecting 5-hydroxymethylated cytosine in a nucleic acid, the method comprising: a) providing a nucleic acid that is hemimethylated, said nucleic acid comprising cytosine, (i) a parental strand comprising 5-hydroxymethylated cytosine and (ii) a daughter strand which is unmethylated and unhydroxymethylated; b) treating said nucleic acid with an enzyme that adds a methyl group to the daughter strand, wherein said enzyme does not add a hydroxymethyl group to said daughter strand; c) treating said nucleic acid to convert unmodified cytosine to uracil or thymidine; d) sequencing said daughter strand; and e) comparing a sequence from said daughter strand to a reference to detect 5-hydroxymethylated cytosine. a) providing a nucleic acid that is hemimethylated, said nucleic acid comprising cytosine, (i) a parental strand comprising 5-hydroxymethylated cytosine and (ii) a daughter strand which is unmethylated and unhydroxymethylated; b) treating said nucleic acid with an enzyme that adds a methyl group to the daughter strand, wherein said enzyme does not add a hydroxymethyl group to said daughter strand; c) treating said nucleic acid to convert unmodified cytosine to uracil or thymidine; d) sequencing said daughter strand; and e) comparing a sequence from said daughter strand to a reference to detect 5-hydroxymethylated cytosine.