mhurhangee/ep-ind-claims huggingface dataset:
A method of optimizing communication between a client device and an electronic mail interface computing device, the method being executed by the client device and comprising: transmitting, to the electronic mail interface computing device, a first data change request including a first time-out interval and including a first registration request for new data arriving at the electronic mail interface computing device, wherein the electronic mail interface computing device maintains a communication link with the client device until the electronic mail interface computing device detects new data arriving or until the first time-out interval expires; receiving, from the electronic mail interface computing device, a first notification indicating that the first time-out interval has expired and no new data has arrived at the electronic mail interface computing device; transmitting, to the electronic mail interface computing device, a second data change request including a second time-out interval different from the first time-out interval and including a second registration request for new data arriving at the electronic mail interface computing device; and receiving, from the electronic mail interface computing device, a second notification indicating that new data has arrived at the electronic mail interface computing device prior to the expiration of the second time-out interval, and that the new data is available to the client device. transmitting, to the electronic mail interface computing device, a first data change request including a first time-out interval and including a first registration request for new data arriving at the electronic mail interface computing device, wherein the electronic mail interface computing device maintains a communication link with the client device until the electronic mail interface computing device detects new data arriving or until the first time-out interval expires; receiving, from the electronic mail interface computing device, a first notification indicating that the first time-out interval has expired and no new data has arrived at the electronic mail interface computing device; transmitting, to the electronic mail interface computing device, a second data change request including a second time-out interval different from the first time-out interval and including a second registration request for new data arriving at the electronic mail interface computing device; and receiving, from the electronic mail interface computing device, a second notification indicating that new data has arrived at the electronic mail interface computing device prior to the expiration of the second time-out interval, and that the new data is available to the client device.
A monitoring device (100, 100a) for a weaving machine, which monitoring device comprises at least one camera apparatus and a weft-thread beat-up device, wherein the weft-thread beat-up device comprises a reed and/or a batten, and the reed and/or the batten extend in a longitudinal direction (LA1, LA2) of the weft-thread beat-up device characterised in that, the at least one camera apparatus is fastened to the weft-thread beat-up device such that in the event of a movement of the weft-thread beat-up device during a weaving process, the at least one camera apparatus has no movement other than a co-movement with the weft-thread beat-up device, wherein the at least one camera apparatus is equipped with at least one image sensor, which comprises a plurality of light-sensitive sensor elements, in each case disposed next to each other, in order to record an image of warp threads (4, 4a, 4b) in the form of a plurality of pixels disposed next to each other, wherein the pixels are disposed at least in a row extending substantially parallel to the longitudinal direction (LA1, LA2) of the weft-thread beat-up device. which monitoring device comprises at least one camera apparatus and a weft-thread beat-up device, wherein the weft-thread beat-up device comprises a reed and/or a batten, and the reed and/or the batten extend in a longitudinal direction (LA1, LA2) of the weft-thread beat-up device characterised in that, the at least one camera apparatus is fastened to the weft-thread beat-up device such that in the event of a movement of the weft-thread beat-up device during a weaving process, the at least one camera apparatus has no movement other than a co-movement with the weft-thread beat-up device, wherein the at least one camera apparatus is equipped with at least one image sensor, which comprises a plurality of light-sensitive sensor elements, in each case disposed next to each other, in order to record an image of warp threads (4, 4a, 4b) in the form of a plurality of pixels disposed next to each other, wherein the pixels are disposed at least in a row extending substantially parallel to the longitudinal direction (LA1, LA2) of the weft-thread beat-up device.
An optical coherence tomography imaging system for imaging anterior and posterior structures of a spherical-type eye of a subject, the system comprising: a source having an associated source arm path; a reference arm having an associated reference arm path coupled to the source path, the reference arm path having an associated reference arm path length; a sample arm having an associated sample arm path coupled to the source arm and reference arm paths; a lens having a focal power optimized for a diameter of the spherical -type eye; and a reference arm path length adjustment module coupled to the reference arm, the reference arm path length adjustment module configured to automatically adjust the reference arm path length such that the reference arm path length is based on an eye diameter of the subject; characterised in that the OCT system is configured to adjust the reference arm path length to accommodate subject path lengths to target structures within the eye, the target structures ranging from anterior of the cornea to posterior of the retina, and wherein the OCT system is configured to image continuously the anterior to the posterior structures of the spherical-type eye by synchronous coordination of a working distance between an objective lens and an anterior surface of the sample, and the reference arm path length. a source having an associated source arm path; a reference arm having an associated reference arm path coupled to the source path, the reference arm path having an associated reference arm path length; a sample arm having an associated sample arm path coupled to the source arm and reference arm paths; a lens having a focal power optimized for a diameter of the spherical -type eye; and a reference arm path length adjustment module coupled to the reference arm, the reference arm path length adjustment module configured to automatically adjust the reference arm path length such that the reference arm path length is based on an eye diameter of the subject; characterised in that the OCT system is configured to adjust the reference arm path length to accommodate subject path lengths to target structures within the eye, the target structures ranging from anterior of the cornea to posterior of the retina, and wherein the OCT system is configured to image continuously the anterior to the posterior structures of the spherical-type eye by synchronous coordination of a working distance between an objective lens and an anterior surface of the sample, and the reference arm path length.
A polymeric composition, comprising an acrylic polymer or copolymer derived from a single-electron transfer living radical polymerization of a reaction mixture comprising: (a) one or more acrylic monomers, including a monomer of the formula: wherein R 1 is hydrogen or C 1-3 alkyl and R 2 is carboxyl or carboxylate; (b) a metal single-electron transfer catalyst; (c) a component comprising a solvent and optional sulfide-free ligand, where said component or combination of component and monomer is capable of disproportionating the metal single-electron transfer catalyst; and (d) an organohalide initiator; with the proviso that R 2 is carboxyl, or the solvent includes a compound comprising a carboxyl group, or that R 2 is carboxyl and the solvent includes a compound comprising a carboxyl group. (a) one or more acrylic monomers, including a monomer of the formula: wherein R 1 is hydrogen or C 1-3 alkyl and R 2 is carboxyl or carboxylate; (b) a metal single-electron transfer catalyst; (c) a component comprising a solvent and optional sulfide-free ligand, where said component or combination of component and monomer is capable of disproportionating the metal single-electron transfer catalyst; and (d) an organohalide initiator;
A gauge to verify the accuracy of an intra-oral scan of the oral cavity of a patient, comprising: a bar of adjustable length and removably affixable between two points (12, 13) in the oral cavity; said bar having a first and a second end (14, 15); said bar has a visual indicia to identify the distance between the two points (12, 13), wherein said visual indicia is a Vernier scale; said bar being scannable by the intra-oral scan; such that the measurement of the distance between the two points (12, 13) is thereby verified by said visual indicia and by the scan of said bar. a bar of adjustable length and removably affixable between two points (12, 13) in the oral cavity; said bar having a first and a second end (14, 15); said bar has a visual indicia to identify the distance between the two points (12, 13), wherein said visual indicia is a Vernier scale; said bar being scannable by the intra-oral scan; such that the measurement of the distance between the two points (12, 13) is thereby verified by said visual indicia and by the scan of said bar.
A method of screening for a neoplasm in a sample obtained from a subject, the method comprising: a) assaying a sample from a subject for an amount of at least one methylated marker gene, preferably at least two methylated marker genes, preferably all of the marker genes selected from the group consisting of vimentin, septin 9, NDRG4, BMP3, VAV3, SFMBT2_897, and TFPI2a in a sample obtained from a subject; b) assaying said sample for an amount of methylated ZDHHC1 DNA in said sample; c) comparing the amount of said at least one methylated marker gene to the amount of methylated ZDHHC1 DNA in said sample to determine a methylation state for said at least one marker gene in said sample; and d) generating a record reporting the methylation state for said at least one marker gene in said sample; and optionally: e) identifying a KRAS mutation score in said sample, preferably wherein said measuring of said K-ras mutation score is measured by digital melt curve analysis or quantitative allele-specific PCR. a) assaying a sample from a subject for an amount of at least one methylated marker gene, preferably at least two methylated marker genes, preferably all of the marker genes selected from the group consisting of vimentin, septin 9, NDRG4, BMP3, VAV3, SFMBT2_897, and TFPI2a in a sample obtained from a subject; b) assaying said sample for an amount of methylated ZDHHC1 DNA in said sample; c) comparing the amount of said at least one methylated marker gene to the amount of methylated ZDHHC1 DNA in said sample to determine a methylation state for said at least one marker gene in said sample; and d) generating a record reporting the methylation state for said at least one marker gene in said sample;
Method for operating an injection valve of an internal combustion engine of a motor vehicle, in which a valve needle of the injection valve is driven by means of an electromagnetic actuator (26, 30), and a variable which characterizes the acceleration of a magnet armature of the electromagnetic actuator is formed as a function of at least one electrical operating variable of the electromagnetic actuator (26, 30), and an operating state of the injection valve is determined as a function of the variable which characterizes the acceleration, characterized in that spring force is preferably applied to the valve needle in a closing direction of the valve needle, in that the magnet armature is connected to the valve needle in such a way that the magnet armature can be moved relative to the valve needle with a non-diminishing mechanical play in relation to a direction of movement of the valve needle, and in that from a characteristic feature of the variable which characterizes the acceleration of the magnetic armature it is determined that the magnetic armature becomes detached from the valve needle.
Arrangement to detect a fault electrical connection in a wind turbine, - where an ozone sensor is located close to a dedicated electrical connection within the wind turbine, - where the sensor is located close to the electrical connection in a way that a certain amount of ozone gas, which is generated by a corona due to a fault of the dedicated electrical connection, is detected by the ozone sensor. - where an ozone sensor is located close to a dedicated electrical connection within the wind turbine, - where the sensor is located close to the electrical connection in a way that a certain amount of ozone gas, which is generated by a corona due to a fault of the dedicated electrical connection, is detected by the ozone sensor.
An implantable blood pump for use as a Left Ventricular Assist Device (LVAD), the implantable blood pump comprising: a housing having an inlet and an outlet and configured to be implanted at a patient's heart; a membrane assembly disposed within the housing proximal to the outlet, the membrane assembly including a tensioned flexible membrane coupled to a rigid ring, the tensioned flexible membrane having a central aperture; an actuator disposed within the housing, the actuator having a stator assembly and an electromagnet assembly, the electromagnet assembly configured to selectively generate a magnetic field; characterised in that a magnetic ring is coupled to the rigid ring, the magnetic ring is concentrically suspended around the actuator and configured to reciprocate responsive to the magnetic field, wherein during operation blood enters the inlet, flows around the actuator and the magnetic ring, and is propelled across the membrane to the outlet. a housing having an inlet and an outlet and configured to be implanted at a patient's heart; a membrane assembly disposed within the housing proximal to the outlet, the membrane assembly including a tensioned flexible membrane coupled to a rigid ring, the tensioned flexible membrane having a central aperture; an actuator disposed within the housing, the actuator having a stator assembly and an electromagnet assembly, the electromagnet assembly configured to selectively generate a magnetic field; characterised in that a magnetic ring is coupled to the rigid ring, the magnetic ring is concentrically suspended around the actuator and configured to reciprocate responsive to the magnetic field, wherein during operation blood enters the inlet, flows around the actuator and the magnetic ring, and is propelled across the membrane to the outlet.
A method for monitoring a file in a system partition of an operating system in a mobile terminal, comprising: starting a monitoring service; creating a listening thread in the monitoring service to listen for an input event with respect to the system partition, the input event being a manipulation of a file in the system partition; recording the input event into a log file when the input event with respect to the system partition has been listened to by the listening thread; and performing version upgrade of an operating system of the mobile terminal based on the log file. starting a monitoring service; creating a listening thread in the monitoring service to listen for an input event with respect to the system partition, the input event being a manipulation of a file in the system partition; recording the input event into a log file when the input event with respect to the system partition has been listened to by the listening thread; and performing version upgrade of an operating system of the mobile terminal based on the log file.
A bag-making and packaging apparatus in which a bag in which an article is packaged is formed from a packaging material while the packaging material is conveyed, the bag-making and packaging apparatus comprising: a printing part to print predetermined information on the packaging material before the bag is formed; characterised in that the bag-making and packaging apparatus further comprises: a first receiving part which is used in a first printing mode to print on the packaging material during conveyance thereof, without stopping conveyance of the packaging material; a second receiving part which is used in a second printing mode to print on the stopped packaging material at a timing at which conveyance of the packaging material is stopped; and a retaining part to retain at least one of the first receiving part and the second receiving part, the retaining part retaining at least one of the first receiving part and the second receiving part so that the first receiving part and the printing part face each other with the packaging material disposed therebetween in the first printing mode, and the second receiving part and the printing part face each other with the packaging material disposed therebetween in the second printing mode. a printing part to print predetermined information on the packaging material before the bag is formed; a first receiving part which is used in a first printing mode to print on the packaging material during conveyance thereof, without stopping conveyance of the packaging material; a second receiving part which is used in a second printing mode to print on the stopped packaging material at a timing at which conveyance of the packaging material is stopped; and a retaining part to retain at least one of the first receiving part and the second receiving part, the retaining part retaining at least one of the first receiving part and the second receiving part so that the first receiving part and the printing part face each other with the packaging material disposed therebetween in the first printing mode, and the second receiving part and the printing part face each other with the packaging material disposed therebetween in the second printing mode.
A method of inspecting a photolithographic reticle, the method comprising: receiving a stream of defect data from a reticle inspection system, wherein the defect data identifies a plurality of defects that were detected for a plurality of different portions of the reticle; before reviewing the defect data to determine whether the reticle passes inspection and as the stream of defect data continues to be received, automatically grouping some of the defects with other most recently one or more received defects so as to form groups of matching defects; before reviewing the defect data to determine whether the reticle passes inspection and after all of the defect data for the reticle is received, automatically filtering one or more of the groups of defects that have a number of defects above a predetermined threshold from the defect data so as to form filtered defect data, wherein the predetermined threshold has an adjusted value that depends on a level of uniformity of an area that surrounds the defect of such particular group; and providing the filtered defect data to a review station for determining whether the reticle passes inspection. receiving a stream of defect data from a reticle inspection system, wherein the defect data identifies a plurality of defects that were detected for a plurality of different portions of the reticle; before reviewing the defect data to determine whether the reticle passes inspection and as the stream of defect data continues to be received, automatically grouping some of the defects with other most recently one or more received defects so as to form groups of matching defects; before reviewing the defect data to determine whether the reticle passes inspection and after all of the defect data for the reticle is received, automatically filtering one or more of the groups of defects that have a number of defects above a predetermined threshold from the defect data so as to form filtered defect data, wherein the predetermined threshold has an adjusted value that depends on a level of uniformity of an area that surrounds the defect of such particular group; and providing the filtered defect data to a review station for determining whether the reticle passes inspection.
Machine for preparing beverages presenting a machine body that can be placed upon a base of placement, at least one beverage discharge and at least one support for recipients that provides a surface for supporting recipients underneath a respective beverage discharge, characterized in that said support for recipients is adapted so that part thereof can be rotated along a substantially horizontal plane and around a rotation axis that develops along a vertical direction and is disposed inside and in a centred manner relative to said support for recipients itself, between a first position, where it provides a first free height underneath a respective beverage discharge, and at least a second position where said support for recipients is rotated around said rotation axis relative to said first position and where it provides a second free height underneath a respective beverage discharge, and in that said support for recipients presents a movement mechanism that comprises two engagement parts (411, 412) arranged in vertical alignment and adapted for rotational engagement with each other, whereby a first engagement part is arranged underneath and provided fixed and a second engagement part is arranged on top and provided mobile, so that it can be rotated around said vertical rotation axis.
Heat storage system comprising a storage container for receiving storage material in an interior of the storage container and a circuit for removing and supplying the storage material received in the interior, wherein the circuit comprises: - a heat transfer device for thermally discharging and/or thermally charging the storage material, - a removal device which is set up to remove storage material in the liquid phase from the storage container and to feed it to the heat transfer device for thermal discharging and/or thermal charging, - a supply channel/discharge channel forming a fluid connection between the heat transfer device and the storage container, and characterized in that the circuit comprises a return device which is set up to return storage material in the solid phase to the interior of the storage container. - a heat transfer device for thermally discharging and/or thermally charging the storage material, - a removal device which is set up to remove storage material in the liquid phase from the storage container and to feed it to the heat transfer device for thermal discharging and/or thermal charging, - a supply channel/discharge channel forming a fluid connection between the heat transfer device and the storage container, and
A handbag comprising a casing defining a compartment with an opening provided with closing means, illumination devices placed inside said compartment close to said opening, a battery adapted to supply said illumination devices, a switch, operably connected to said closing means of the compartment, for activating and deactivating the illumination devices, a connection device configured to connect to an external charging device, a control unit configured to control at least said illumination devices and said connection means, wherein at least said battery, and said control unit are placed on the bottom of the handbag, characterized in that said battery and said control unit are produced in a single preassembled body provided with quick release connections for connection to at least the switch and to the illumination devices.