mhurhangee/patent-ind-claim-en huggingface dataset:
A radiography apparatus comprising: a radiation source that generates radiation; a radiography unit that images an object using the radiation; a display that displays a radiographic image obtained by the imaging; and a processor , wherein the processor analyzes the radiographic image: to determine the radiographic image, whose capture is determined to have failed, to be a failure; and to decide an imaging failure reason, which is a reason for the determination, and correction information for eliminating the imaging failure reason; and displays the correction information on the display. a radiation source that generates radiation; a radiography unit that images an object using the radiation; a display that displays a radiographic image obtained by the imaging; and a processor , wherein the processor analyzes the radiographic image: to determine the radiographic image, whose capture is determined to have failed, to be a failure; and to decide an imaging failure reason, which is a reason for the determination, and correction information for eliminating the imaging failure reason; and to determine the radiographic image, whose capture is determined to have failed, to be a failure; and to decide an imaging failure reason, which is a reason for the determination, and correction information for eliminating the imaging failure reason; and displays the correction information on the display.
Method for operating a processing device with a control unit and at least one field device connected to the control unit for data exchange by means of a data exchange link , characterized in that a field device to be exchanged is replaced by another field device to be inserted, the following steps are executed: bringing an exchange signal generator close to the field device to be exchanged, generating an exchange signal (AS) by means of the exchange signal generator , and transmitting the exchange signal (AS) to the control unit . bringing an exchange signal generator close to the field device to be exchanged, generating an exchange signal (AS) by means of the exchange signal generator , and transmitting the exchange signal (AS) to the control unit .
A mounting device for use in gluing a prefabricated deck onto a boat deck , said prefabricated deck comprising at least one prefabricated deck element , said mounting device having at least the size of the prefabricated deck element , said mounting device comprising a vacuum layer that has at least one vacuum port via which a connection to a vacuum system is produced by means of which a negative pressure is produced between the vacuum layer and the boat deck when the mounting device is being used as intended, wherein the mounting device further comprises at least one rigid support plate , said vacuum layer covering the support plate and/or at least a portion of the vacuum layer being formed by the upper face of the support plate facing away from the prefabricated deck element , and said support plate being able to distribute the pressing force generated by the negative pressure across the entire surface of the prefabricated deck element , characterised in that the vacuum layer is formed by a deformable joint seal along plate joints between support plates and by a deformable edge seal along the circumferential edge of the mounting device , the edge seal abutting on the boat deck being able to ensure a negative pressure between the vacuum layer and the boat deck .
A composition comprising the bile acid glycocholic acid (GCA), or a salt thereof, and at least one fatty acid selected from the group consisting of butyric acid, or a salt thereof, or oleic acid, or a salt thereof, for use in the treatment and/or prevention of osteoporosis.
Device for obtaining oil from seeds , having at least one conditioner for conditioning the temperature and the moisture of the pressed material, at least one mechanical pressing device and at least one conveying device for conveying the conditioned pressed material from the conditioner to the mechanical pressing device , a first measuring device being arranged in the region of the at least one conditioner , which is designed to continuously acquire at least one of the parameters moisture, fibre content and/or oil content of the pressed material, characterized in that carbon dioxide is used as the extraction agent and in that the device has at least one evaluation and control unit , which is designed to evaluate the measured values acquired at least with the aid of the first measuring device , the device having at least one feed device for feeding an extraction agent into the pressing chamber of the at least one mechanical pressing device , wherein at least the oil content of the pressed material upstream of the mechanical pressing device can be measured with the aid of the first measuring device and wherein the at least one evaluation and control unit is designed to control the feed device , so that the quantity of the extraction agent fed into the pressing chamber can be continuously regulated on the basis of the oil content of the pressed material.
A portable terminal (10; 10a) including an imaging section , comprising: a storage control section which stores in a storage section item identification information (51; 62) to identify an item with a wireless ID tag attached corresponded with tag position information (43; 63) which shows a position of the wireless ID tag ; a retrieving section which retrieves item identification information (51; 62) of an item corresponding to image data imaged by the imaging section from the stored item identification information (51; 62); a display control section which displays image data imaged by the imaging section on a display section and also displays a display mark showing a position of the wireless ID tag in a position corresponding to the tag position information (43; 63) corresponding to the item identification information (51; 62) retrieved by the retrieving section in the displayed image data . a storage control section which stores in a storage section item identification information (51; 62) to identify an item with a wireless ID tag attached corresponded with tag position information (43; 63) which shows a position of the wireless ID tag ; a retrieving section which retrieves item identification information (51; 62) of an item corresponding to image data imaged by the imaging section from the stored item identification information (51; 62); a display control section which displays image data imaged by the imaging section on a display section and also displays a display mark showing a position of the wireless ID tag in a position corresponding to the tag position information (43; 63) corresponding to the item identification information (51; 62) retrieved by the retrieving section in the displayed image data .
A method for making an acoustic component comprising a plurality of hollow complex acoustic elements each having a shape tapering gradually between a base and an apex , the hollow complex acoustic elements being connected to one another by one or more adjacent edges, the method comprising: - heating a film of thermoplastic material to a first temperature above the glass transition temperature or melting temperature of said film, - shaping the heated film of thermoplastic material in a tool comprising a mould which has a plurality of mould cavities having a shape corresponding to the shape of the hollow complex acoustic elements of the acoustic component to be made, the heated film of thermoplastic material being shaped locally in each of the mould cavities, at least the mould being kept at a second temperature above the glass transition temperature or melting temperature of the thermoplastic material and below the first temperature, - cooling the mould to a third temperature below the glass transition temperature or melting temperature of the thermoplastic material, - removing a complex acoustic multi-element panel comprising a plurality of hollow complex acoustic elements from the mould. - heating a film of thermoplastic material to a first temperature above the glass transition temperature or melting temperature of said film, - shaping the heated film of thermoplastic material in a tool comprising a mould which has a plurality of mould cavities having a shape corresponding to the shape of the hollow complex acoustic elements of the acoustic component to be made, the heated film of thermoplastic material being shaped locally in each of the mould cavities, at least the mould being kept at a second temperature above the glass transition temperature or melting temperature of the thermoplastic material and below the first temperature, - cooling the mould to a third temperature below the glass transition temperature or melting temperature of the thermoplastic material, - removing a complex acoustic multi-element panel comprising a plurality of hollow complex acoustic elements from the mould.
A device for forming a tissue fold composed of two tissue layers, comprising a tissue chamber covered by a flexible-membrane sleeve , the device being configured to form the tissue fold by drawing tissue into the tissue chamber in the device through an opening in the flexible-membrane sleeve , upon the application of a vacuum to the chamber when the sleeve opening is placed against tissue, wherein said sleeve opening has the form, as vacuum is applied to the chamber, of an elongate slit having a length and a gap dimensioned to restrict intake through the slit of additional tissue layers, once the two tissue layers of the tissue fold have been drawn into the tissue chamber through the slit , characterised by the device being configured to stretch the slit along said length, during application of vacuum to the chamber.
Testing device comprising a sampler , a sample preparation unit and a starter , wherein the sampler can be combined with the sample preparation unit and the sample preparation unit can be combined with the starter , wherein the sample preparation unit has on its upper side an opening for receiving the sampler and on its underside an initially closed interface for the combination with the starter , wherein, by the combination of the sampler with the sample preparation unit , a sealed mixing container , acting as a shaking reactor , is created, wherein the interface acts as a predetermined breaking point of the shaking reactor , wherein the sampler has at one end a sampling body , wherein the starter has in a bottom region a penetration profile , wherein the sampler can be inserted with the sampling body into a tube of the sample preparation unit , wherein, when the sampler is inserted into the sample preparation unit , a positive pressure is created in the interior of the shaking reactor , wherein the mixing container has a transparent or in some portions transparent wall, wherein there is in the interior of the mixing container an indicating element , which is arranged so as to be visible from outside the mixing container and acts as a shaking indicator, wherein the indicating element has pores with a pore size of 1 μm to 1000 μm and is impregnated with a water-soluble dye, which is in a dry form in these pores, and wherein the indicating element is discoloured when there is contact, imparted by shaking the mixing container , with a liquid sample that can be filled into the mixing container of the testing device , wherein the penetration profile of the starter penetrates at the predetermined breaking point of the shaking reactor when the sample preparation unit is combined with the starter and is intended to open the bottom of the sample preparation unit when the sample preparation unit is inserted into the starter and wherein a fluid transfer from the shaking reactor to a test strip platform on the sample preparation unit or on the starter takes place when the predetermined breaking point is opened and as a result of the positive pressure in the shaking reactor .
A vine robot tracheal intubation device, comprising an everting primary vine robot attached to a mouthpiece and a smaller diameter everting intubation vine robot associated with the primary everting vine robot, wherein the primary vine robot is shaped and sized to extend to the back of a patient's laryngopharynx when fully actuated and the intubation everting vine robot is shaped and sized to extend from the primary vine robot into the patient's trachea when fully actuated, whereby a lumen is provided by the device from the mouthpiece into the patient's trachea.
A method of diagnosing susceptibility to epilepsy in an individual, comprising: assaying a sample obtained from an individual to determine the presence or absence of the biomarker miRNA Let-7d-3p; and diagnosing susceptibility to epilepsy in the individual based on the presence of the biomarker miRNA Let-7d-3p; wherein the individual has suffered a traumatic brain injury (TBI), and assaying the sample comprises (i) contacting the sample with an oligonucleotide probe, wherein the oligonucleotide probe specifically hybridizes to the miRNA Let-7d-3p in the sample, and wherein the oligonucleotide is labelled with a fluorescent dye; (ii) detecting the fluorescent signal from the hybridization complex formed by the oligonucleotide probe and the polynucleotide in the sample; and (iii) detecting the presence of the biomarker of epilepsy based upon the detected fluorescent signal, wherein the sample is a blood sample and wherein an up-regulation of miRNA Let-7d-3p relative to a healthy subject is indicative of a susceptibility to epilepsy, and wherein the epilepsy is post traumatic epilepsy (PTE). assaying a sample obtained from an individual to determine the presence or absence of the biomarker miRNA Let-7d-3p; and diagnosing susceptibility to epilepsy in the individual based on the presence of the biomarker miRNA Let-7d-3p; wherein the individual has suffered a traumatic brain injury (TBI), and assaying the sample comprises (i) contacting the sample with an oligonucleotide probe, wherein the oligonucleotide probe specifically hybridizes to the miRNA Let-7d-3p in the sample, and wherein the oligonucleotide is labelled with a fluorescent dye; (ii) detecting the fluorescent signal from the hybridization complex formed by the oligonucleotide probe and the polynucleotide in the sample; and (iii) detecting the presence of the biomarker of epilepsy based upon the detected fluorescent signal, wherein the sample is a blood sample and wherein an up-regulation of miRNA Let-7d-3p relative to a healthy subject is indicative of a susceptibility to epilepsy, and wherein the epilepsy is post traumatic epilepsy (PTE).
A subterranean drainage structure comprising: a plurality of similarly dimensioned drainage cells formed into a regular grid comprising one or more substantially horizontal layer; a substantially vertical access chamber for inspection formed by omission of at least one cell from the or each layer; a base unit , positioned at the lower end of the chamber, wherein the base unit extends substantially from a first side of the chamber to an opposite side in at least one direction; and fixing means for fixing the base unit to at least one of the cells adjacent the chamber, wherein a bottom of the base unit is in substantially the same horizontal plane as the bottom surfaces of the lowermost cells in the grid, and wherein cells at the first and opposite sides of the chamber are access cells , each comprising a substantially horizontal access channel therein, wherein each horizontal access channel has an opening in a wall of the access cell facing into the chamber thereby enabling access for inspection to the access channel from the chamber, characterised in that the base unit comprises a platform which extends from a base of the access channels across the chamber such that the platform communicates with the openings of the access channels a plurality of similarly dimensioned drainage cells formed into a regular grid comprising one or more substantially horizontal layer; a substantially vertical access chamber for inspection formed by omission of at least one cell from the or each layer; a base unit , positioned at the lower end of the chamber, wherein the base unit extends substantially from a first side of the chamber to an opposite side in at least one direction; and fixing means for fixing the base unit to at least one of the cells adjacent the chamber, wherein a bottom of the base unit is in substantially the same horizontal plane as the bottom surfaces of the lowermost cells in the grid, and wherein cells at the first and opposite sides of the chamber are access cells , each comprising a substantially horizontal access channel therein, wherein each horizontal access channel has an opening in a wall of the access cell facing into the chamber thereby enabling access for inspection to the access channel from the chamber, characterised in that the base unit comprises a platform which extends from a base of the access channels across the chamber such that the platform communicates with the openings of the access channels
Knee joint endoprosthesis having a tibial component and a femoral component and a hinge joint for coupling the tibial component and the femoral component so as to be pivotal about a rotational axis , which hinge joint comprises a first joint element and a second joint element coupled therewith so as to be rotatable about the rotational axis , wherein a connecting device is provided having at least one first connecting element and at least one second connecting element for connecting the first joint element to the femoral component , which connecting device defines a connecting position, in which the at least one first connecting element and the at least one second connecting element are engaged in a non-positive- and/or positive-locking manner, and an assembly position, in which the first joint element and the femoral component are fully separated from each other, wherein the at least one first connecting element is associated with the first joint element or is arranged or formed thereon, and wherein the at least one second connecting element is associated with the femoral component or is arranged or formed thereon, wherein the connecting device defines a connecting direction , in which the at least one first connecting element and the at least one second connecting element are moveable relative to each other for transferring the connecting device from the assembly position into the connecting position, wherein the connecting direction runs transversely, in particular perpendicularly, to the rotational axis , characterized in that the first joint element is configured in the form of a hinge axle , and in that the second joint element has a hinge axle receiver that is passed through by the hinge axle .
A group III nitride semiconductor substrate comprising: a sapphire substrate having a semipolar plane as a main surface; a group III nitride semiconductor layer positioned over the main surface; and a buffer layer interposed between the sapphire substrate and the group III nitride semiconductor layer, wherein a <0002> direction of the sapphire substrate and a <10-10> direction of the group III nitride semiconductor layer do not intersect at right angles in a plan view in a direction perpendicular to the main surface, wherein the main surface is a plane obtained by inclining a {10-10} plane at any angle of more than 0.0° and 10.5° or less in a direction in which the {10-10} plane is parallel with an a-plane, and the group III nitride semiconductor layer has a semipolar plane inclined from a -C-plane at 38.0° or more and 53.0° or less to a -a-plane direction and at -16.0° or more and 16.0° or less to a m-plane direction as an exposed surface. a sapphire substrate having a semipolar plane as a main surface; a group III nitride semiconductor layer positioned over the main surface; and a buffer layer interposed between the sapphire substrate and the group III nitride semiconductor layer, wherein a <0002> direction of the sapphire substrate and a <10-10> direction of the group III nitride semiconductor layer do not intersect at right angles in a plan view in a direction perpendicular to the main surface, wherein the main surface is a plane obtained by inclining a {10-10} plane at any angle of more than 0.0° and 10.5° or less in a direction in which the {10-10} plane is parallel with an a-plane, and the group III nitride semiconductor layer has a semipolar plane inclined from a -C-plane at 38.0° or more and 53.0° or less to a -a-plane direction and at -16.0° or more and 16.0° or less to a m-plane direction as an exposed surface.
A method for wireless communication by a User Equipment, UE, comprising: receiving downlink control information, DCI, scheduling uplink resources on a secondary cell, SCell, configured on a first spectrum, the scheduled uplink resources to be used for transmitting uplink feedback for at least one downlink transmission on at least one of a primary cell, PCell, or another SCell configured on a second spectrum, wherein a single physical uplink control channel, PUCCH, is allowed to be configured on one of the first or second spectrums and wherein once configured the PUCCH cannot be switched between the first and second spectrums; and transmitting the uplink feedback using the scheduled uplink resources in the first spectrum. receiving downlink control information, DCI, scheduling uplink resources on a secondary cell, SCell, configured on a first spectrum, the scheduled uplink resources to be used for transmitting uplink feedback for at least one downlink transmission on at least one of a primary cell, PCell, or another SCell configured on a second spectrum, wherein a single physical uplink control channel, PUCCH, is allowed to be configured on one of the first or second spectrums and wherein once configured the PUCCH cannot be switched between the first and second spectrums; and transmitting the uplink feedback using the scheduled uplink resources in the first spectrum.
A network node for use as a Policy and Charging Rules Function , PCRF, in a Policy Charging Control architecture of a telecommunications system, the network node comprising: a receiver configured to receive from a Policy Control Enforcement Function , PCEF, a notification indicating that a video service has started for streaming video content to a User Equipment, UE, of a user; a quality determiner configured to determine a first Quality of Service, QoS, setting for the video service; and a transmitter configured to transmit first QoS setting data identifying the first QoS setting to the PCEF, wherein the receiver is further configured to receive a further notification from the PCEF indicating that the video service has reached a particular stage, wherein the particular stage of the video service is the end of a buffering phase and/or the beginning of a playout phase , and wherein the quality determiner is further configured, in response to the further notification, to determine a second QoS setting specifying a lower QoS than the first QoS setting and for the video service after the particular stage, and wherein the transmitter is configured to transmit second QoS setting data identifying the second QoS setting to the PCEF. a receiver configured to receive from a Policy Control Enforcement Function , PCEF, a notification indicating that a video service has started for streaming video content to a User Equipment, UE, of a user; a quality determiner configured to determine a first Quality of Service, QoS, setting for the video service; and a transmitter configured to transmit first QoS setting data identifying the first QoS setting to the PCEF, wherein the receiver is further configured to receive a further notification from the PCEF indicating that the video service has reached a particular stage, wherein the particular stage of the video service is the end of a buffering phase and/or the beginning of a playout phase , and wherein the quality determiner is further configured, in response to the further notification, to determine a second QoS setting specifying a lower QoS than the first QoS setting and for the video service after the particular stage, and wherein the transmitter is configured to transmit second QoS setting data identifying the second QoS setting to the PCEF.