mhurhangee/ep-ind-claims huggingface dataset:
A detection container for an analyzer for performing a nucleic acid amplification assay, comprising: a container body, having first and second cell parts (66a, 66a) each including a photoirradiation part for irradiation with light and each having a circular opening, for storing a sample for a nucleic acid amplification therein; a lid member, coupled to said container body, having first and second closing parts (67a, 67a) for closing said circular openings of said first and second cell parts (66a, 66a); and a closing state holding part (66b, 67b) holding said first and second closing parts (67a, 67a) in a state closing said circular openings, wherein said closing state holding part (66b, 67b) includes two first hook engaging parts (66b, 66b) provided on said container body and two second hook engaging parts (67b, 67b) provided on said lid member, and each of the second hook engaging parts (67b, 67b) is engagable with one of said first hook engaging parts (66b, 6 6b). a container body, having first and second cell parts (66a, 66a) each including a photoirradiation part for irradiation with light and each having a circular opening, for storing a sample for a nucleic acid amplification therein; a lid member, coupled to said container body, having first and second closing parts (67a, 67a) for closing said circular openings of said first and second cell parts (66a, 66a); and a closing state holding part (66b, 67b) holding said first and second closing parts (67a, 67a) in a state closing said circular openings, wherein said closing state holding part (66b, 67b) includes two first hook engaging parts (66b, 66b) provided on said container body and two second hook engaging parts (67b, 67b) provided on said lid member, and each of the second hook engaging parts (67b, 67b) is engagable with one of said first hook engaging parts (66b, 6 6b).
Gas turbine unit with fluegas recirculation comprising a compressor having an inlet and an intake section upstream of the inlet of the compressor, the intake section comprising at least one section with a flow path defined by sidewalls in which the fresh airflow of the intake air is flowing along a principal airflow direction, comprising at least one mixing duct extending into the flow path from at least one sidewall, said mixing duct comprising an intake at said at least one sidewall for receiving recirculated fluegas, as well as comprising at least one outlet opening distanced from said sidewall for blowing recirculated fluegas out of the mixing duct into the airflow wherein at least two, or at least three, or at least four, or at least five mixing ducts are arranged in a row, adjacent to each other, characterized by said row being in alignment essentially along the airflow direction, the most upstream mixing duct defining a leading edge of the row, wherein the mixing ducts all have different lengths of extension into the flow path, and wherein the most upstream mixing duct extends most into the flow path, the most downstream mixing duct extending least into the flow path, and mixing ducts between being of successively decreasing length as a function of their downstream position.
Device for measuring a physiological parameter of a human limb, comprising: - a body comprising an opening for receiving the limb therein, - a moving means coupled to the body and movable relative to the body, - a receiving element for receiving a physiological sensor configured for interacting with the limb received in the opening, wherein the body comprises a first section and a second section arranged as an extension of the first section in a longitudinal direction of the body, wherein the second section is movable relative to the first section for defining the opening, wherein the moving means is coupled to the second section so as to adjust the size of the opening by moving the moving means wherein the moving means is detachable, preferably entirely detachable, from the body; wherein the moving means is configured as a sliding means coupled to the second section at a joint position of the second section, wherein the sliding means is configured to stay still with respect to the joint position while being slid and wherein the second section is made of an elastic material. - a body comprising an opening for receiving the limb therein, - a moving means coupled to the body and movable relative to the body, - a receiving element for receiving a physiological sensor configured for interacting with the limb received in the opening, wherein the body comprises a first section and a second section arranged as an extension of the first section in a longitudinal direction of the body, wherein the second section is movable relative to the first section for defining the opening, wherein the moving means is coupled to the second section so as to adjust the size of the opening by moving the moving means wherein the moving means is detachable, preferably entirely detachable, from the body; wherein the moving means is configured as a sliding means coupled to the second section at a joint position of the second section, wherein the sliding means is configured to stay still with respect to the joint position while being slid and wherein the second section is made of an elastic material. wherein the body comprises a first section and a second section arranged as an extension of the first section in a longitudinal direction of the body, wherein the second section is movable relative to the first section for defining the opening, wherein the moving means is coupled to the second section so as to adjust the size of the opening by moving the moving means wherein the moving means is detachable, preferably entirely detachable, from the body; wherein the moving means is configured as a sliding means coupled to the second section at a joint position of the second section, wherein the sliding means is configured to stay still with respect to the joint position while being slid and wherein the second section is made of an elastic material.
A device arranged to support a rotatable target of a deposition apparatus for sputtering material on a substrate, the device having a longitudinal axis forming a rotational axis of the rotatable target, and the device comprising: - a main body; - a first fluid conduit in the main body for receiving a fluid from the rotatable target, the first fluid conduit being oriented in a direction orthogonal to the rotational axis; and - a second fluid conduit in the main body for providing the fluid to the rotatable target, the second conduit being oriented in a direction orthogonal to the rotational axis; wherein the projections of the first fluid conduit and the second fluid conduit onto a projection plane that extends in the direction of the rotational axis overlap each other, characterized in that one of the first fluid conduit and the second fluid conduit extends radially outward from the rotational axis. - a main body; - a first fluid conduit in the main body for receiving a fluid from the rotatable target, the first fluid conduit being oriented in a direction orthogonal to the rotational axis; and - a second fluid conduit in the main body for providing the fluid to the rotatable target, the second conduit being oriented in a direction orthogonal to the rotational axis; wherein the projections of the first fluid conduit and the second fluid conduit onto a projection plane that extends in the direction of the rotational axis overlap each other, characterized in that one of the first fluid conduit and the second fluid conduit extends radially outward from the rotational axis.
Method for manufacturing man-machine interfaces comprising a module of a multifunction screen arranged in a housing having an opening designed to allow a user to view information displayed on this screen, characterized in that each screen module is furnished with specific control means comprising a connector and a microcontroller, various man-machine interfaces are manufactured based on the same screen modules by arranging these screen modules in housings accomodating a control panel, furnished with at least one control and/or at least one indicator, of an independent function of the screen.
A method of using distributed measurements to determine borehole size comprising: a) drilling a borehole using a drill string and injecting a chemical pill into the borehole at a volumetric flow rate via the drill string; b) sensing a change in annular pressure at two or more points distributed along the drill string to collect a distributed measurement data set indicating passage of the chemical pill; and c) processing the distributed measurement data set by using the change in annular pressure at the two or more points to determine an annular volume of the borehole between the two or more points and to calculate the borehole diameter between the two or more points, wherein processing the distributed measurement data set in (c) comprises measuring a time difference in the change in annular pressure at the two or more points and using the time difference and volumetric flow rate to determine the annular volume of the borehole between the two or more points and to calculate an average borehole diameter between the two or more points along the drill string. a) drilling a borehole using a drill string and injecting a chemical pill into the borehole at a volumetric flow rate via the drill string; b) sensing a change in annular pressure at two or more points distributed along the drill string to collect a distributed measurement data set indicating passage of the chemical pill; and c) processing the distributed measurement data set by using the change in annular pressure at the two or more points to determine an annular volume of the borehole between the two or more points and to calculate the borehole diameter between the two or more points,
A computer-implemented method, comprising: receiving, by an issuer and from a client device, data comprising a first party token specifying device information of the client device; digitally signing, by the issuer, the first party token using a private key of the issuer to create a digitally-signed token; encrypting, by the issuer, multiple instances of the digitally-signed token to create multiple encrypted versions of the digitally-signed token, wherein different instances of the encrypted versions of the digitally-signed token are each encrypted with a different respective public key of a different respective verifying party; generating, by the issuer, a composite token that includes the multiple encrypted versions of the digitally-signed token; and transmitting, by the issuer, the composite token that includes the multiple encrypted versions of the digitally-signed token to the client device. receiving, by an issuer and from a client device, data comprising a first party token specifying device information of the client device; digitally signing, by the issuer, the first party token using a private key of the issuer to create a digitally-signed token; encrypting, by the issuer, multiple instances of the digitally-signed token to create multiple encrypted versions of the digitally-signed token, wherein different instances of the encrypted versions of the digitally-signed token are each encrypted with a different respective public key of a different respective verifying party; generating, by the issuer, a composite token that includes the multiple encrypted versions of the digitally-signed token; and transmitting, by the issuer, the composite token that includes the multiple encrypted versions of the digitally-signed token to the client device.
Analytic magazine, comprising at least one chamber with at least one analytic aid, wherein the analytic aid has at least one lancet, wherein the analytic aid furthermore comprises at least one test element for detecting at least one analyte in a sample of a bodily fluid, wherein the test element comprises at least one test field with at least one test chemical, wherein the test field is partly arranged within the chamber and is accessible for the sample of the bodily fluid and/or components of the sample from the chamber, wherein at least one wall of the chamber partly covers the test field and thereby delimits a test-field surface for placing the sample, which test-field surface is accessible from the chamber, wherein the test-field surface is delimited by virtue of the fact that the wall of the chamber lies directly on the test-field surface along one or more delimitation lines or lies in the vicinity of the test-field surface such that a region of the test-field surface that is not covered by the wall is accessible to the sample, but, by contrast, a region covered by the wall is not, wherein the test field has at least one cutting edge, wherein the wall of the chamber covers the cutting edge.
A system for evaluating currency in areas using image processing, comprising: a non-transitory storage medium configured to store instructions; and a processor configured to execute the instructions to: receive an image of an area from an image sensor; wherein the image sensor is positioned at a distance of at least 1 meter from the area; process the image to identify at least one item of currency in the area; determine whether the at least one item of currency is valid; and when the at least one item of currency is determined to be suspect, via a light source or emitter project output indicating the item is suspect onto the at least one item of currency and/or otherwise in the area. receive an image of an area from an image sensor; wherein the image sensor is positioned at a distance of at least 1 meter from the area; process the image to identify at least one item of currency in the area; determine whether the at least one item of currency is valid; and when the at least one item of currency is determined to be suspect, via a light source or emitter project output indicating the item is suspect onto the at least one item of currency and/or otherwise in the area.
An evaporative air cooler, comprising: a housing, which is provided with a receiving cavity having an opening, wherein the receiving cavity is adapted to assemble a wet curtain; and a water dividing structure, provided above the receiving cavity; the evaporative air cooler being characterized by further comprising a water catcher, which is movably provided on an inner wall of the receiving cavity, wherein the water catcher comprises a water catching cavity with an opening facing the water dividing structure, the water catching cavity has a water-catching state directly under the water dividing structure when the wet curtain is unassembled in the receiving cavity, and a non-water-catching state obliquely under the water dividing structure when the wet curtain is assembled in the receiving cavity. a housing, which is provided with a receiving cavity having an opening, wherein the receiving cavity is adapted to assemble a wet curtain; and a water dividing structure, provided above the receiving cavity; the evaporative air cooler being characterized by further comprising a water catcher, which is movably provided on an inner wall of the receiving cavity, wherein the water catcher comprises a water catching cavity with an opening facing the water dividing structure, the water catching cavity has a water-catching state directly under the water dividing structure when the wet curtain is unassembled in the receiving cavity, and a non-water-catching state obliquely under the water dividing structure when the wet curtain is assembled in the receiving cavity.
Interleukin-2 (IL-2) or a fragment thereof, for use in the treatment of abnormal inflammation or an inflammatory condition in a subject, by a method comprising mucosally administering to the subject an effective amount of said IL-2 or fragment thereof, wherein the mucosal administration is sublingual administration, and wherein said fragment possesses qualitative biological activity in common with said IL-2.
Filter element for a filter for filtering a fluid, wherein the filter element can be inserted into a filter along an insertion direction and a filter medium that can be flowed through along a main flow direction, a clean side, a raw side, a sealing surface surrounding the filter medium and separating the clean side from the raw side by interacting with a filter housing of a filter when the filter element is installed and features a supporting structure having a supporting edge and a sealing surface, wherein a force can be applied to the sealing surface via the supporting edge along the main flow direction by interacting with a filter housing of a filter when the filter element is installed, wherein the sealing surface and the supporting edge enclose an acute angle, wherein the filter medium features a inflow surface and an outflow surface, wherein the outflow surface is disposed at least partially downstream of the sealing surface in the main flow direction, wherein the supporting structure is designed in a V-shape with a blunt tip and tapers in the insertion direction characterized in that the supporting edge is disposed laterally outside the flow-through area of the filter element laterally beside the filter medium, and the V-shaped supporting structure is designed in such a way that a projection of the supporting edge in the main flow direction is disposed on the sealing surface. a clean side, a raw side, a sealing surface surrounding the filter medium and separating the clean side from the raw side by interacting with a filter housing of a filter when the filter element is installed and features a supporting structure having a supporting edge and a sealing surface, wherein a force can be applied to the sealing surface via the supporting edge along the main flow direction by interacting with a filter housing of a filter when the filter element is installed, wherein the sealing surface and the supporting edge enclose an acute angle, wherein the filter medium features a inflow surface and an outflow surface, wherein the outflow surface is disposed at least partially downstream of the sealing surface in the main flow direction, wherein the supporting structure is designed in a V-shape with a blunt tip and tapers in the insertion direction characterized in that the supporting edge is disposed laterally outside the flow-through area of the filter element laterally beside the filter medium, and the V-shaped supporting structure is designed in such a way that a projection of the supporting edge in the main flow direction is disposed on the sealing surface.
A computer-implemented method, comprising: receiving an input tensor comprising a frequency dimension and a temporal dimension, wherein the input tensor comprises input audio data or input audio features; processing the input tensor with a first convolution operation to generate a multidimensional intermediate feature map comprising the frequency dimension and the temporal dimension; converting the multidimensional intermediate feature map to a one-dimensional intermediate feature map in the temporal dimension using a frequency dimension reduction operation; processing the one-dimensional intermediate feature map using a second convolution operation to generate a temporal feature map, wherein the first and second convolution operations are part of a broadcast residual neural network configured to classify the input audio data or features, wherein the broadcast residual neural network comprises a broadcasting operation for converting the temporal feature map to a multidimensional output feature map; expanding the temporal feature map to the frequency dimension using the broadcasting operation to generate the multidimensional output feature map; augmenting the multidimensional output feature map with the multidimensional intermediate feature map via a first residual connection; and outputting the augmented multidimensional output feature map. receiving an input tensor comprising a frequency dimension and a temporal dimension, wherein the input tensor comprises input audio data or input audio features; processing the input tensor with a first convolution operation to generate a multidimensional intermediate feature map comprising the frequency dimension and the temporal dimension; converting the multidimensional intermediate feature map to a one-dimensional intermediate feature map in the temporal dimension using a frequency dimension reduction operation; processing the one-dimensional intermediate feature map using a second convolution operation to generate a temporal feature map, wherein the first and second convolution operations are part of a broadcast residual neural network configured to classify the input audio data or features, wherein the broadcast residual neural network comprises a broadcasting operation for converting the temporal feature map to a multidimensional output feature map; expanding the temporal feature map to the frequency dimension using the broadcasting operation to generate the multidimensional output feature map; augmenting the multidimensional output feature map with the multidimensional intermediate feature map via a first residual connection; and outputting the augmented multidimensional output feature map.
Actuator which is configured to convert an electronic signal into mechanical movement, having a release function to resolve a dysfunction such as a jamming, comprising a means to supply an increased electrical voltage to the actuator if the release function is activated, characterised in that the actuator has a translationally movable piston, as well as a displacement sensor for detecting the position of the piston and for generating a sensor signal, wherein the increased voltage is supplied depending on the sensor signal.
A battery management device that acquires, from each of a plurality of monitoring devices that monitor a plurality of battery packs each including one or more secondary battery cells, battery state information of the corresponding battery pack, characterized by comprising: comparison means for comparing a sequence number when each of the monitoring devices is activated with an identification number, which is assigned to each of the monitoring devices and is acquired from the monitoring device, when the monitoring device is activated in a predetermined sequence; and change means for changing the identification number to the same number as the sequence number and outputting the new identification number after the change to the monitoring device when the sequence number is different from the identification number. comparison means for comparing a sequence number when each of the monitoring devices is activated with an identification number, which is assigned to each of the monitoring devices and is acquired from the monitoring device, when the monitoring device is activated in a predetermined sequence; and change means for changing the identification number to the same number as the sequence number and outputting the new identification number after the change to the monitoring device when the sequence number is different from the identification number.