mhurhangee/ep-ind-claims huggingface dataset:
Needle storage arrangement, comprising: - a case with an access opening, - a needle cavity magazine with a plurality of needle cavities arranged in the case, - a reuse prevention mechanism arranged between the access opening and one of the needle cavities aligned with the access opening, the reuse prevention mechanism comprising: - a guidance arm with a pin engaged in a guidance contour adapted to control movement of the guidance pin, - a blocking part, adapted to at least partially blocking the access opening in a fourth position of the reuse prevention mechanism, wherein the guidance contour is adapted to constrict linear movement of the reuse prevention mechanism in a direction from a first position to a third position, characterized in that the guiding contour comprises a one-way feature (8.1) with a substantially triangular profile adapted to constrict linear movement of the reuse prevention mechanism in the direction from the first position to the third position and adapted to allow linear movement in an opposite direction from the third position to the first position, further comprising a detection arm for detecting presence of a needle in a needle cavity, wherein the detection arm is prevented from entering the needle cavity by a needle head of a needle present in the needle cavity and allowed to enter the needle cavity otherwise, thereby moving the reuse prevention mechanism in such a manner that the guidance pin moves into a second position circumventing the one-way feature (8.1). - a case with an access opening, - a needle cavity magazine with a plurality of needle cavities arranged in the case, - a reuse prevention mechanism arranged between the access opening and one of the needle cavities aligned with the access opening, the reuse prevention mechanism comprising: - a guidance arm with a pin engaged in a guidance contour adapted to control movement of the guidance pin, - a blocking part, adapted to at least partially blocking the access opening in a fourth position of the reuse prevention mechanism,
A method for detecting an autoantibody in a biological sample, said autoantibody being specific for a target antigen, the method comprising the steps of: (a) contacting the biological sample under a low conductivity condition with the target antigen for which the autoantibody has specific binding affinity; and (b) detecting the binding of said target antigen to said autoantibody in the biological sample, wherein said target antigen is immobilized on a solid phase and the presence of said binding is indicative of the autoantibody in the biological sample, and wherein the low conductivity condition has a conductivity of less than the conductivity of a 90 mM sodium chloride solution. (a) contacting the biological sample under a low conductivity condition with the target antigen for which the autoantibody has specific binding affinity; and (b) detecting the binding of said target antigen to said autoantibody in the biological sample,
A method of secure communication in mobile digital pages, comprising: transmitting, by a client computing device, to a data processing system, a request to access an electronic document; receiving, by the client computing device, from a cache of the data processing system, the electronic document; loading, by the client computing device, content of the electronic document; identifying, by the client computing device, contextual information in the electronic document; transmitting, by the client computing device, the contextual information to the data processing system; receiving, by the client computing device, from the data processing system, candidate data values identified based on the contextual information; providing, by the client computing device, to a user, an indication of the candidate data values; receiving, by the client computing device, input indicating that the candidate data values are approved for input into the electronic document; and in response to receiving the input indicating that the candidate data values are approved for input into the electronic document, transmitting, by the client computing device, the candidate data values to a third party developer device to execute an action, characterized by blocking by the client computing device access to the candidate data values by the electronic document prior to receiving the input indicating that the candidate data values are approved for input into the electronic document. transmitting, by a client computing device, to a data processing system, a request to access an electronic document; receiving, by the client computing device, from a cache of the data processing system, the electronic document; loading, by the client computing device, content of the electronic document; identifying, by the client computing device, contextual information in the electronic document; transmitting, by the client computing device, the contextual information to the data processing system; receiving, by the client computing device, from the data processing system, candidate data values identified based on the contextual information; providing, by the client computing device, to a user, an indication of the candidate data values; receiving, by the client computing device, input indicating that the candidate data values are approved for input into the electronic document; and in response to receiving the input indicating that the candidate data values are approved for input into the electronic document, transmitting, by the client computing device, the candidate data values to a third party developer device to execute an action, characterized by blocking by the client computing device access to the candidate data values by the electronic document prior to receiving the input indicating that the candidate data values are approved for input into the electronic document.
A connecting box for glass fiber cables, comprising a housing which is formed from at least two parts and has a lower part and a cover, with at least one holder for a coupling for holding glass fiber plugs being arranged within the housing, and at least one coupling, characterized in that the holder is in the form of a double frame which comprises two first vertical struts and two second vertical struts, wherein the first and second struts (21, 22) are vertically arranged to the lower part, with the second struts being arranged closer than the first struts to a front face (5, 40) of the cover and of the lower part, and with the coupling optionally being latchable to the first or the second struts (21, 22), wherein the holder is arranged at the front face (5, 40) and the coupling is configured such that a coupling, which is inserted from the front face and is latched to the second struts, has a front end that is flush with the front end surface of the lower part, while a coupling inserted from the rear face and latched to the first struts has a front end located in the holder, such that a glass fiber plug inserted in a front part of the coupling which is inserted from the front face can be pulled although the cover is closed wherein a glass fiber plug inserted in a front part of the coupling which is inserted from the rear face is located completely in the connection box.
Extrinsic optical fiber device for measuring a physical parameter, comprising: - a light source, of central wavelength λ, to generate a light beam in the direction of a target, - an optical fiber, called measurement fiber, to transport and guide the light beam towards a target, one extremity of said optical fiber, placed facing the target, forming with the target an optical cavity, - a means for detecting an interferometric signal, said interferometric signal comprising the information about the physical parameter to be determined, and being generated by an interference between a reference light beam and a measurement beam, said reference light beam corresponding to a fraction of the light beam from the light source that is reflected by the extremity of the fiber, and said measurement light beam corresponding to a fraction of the light beam from the light source that is reflected by the target and travels an optical path in the optical cavity whose variation is a function of the physical parameter to be determined, - means for modulating a signal emitted by the light source, - means for calculating the physical parameter on the basis of the interferometric signal measured by the detection means, characterized in that the light source consists of a laser source and in that the modulated signal at the output of the light source is a wavelength modulated signal and that it comprises an alternating component comprising a double frequency modulation generated by the modulation means. - a light source, of central wavelength λ, to generate a light beam in the direction of a target, - an optical fiber, called measurement fiber, to transport and guide the light beam towards a target, one extremity of said optical fiber, placed facing the target, forming with the target an optical cavity, - a means for detecting an interferometric signal, said interferometric signal comprising the information about the physical parameter to be determined, and being generated by an interference between a reference light beam and a measurement beam, said reference light beam corresponding to a fraction of the light beam from the light source that is reflected by the extremity of the fiber, and said measurement light beam corresponding to a fraction of the light beam from the light source that is reflected by the target and travels an optical path in the optical cavity whose variation is a function of the physical parameter to be determined, - means for modulating a signal emitted by the light source, - means for calculating the physical parameter on the basis of the interferometric signal measured by the detection means,
A measurement method, applicable to an image acquisition device, comprising: acquiring image data to generate an image data file; capturing an object to be measured in an image corresponding to the image data file; enclosing the object to be measured with a target rectangle, the target rectangle having a pair of sides parallel to the horizontal line going through the center point of the image and being a rectangle with a minimum area among rectangles that can enclose the object to be measured; and taking a vertical distance between a side of the pair of sides that is closer to the ground and the horizontal line going through the center point of the image as a first distance, and taking a vertical distance between a side of the pair of sides that is farther from the ground and the horizontal line going through the center point of the image as a fourth distance; calculating a second distance, which is a horizontal distance between the object to be measured and the image acquisition device based on the first distance, an installation height of the image acquisition device, a pitch angle of the image acquisition device, a height resolution of the image, the height of an imaging plane of the image, and a focal length of an optical lens of the image acquisition device; lens, and calculating a height of the object to be measured based on the second distance, the fourth distance, the installation height of the image acquisition device, the pitch angle of the image acquisition device, the height resolution of the image, the height of the imaging plane, and the focal length of the optical lens. acquiring image data to generate an image data file; capturing an object to be measured in an image corresponding to the image data file; enclosing the object to be measured with a target rectangle, the target rectangle having a pair of sides parallel to the horizontal line going through the center point of the image and being a rectangle with a minimum area among rectangles that can enclose the object to be measured; and taking a vertical distance between a side of the pair of sides that is closer to the ground and the horizontal line going through the center point of the image as a first distance, and taking a vertical distance between a side of the pair of sides that is farther from the ground and the horizontal line going through the center point of the image as a fourth distance; calculating a second distance, which is a horizontal distance between the object to be measured and the image acquisition device based on the first distance, an installation height of the image acquisition device, a pitch angle of the image acquisition device, a height resolution of the image, the height of an imaging plane of the image, and a focal length of an optical lens of the image acquisition device; lens, and calculating a height of the object to be measured based on the second distance, the fourth distance, the installation height of the image acquisition device, the pitch angle of the image acquisition device, the height resolution of the image, the height of the imaging plane, and the focal length of the optical lens.
A system for treating a patient's heart by partitioning a chamber of the patient's heart into a primary productive portion and a secondary non-productive portion, comprising: a. a first partitioning device which has an expandable reinforced membrane having a pressure receiving face and which is configured to be deployed in an expanded configuration within the patient's heart chamber to define in part the primary productive portion of the patient's partitioned heart chamber; and b. a second partitioning device (30, 40, 70, 80) which has an expandable reinforced membrane having a pressure receiving face, which is configured to be deployed in an expanded configuration within the patient's partitioned heart chamber and which is configured to overlap at least a portion of the first partitioning device when deployed in the patient's heart chamber, characterized in that the first partitioning device has a non-traumatic support component which extends distally from a center portion of the partitioning device. a. a first partitioning device which has an expandable reinforced membrane having a pressure receiving face and which is configured to be deployed in an expanded configuration within the patient's heart chamber to define in part the primary productive portion of the patient's partitioned heart chamber; and b. a second partitioning device (30, 40, 70, 80) which has an expandable reinforced membrane having a pressure receiving face, which is configured to be deployed in an expanded configuration within the patient's partitioned heart chamber and which is configured to overlap at least a portion of the first partitioning device when deployed in the patient's heart chamber,
A communication system configured to transmit command signals, comprising: a high-voltage system; a low-voltage system (51, 56, 61) arranged near the high-voltage system; and a shielded wire connected to the high-voltage system and conducting high-voltage communication, the shielded wire comprising a wire section, a first shielding layer that covers the wire section, and a second shielding layer that covers the first shielding layer, wherein the first shielding layer is grounded to the high-voltage system or a portion with the same potential as the high-voltage system, preferably via a first drain wire; and the second shielding layer is grounded to the low-voltage system (51, 56, 61) or a portion with the same potential as the low-voltage system (51, 56, 61), preferably via a second drain wire. a high-voltage system; a low-voltage system (51, 56, 61) arranged near the high-voltage system; and a shielded wire connected to the high-voltage system and conducting high-voltage communication, the shielded wire comprising a wire section, a first shielding layer that covers the wire section, and a second shielding layer that covers the first shielding layer, wherein the first shielding layer is grounded to the high-voltage system or a portion with the same potential as the high-voltage system, preferably via a first drain wire; and the second shielding layer is grounded to the low-voltage system (51, 56, 61) or a portion with the same potential as the low-voltage system (51, 56, 61), preferably via a second drain wire.
A protection circuit for coupling to a protected circuit, the protection circuit comprising: a first resistive element arranged to be coupled between a power supply (130, 132) and a particular node, wherein the first resistive element has a particular resistance value; a voltage regulator coupled between the particular node and ground; a bypass capacitor coupled between the particular node and ground; and a second resistive element arranged to be coupled between the particular node and the protected circuit, and wherein, based on a voltage of the power supply, the particular resistance value is selected to enable a magnitude of a bias current provided to the protected circuit to remain within a first operating current range associated with the protected circuit and to remain below a latchup holding current value associated with the protected circuit. a first resistive element arranged to be coupled between a power supply (130, 132) and a particular node, wherein the first resistive element has a particular resistance value; a voltage regulator coupled between the particular node and ground; a bypass capacitor coupled between the particular node and ground; and a second resistive element arranged to be coupled between the particular node and the protected circuit, and wherein, based on a voltage of the power supply, the particular resistance value is selected to enable a magnitude of a bias current provided to the protected circuit to remain within a first operating current range associated with the protected circuit and to remain below a latchup holding current value associated with the protected circuit.
A method for increasing the surface roughness of a porous structure, comprising: machining a porous structure to a desired shape; and bonding a powder to a machined tissue-interfacing outer surface of the machined porous structure, the powder comprising asymmetric powder particles, wherein the asymmetric powder particles are sized from 30% to 70% of a pore size of the porous structure to increase a roughness of the machined tissue-interfacing outer surface of the machined porous structure while substantially preventing the occlusion of open pores of the porous structure. machining a porous structure to a desired shape; and bonding a powder to a machined tissue-interfacing outer surface of the machined porous structure, the powder comprising asymmetric powder particles, wherein the asymmetric powder particles are sized from 30% to 70% of a pore size of the porous structure to increase a roughness of the machined tissue-interfacing outer surface of the machined porous structure while substantially preventing the occlusion of open pores of the porous structure.
A method for producing ethanol and coproducing methanol, comprising the step of passing a raw material gas containing an acetate and a synthesis gas through a reactor loaded with a catalyst to produce ethanol and coproduce methanol under the conditions of a reaction temperature of 150-350°C, a reaction pressure of 0.1-20.0 MPa, a reaction volume hourly space velocity of 100-45000 mig -1 h -1, and an acetate weight hourly space velocity of 0.01-5.0 h -1; and the active components of the catalyst are copper, zinc and aluminum, wherein the active component copper comprises 50.0 wt% to less than 100.0 wt% of the total weight of the catalyst in terms of CuO; the active component zinc comprises more than 0 wt% to 35.0 wt% of the total weight of the catalyst in terms of ZnO; and the active component aluminum comprises more than 0 wt% to 10 wt% of the total weight of the catalyst in terms of Al 2 O 3.
A transmission method, applied to a station, comprising: receiving, from an access point, a radio frame for triggering the station to perform uplink multi-user transmission; using indication information included in the radio frame to identify a frame type of the radio frame; upon identifying that the frame type corresponds to a trigger frame to multiple stations belonging to multiple basic service sets, BSSs, responding to the trigger frame by performing uplink multi-user transmission, wherein a receiving address of a response frame is set as a BSSID of the BSS to which the station belongs, and wherein a sending address of the radio frame includes 44 higher bits of a Media Access Control, MAC, address of the access point with lower 4 bits set to 0; and sending uplink multi-user data to the access point. receiving, from an access point, a radio frame for triggering the station to perform uplink multi-user transmission; using indication information included in the radio frame to identify a frame type of the radio frame; upon identifying that the frame type corresponds to a trigger frame to multiple stations belonging to multiple basic service sets, BSSs, responding to the trigger frame by performing uplink multi-user transmission, wherein a receiving address of a response frame is set as a BSSID of the BSS to which the station belongs, and wherein a sending address of the radio frame includes 44 higher bits of a Media Access Control, MAC, address of the access point with lower 4 bits set to 0; and sending uplink multi-user data to the access point.
Injection system for producing a bell joint at the axial end of a pipe made of polyolefin-type plastic material, coaxial with it and materially adhering by sealing to the same end and precisely throughout its circumferential development, characterised in that it comprises a plurality of injection nozzles located on the mould face opposite the axial end of the pipe, corresponding to the joint thickness at its free end, and arranged all over the circumferential strip, positioned, in terms of material injection direction, in an axial direction with respect to the pipe and bell and with an injection direction oriented from the joint to the pipe, each of said plurality of injection nozzles comprising a shutter stem with a conical tip, held normally in occlusion of a corresponding injection hole by a spring acting on an annular flange of such stem, in contrast to the action of the material to be injected.
A gas analysis device comprising: a cell into which sample gas can be troduced; an analysis part configured to analyze the sample gas introduced into the cell; a gas port that is arranged toward a predetermined region of a gas contact surface in the cell; and a piping mechanism that connects the gas port to a predetermined purge gas source, and is configured to blow purge gas from the gas port toward the predetermined region at a time of purging that cleans the gas contact surface, wherein the gas analysis device further comprising a switching part arranged to switch a connecting destination of the piping mechanism from the purge gas source to a predetermined suction source, and configured to, at a time of introducing or analyzing the sample gas, connect the gas port to the suction source.
A decoloring agent for fats and oils or mineral oils, comprising an activated clay obtainable by treating a dioctahedral smectite clay mineral with an acid, wherein said activated clay has an average particle diameter (D 50) of 20 to 30 μ m calculated as volume relying upon a laser diffraction scattering method and contains fine particles of not larger than 5 μ m in an amount of not larger than 15% by volume, has a bulk density in a range of 0.60 to 0.70 g/cc, has a pore volume at pore diameters of 17 to 3,000 Å of 0.35 to 0.40 cc/g as measured relying upon the nitrogen adsorption method, and has a ratio of said bulk density and said pore volume (bulk density/pore volume) in a range of 1.55 to 1.95.