mhurhangee/ep-ind-claims huggingface dataset:
A tensioner comprising: a base having a base aperture, the base aperture disposed to receive a driven component; a rotary arm pivotally engaged with the base, an axis of rotation of the rotary arm aligned with a base aperture center, a first pulley journalled to the rotary arm; a swing arm pivotally engaged with the rotary arm about a shaft, a torsion spring biasing the swing arm, a second pulley journalled to the swing arm; and a first damping ring frictionally engaged between the rotary arm and the base, a Belleville spring in pressing engagement whereby a normal force is applied to the first damping ring; and characterised by: the shaft and swing arm each having cooperating frustoconical portions (304a, 301b), and further comprising: a bushing having a frustoconical portion in frictional engagement with the swing arm frustoconical portion, the bushing in fixed relation to the shaft or swing arm. a base having a base aperture, the base aperture disposed to receive a driven component; a rotary arm pivotally engaged with the base, an axis of rotation of the rotary arm aligned with a base aperture center, a first pulley journalled to the rotary arm; a swing arm pivotally engaged with the rotary arm about a shaft, a torsion spring biasing the swing arm, a second pulley journalled to the swing arm; and a first damping ring frictionally engaged between the rotary arm and the base, a Belleville spring in pressing engagement whereby a normal force is applied to the first damping ring; and characterised by: the shaft and swing arm each having cooperating frustoconical portions (304a, 301b), and further comprising: a bushing having a frustoconical portion in frictional engagement with the swing arm frustoconical portion, the bushing in fixed relation to the shaft or swing arm.
Apparatus of a jet engine having at least one component which is arranged in a housing and configured to be rotatable with respect to the housing, wherein at least one air-oil volumetric flow can be guided out of a region of the jet engine into the housing, characterized in that the air-oil volumetric flow can be introduced into the housing via an introduction device at least approximately tangentially to a region of the rotatable component that is close at least to an outer circumferential region, wherein, at least in the region of the rotatable component, oil can be sprayed into the air-oil volumetric flow via a device.
An image sensor comprising: a pixel portion configured to output a pixel signal; a comparator configured to compare a reference voltage with the pixel signal, and to compare one of a plurality of comparison voltages having different slopes, each slope representing a constant rate of change with respect to time, with the pixel signal; a selector configured to select one of the plurality of comparison voltages according to a result of the comparison between the reference voltage and the pixel signal by the comparator; and a counter configured to count a number of clocks until the selected comparison voltage and the pixel signal become equal while the comparator compares the comparison voltage selected by the selector with the pixel signal, characterized by further comprising: setting means configured to set the reference voltage in accordance with a shooting condition, wherein an amplitude of the reference voltage is increased under a shooting condition in which dark current increases. a pixel portion configured to output a pixel signal; a comparator configured to compare a reference voltage with the pixel signal, and to compare one of a plurality of comparison voltages having different slopes, each slope representing a constant rate of change with respect to time, with the pixel signal; a selector configured to select one of the plurality of comparison voltages according to a result of the comparison between the reference voltage and the pixel signal by the comparator; and a counter configured to count a number of clocks until the selected comparison voltage and the pixel signal become equal while the comparator compares the comparison voltage selected by the selector with the pixel signal, characterized by further comprising: setting means configured to set the reference voltage in accordance with a shooting condition, wherein an amplitude of the reference voltage is increased under a shooting condition in which dark current increases. setting means configured to set the reference voltage in accordance with a shooting condition, wherein an amplitude of the reference voltage is increased under a shooting condition in which dark current increases.
A method of analyzing a multi-constituent chemical sample, comprising: providing a chromatograph, the chromatograph configured to elute from the chemical sample a plurality of analytes to be analyzed; providing a spectrometer to analyze the plurality of analytes, the spectrometer capable of measuring multiple wavelengths of light, and when coupled with the chromatograph providing wavelength dependent and time dependent chromatographic data; dividing the chromatographic data into a plurality of time segments; generating a total chromatographic response for each time segment by summing chromatographic data for each time point in the time segment; determining contributions of one or more of the analytes that elute in a particular time segment, the determining contributions accomplished, at least in part, by applying, for at least some of said time segments, a deconvolution model to the total chromatographic response; and combining, for one or more time segments, results from applying the deconvolution model to determine the contribution of individual or groups of analytes of the multi-constituent chemical sample, wherein the deconvolution model comprises a combination of reference responses for each of the analytes analyzed. providing a chromatograph, the chromatograph configured to elute from the chemical sample a plurality of analytes to be analyzed; providing a spectrometer to analyze the plurality of analytes, the spectrometer capable of measuring multiple wavelengths of light, and when coupled with the chromatograph providing wavelength dependent and time dependent chromatographic data; dividing the chromatographic data into a plurality of time segments; generating a total chromatographic response for each time segment by summing chromatographic data for each time point in the time segment; determining contributions of one or more of the analytes that elute in a particular time segment, the determining contributions accomplished, at least in part, by applying, for at least some of said time segments, a deconvolution model to the total chromatographic response; and combining, for one or more time segments, results from applying the deconvolution model to determine the contribution of individual or groups of analytes of the multi-constituent chemical sample, wherein the deconvolution model comprises a combination of reference responses for each of the analytes analyzed.
An apparatus comprising: a collection filter comprising a plurality of cords, strings or ropes made from poly-paraphenylene terephthalamide, the cords, strings or ropes having collection surfaces configured to contact with a mixture comprising water and valuable material, the valuable material comprising a plurality of mineral particles; and the collection surfaces comprising a coating material made of a siloxane derivative to attract the mineral particles to the collection surfaces. a collection filter comprising a plurality of cords, strings or ropes made from poly-paraphenylene terephthalamide, the cords, strings or ropes having collection surfaces configured to contact with a mixture comprising water and valuable material, the valuable material comprising a plurality of mineral particles; and the collection surfaces comprising a coating material made of a siloxane derivative to attract the mineral particles to the collection surfaces.
Toothbrush with orbital motion including a body incorporating a cylindrical sleeve and a casing extending said sleeve, said casing being made integral with said sleeve, said casing comprising a lever with a distal end outside the casing to which a removable brush is fastened, and a proximal end inside the casing and linked to drive means, which are in turn linked to motor means, wherein said drive means are designed capable of driving said proximal end of the lever in a motion comprising a circular movement and a radial oscillation, said lever being furthermore held in said body of said toothbrush through a ball-joint connection arranged at the level of an intermediate portion of said lever, between said distal end and said proximal end, so as to transmit said motion to the brush, said ball-joint being in the form of a sphere accommodated in a cavity, which has in turn a spherical shape, arranged at the level of the casing.
A system to acquire blended seismic signals, comprising: a plurality of seismic sources of a survey region that activate based on a timing function that includes a ratio of a dither time to a shot interval that is less than or equal to 1/2, wherein the dither time indicates a delay between two shots from two different seismic sources of the plurality of seismic sources and the shot interval indicates a delay between two shots from an individual seismic source of the plurality of seismic sources; a plurality of nodal seismic sensors deployed at a plurality of positions in the survey region to record seismic signals generated in response to activation of the plurality of seismic sources; and one or more processors to deblend, based on the timing function that includes the ratio of the dither time to the shot interval that is less than or equal to 1/2, the seismic signals recorded by the plurality of nodal seismic sensors to generate data representing subsurface structures indicative of oil or gas. a plurality of seismic sources of a survey region that activate based on a timing function that includes a ratio of a dither time to a shot interval that is less than or equal to 1/2, wherein the dither time indicates a delay between two shots from two different seismic sources of the plurality of seismic sources and the shot interval indicates a delay between two shots from an individual seismic source of the plurality of seismic sources; a plurality of nodal seismic sensors deployed at a plurality of positions in the survey region to record seismic signals generated in response to activation of the plurality of seismic sources; and one or more processors to deblend, based on the timing function that includes the ratio of the dither time to the shot interval that is less than or equal to 1/2, the seismic signals recorded by the plurality of nodal seismic sensors to generate data representing subsurface structures indicative of oil or gas.
A device for installing/removing a seal, notably a seal of an injection group of a coffee machine, characterized in that said device comprises a so-called elongate body extending from one of its ends toward its opposite end along a longitudinal axis (XX'), a handle for gripping said body extending at least radially with respect to said body, and two series of lugs, one of which is arranged at one of the ends, the other of which is arranged at the other of the ends of said elongate body, in that each lug of a series, which is radial with respect to said body, is arranged around said body at least partially over a circle of center positioned on the longitudinal axis (XX') of said body, in that each lug of a series has a so-called inner face turned toward the lugs of the other series and an opposite outer face, in that the inner face of the or of at least two of the lugs of each series of lugs forms an inclined helical ramp to allow, when the ramps of a series of lugs are in the state positioned in bearing contact with ramp-forming inclined surfaces of complementary forms and when said body is in the state driven in rotation about its longitudinal axis (XX'), an axial displacement of said body, in that one of the ends, called seal installation end, of said body is provided with a plate for the reception of a seal to be installed, in that said plate is a plate revolving about an axis coinciding with the longitudinal axis (XX') of said body, and in that the end of the body opposite the seal installation end and called seal removal end of said body is provided with anchoring members protruding from said end.
A system for monitoring a respiratory rate of a patient, the system comprising: a wearable device configured to be disposed around a wrist of the patient, the wearable device comprising a gyroscope configured to provide a gyroscope signal indicative of a motion of the patient; and a processor communicatively connected to the gyroscope, the processor being configured to: perform a spectral analysis of the gyroscope signal to obtain a spectrum in a pre-determined range, the pre-determined range covering a normal respiratory rate range; determine a position of a strongest peak in the spectrum to obtain a value for the respiratory rate; determine that the spectrum includes one or more further peaks with descending amplitudes, the one or more further peaks corresponding to frequencies n* ω, wherein ω is a frequency corresponding to the strongest peak, and n is a natural number; based on the determination, assign ω to the value of the respiratory rate; and provide, based on the value of the respiratory rate, a message regarding a health status of the patient. a wearable device configured to be disposed around a wrist of the patient, the wearable device comprising a gyroscope configured to provide a gyroscope signal indicative of a motion of the patient; and a processor communicatively connected to the gyroscope, the processor being configured to: perform a spectral analysis of the gyroscope signal to obtain a spectrum in a pre-determined range, the pre-determined range covering a normal respiratory rate range; determine a position of a strongest peak in the spectrum to obtain a value for the respiratory rate; determine that the spectrum includes one or more further peaks with descending amplitudes, the one or more further peaks corresponding to frequencies n* ω, wherein ω is a frequency corresponding to the strongest peak, and n is a natural number; based on the determination, assign ω to the value of the respiratory rate; and provide, based on the value of the respiratory rate, a message regarding a health status of the patient. perform a spectral analysis of the gyroscope signal to obtain a spectrum in a pre-determined range, the pre-determined range covering a normal respiratory rate range; determine a position of a strongest peak in the spectrum to obtain a value for the respiratory rate; determine that the spectrum includes one or more further peaks with descending amplitudes, the one or more further peaks corresponding to frequencies n* ω, wherein ω is a frequency corresponding to the strongest peak, and n is a natural number; based on the determination, assign ω to the value of the respiratory rate; and provide, based on the value of the respiratory rate, a message regarding a health status of the patient.
A surface coating structure adapted to be quickly installed and removed comprising: - a plurality of parallel sections forming a base frame, - a multiplicity of connecting members (2; 18; 21; 23; 28), each of which having a first part facing a section of said plurality of parallel sections and adapted to engage it, and a second part which is opposite to the first part and is provided with a pair of mutually opposite central angled hooks (4, 4) and a pair of side angled hooks (5, 5), each side angled hook respectively facing a central angled hook, a respective spacer acting as an abutment being interposed between the central angled hooks (4, 4), - a multiplicity of slats adapted to be arranged orthogonally to the parallel sections to form a coating, each of the slats having longitudinal edges, a part in sight and a part opposite to the part in sight, an undercut side groove being formed in each longitudinal edge of the slat to engage a central angled hook of the connecting member, and a bottom prismatic groove being formed in the part opposite to the exposed part near each longitudinal edge of the slat, each bottom prismatic groove having a distal side and a proximal side which is closer to the nearest longitudinal edge, both sides being parallel to said nearest longitudinal edge and engaging a side angled hook of the connecting member, characterized in that each bottom prismatic groove has on its proximal side a series of parallel knurls adapted to retain said side angled hook of the connecting member. - a plurality of parallel sections forming a base frame, - a multiplicity of connecting members (2; 18; 21; 23; 28), each of which having a first part facing a section of said plurality of parallel sections and adapted to engage it, and a second part which is opposite to the first part and is provided with a pair of mutually opposite central angled hooks (4, 4) and a pair of side angled hooks (5, 5), each side angled hook respectively facing a central angled hook, a respective spacer acting as an abutment being interposed between the central angled hooks (4, 4), - a multiplicity of slats adapted to be arranged orthogonally to the parallel sections to form a coating, each of the slats having longitudinal edges, a part in sight and a part opposite to the part in sight, an undercut side groove being formed in each longitudinal edge of the slat to engage a central angled hook of the connecting member, and a bottom prismatic groove being formed in the part opposite to the exposed part near each longitudinal edge of the slat, each bottom prismatic groove having a distal side and a proximal side which is closer to the nearest longitudinal edge, both sides being parallel to said nearest longitudinal edge and engaging a side angled hook of the connecting member, characterized in that each bottom prismatic groove has on its proximal side a series of parallel knurls adapted to retain said side angled hook of the connecting member.
Use of a recombinant Serine protease inhibitor selected from the group consisting in SEQ ID No 2, SEQ ID No 4, SEQ ID No 6, SEQ ID No 8, SEQ ID No 10, SEQ ID No 12, SEQ ID No 14, SEQ ID No 39, SEQ ID No 40, SEQ ID No 41, SEQ ID No 42, SEQ ID No 43, SEQ ID No 44, SEQ ID No 45, SEQ ID No 46, SEQ ID No 47, SEQ ID No 49, SEQ ID No 50, SEQ ID No 51, SEQ ID No 52, SEQ ID No 53, SEQ ID No 54, SEQ ID No 55, SEQ ID No 56, SEQ ID No 57, SEQ ID No 58 and SEQ ID No 59, or a biologically active fragment thereof having a Serine protease inhibitor activity, in the preparation of a medicament for the treatment of a skin disease.
A method implemented by a network device operating as a content node for securely distributing a content object over an information centric networking network, the method to implement a unique obscured retrieval sequence, the method comprising: receiving an interest for a chunk of the content object from a client device, where the chunk is identified with an obscured chunk identifier; translating the obscured chunk identifier into a general chunk identifier for the content object; and sending the chunk of the content object to the client device, characterised in that the method further comprising: receiving a manifest key for the content object or a plurality of content objects including the content object from a publisher, wherein the manifest key comprises encryption keys necessary for encrypting or decrypting the retrieval sequence, wherein the general chunk identifier is derived from the unique obscured retrieval sequence using a client token, the manifest key from the publisher and a transform algorithm. receiving an interest for a chunk of the content object from a client device, where the chunk is identified with an obscured chunk identifier; translating the obscured chunk identifier into a general chunk identifier for the content object; and sending the chunk of the content object to the client device, characterised in that the method further comprising: receiving a manifest key for the content object or a plurality of content objects including the content object from a publisher, wherein the manifest key comprises encryption keys necessary for encrypting or decrypting the retrieval sequence, wherein the general chunk identifier is derived from the unique obscured retrieval sequence using a client token, the manifest key from the publisher and a transform algorithm. receiving a manifest key for the content object or a plurality of content objects including the content object from a publisher, wherein the manifest key comprises encryption keys necessary for encrypting or decrypting the retrieval sequence, wherein the general chunk identifier is derived from the unique obscured retrieval sequence using a client token, the manifest key from the publisher and a transform algorithm.
Method of bio-electrically generating electric power from organic ingredients of a wastewater which at least intermittently flows in a flow direction, - wherein anode is immersed in the wastewater in a first spatial area, - wherein a cathode which is electrically connected to the anode and arranged in a second spatial area is supplied with oxygen, - wherein the second spatial area is delimited from the first spatial area by means of a proton-permeable membrane, - wherein a voltage present between the cathode and the anode is increased up to a higher voltage by means of a DC/DC converter located at the anode and the cathode, - wherein a voltage link is charged with the DC/DC converter and with at least one further DC/DC converter connected in parallel to the voltage link with regard to the DC/DC converter, - wherein each of the DC/DC converters is connected to an anode in the or a further first spatial area and a cathode in the or a further second spatial area, and - wherein each cathode is supplied with oxygen in that the cathode is immersed in an oxygen containing liquid or an oxygen containing gas in the second spatial area, characterised in that the first spatial area is an anode chamber which is arranged in an aeration basin whose remaining volume defines the second spatial area and which, at least intermittently, is supplied with the wastewater such that the wastewater gets out of the anode chamber over a spillway into the aeration basin. - wherein anode is immersed in the wastewater in a first spatial area, - wherein a cathode which is electrically connected to the anode and arranged in a second spatial area is supplied with oxygen, - wherein the second spatial area is delimited from the first spatial area by means of a proton-permeable membrane, - wherein a voltage present between the cathode and the anode is increased up to a higher voltage by means of a DC/DC converter located at the anode and the cathode, - wherein a voltage link is charged with the DC/DC converter and with at least one further DC/DC converter connected in parallel to the voltage link with regard to the DC/DC converter, - wherein each of the DC/DC converters is connected to an anode in the or a further first spatial area and a cathode in the or a further second spatial area, and - wherein each cathode is supplied with oxygen in that the cathode is immersed in an oxygen containing liquid or an oxygen containing gas in the second spatial area,