mhurhangee/patent-ind-claim-en huggingface dataset:
A dental implant comprising a dental implant basic body extending along a longitudinal axis A from an apical end to a coronal end arranged opposite to the apical end, said dental implant basic body comprising an anchoring part facing the apical end and intended to be anchored in bone of a patient, and a head part facing the coronal end and intended to form the basis on which a suprastructure is mounted, said anchoring part comprising a shaft having a basic form that is substantially cylindrical or that tapers in the direction toward the apical end in a cone-like manner, at least a portion of the shaft forming a bone tissue contact region , the outer surface of which forming a bone tissue contact surface , and coronally to said bone tissue contact region a soft tissue contact region being arranged, the outer surface of which forming a soft tissue contact surface , wherein the dental implant further comprises nanostructures formed on the soft tissue contact surface, said soft tissue contact surface on which the nanostructures are formed being smooth when regarded in macroscopic and microscopic scale, characterized by said nanostructures extending in at least two dimensions to 200 nm at most.
A rotor cutter apparatus for an agricultural baler , the rotor cutter apparatus comprising: a rotor shaft ; and, a plurality of tine plates arranged axially along the rotor shaft and being for moving crop material collected by the agricultural baler as the rotor shaft rotates, each tine plate comprising at least one first tine and at least one second tine spaced angularly from the at least one first tine , wherein a length of the at least one first tine is greater than a length of the at least one second tine , wherein one of the at least one first tines of a first one of the tine plates is adjacent to one of the at least one second tines of at least one of the tine plates adjacent to the first one of the tine plates characterised in that : the length of the at least one first tine of the first one of the tine plates is different from the length of the at least one first tine of another one of the tine plates , and/or the length of the at least one second tine of the first one of the tine plates is different from the length of the at least one second tine of another one of the tine plates . a rotor shaft ; and, a plurality of tine plates arranged axially along the rotor shaft and being for moving crop material collected by the agricultural baler as the rotor shaft rotates, each tine plate comprising at least one first tine and at least one second tine spaced angularly from the at least one first tine , wherein a length of the at least one first tine is greater than a length of the at least one second tine , wherein one of the at least one first tines of a first one of the tine plates is adjacent to one of the at least one second tines of at least one of the tine plates adjacent to the first one of the tine plates characterised in that : the length of the at least one first tine of the first one of the tine plates is different from the length of the at least one first tine of another one of the tine plates , and/or the length of the at least one second tine of the first one of the tine plates is different from the length of the at least one second tine of another one of the tine plates .
Anchor point for a fastening element , comprising a substantially flat anchor plate and a spring element connected thereto, which in turn has at least two latching tongues ; wherein the latching tongues extend from a common connecting region with the spring element substantially diametrically away from each other and each terminate in an open end , and each latching tongue has an upper and a lower side, wherein the upper side faces the anchor plate and provides a guide surface ; wherein the spring element is of flat design on its outer side in the section facing away from the anchor plate and/or provides an abutment surface ; characterized in that the connecting region is formed from one or more webs or wall sections which connect the latching tongues and the spring element in such a way that the guide surface and the abutment surface are spaced apart at least in sections opposite one another and form a channel between them. the latching tongues extend from a common connecting region with the spring element substantially diametrically away from each other and each terminate in an open end , and each latching tongue has an upper and a lower side, wherein the upper side faces the anchor plate and provides a guide surface ; wherein the spring element is of flat design on its outer side in the section facing away from the anchor plate and/or provides an abutment surface ; characterized in that the connecting region is formed from one or more webs or wall sections which connect the latching tongues and the spring element in such a way that the guide surface and the abutment surface are spaced apart at least in sections opposite one another and form a channel between them.
A reactor comprising: a heat exchanging body including therein a heat medium flow channel in which a heat medium fluid is caused to flow, and a reaction flow channel in which a reaction fluid is caused to flow; and at least one detection part that detects temperature of a fluid flowing in a target flow channel that is at least one of the heat medium flow channel and the reaction flow channel , wherein the heat exchanging body has: at least one installation hole formed to extend in a skew position with respect to the target flow channel so as to include an opening portion communicating with the target flow channel, in which the at least one detection part is installed at the opening portion so as to be contactable with the fluid flowing in target flow channel; and at least one fluid guide hole formed along the target flow channel from the opening portion of the at least one installation hole , wherein the at least one fluid guide hole is formed so as to allow the fluid flowing in the target flow channel to gradually spread toward the opening portion. a heat exchanging body including therein a heat medium flow channel in which a heat medium fluid is caused to flow, and a reaction flow channel in which a reaction fluid is caused to flow; and at least one detection part that detects temperature of a fluid flowing in a target flow channel that is at least one of the heat medium flow channel and the reaction flow channel , wherein the heat exchanging body has: at least one installation hole formed to extend in a skew position with respect to the target flow channel so as to include an opening portion communicating with the target flow channel, in which the at least one detection part is installed at the opening portion so as to be contactable with the fluid flowing in target flow channel; and at least one fluid guide hole formed along the target flow channel from the opening portion of the at least one installation hole , wherein the at least one fluid guide hole is formed so as to allow the fluid flowing in the target flow channel to gradually spread toward the opening portion. at least one installation hole formed to extend in a skew position with respect to the target flow channel so as to include an opening portion communicating with the target flow channel, in which the at least one detection part is installed at the opening portion so as to be contactable with the fluid flowing in target flow channel; and at least one fluid guide hole formed along the target flow channel from the opening portion of the at least one installation hole , wherein the at least one fluid guide hole is formed so as to allow the fluid flowing in the target flow channel to gradually spread toward the opening portion.
A patient positioning system configured to position the cervical spine of a patient in preparation for an anterior cervical procedure, the system comprising: a base section having a superior portion and an inferior portion; an upper body support attachable to the superior portion of the base section and configured to support the head and upper torso of the patient in a manner that aids in opening cervical spine disk space; a lower body support positionable upon the inferior portion of the base section and configured to support the legs of the patient; and a traction strap assembly attachable to the base section and configured to extend from the base section up around the shoulders of the patient and along the anterior side of the patient to a lower terminal end, the traction strap assembly being configured so as to move the shoulders inferiorly when the terminal end is pulled inferiorly. a base section having a superior portion and an inferior portion; an upper body support attachable to the superior portion of the base section and configured to support the head and upper torso of the patient in a manner that aids in opening cervical spine disk space; a lower body support positionable upon the inferior portion of the base section and configured to support the legs of the patient; and a traction strap assembly attachable to the base section and configured to extend from the base section up around the shoulders of the patient and along the anterior side of the patient to a lower terminal end, the traction strap assembly being configured so as to move the shoulders inferiorly when the terminal end is pulled inferiorly.
An electrosurgical generator comprising an amplifier line-up that comprises: a microwave signal generator for generating microwave electromagnetic (EM) radiation; a modulator arranged to pulse the microwave EM radiation; and an amplifier module connected to the modulator and arranged to increase the power of pulses of microwave EM radiation received therefrom, the amplifier module comprising an array of amplifiers connected in parallel, wherein output signals from the array of amplifiers are combined to produce an output microwave signal; and a feed structure for conveying the output microwave signal to a probe, wherein the modulator is configured to cause the output microwave signal to comprise a series of microwave pulses having a duty cycle equal to or less than 20%, wherein each microwave pulse has a duration equal to or less than 0.1 s. a microwave signal generator for generating microwave electromagnetic (EM) radiation; a modulator arranged to pulse the microwave EM radiation; and an amplifier module connected to the modulator and arranged to increase the power of pulses of microwave EM radiation received therefrom, the amplifier module comprising an array of amplifiers connected in parallel, wherein output signals from the array of amplifiers are combined to produce an output microwave signal; and a feed structure for conveying the output microwave signal to a probe, wherein the modulator is configured to cause the output microwave signal to comprise a series of microwave pulses having a duty cycle equal to or less than 20%, wherein each microwave pulse has a duration equal to or less than 0.1 s.
A usage monitor , comprising: at least one processor ; and a memory including computer program code executable by the processor to cause the usage monitor to: receive a raster image comprising an array of pixels; identify thresholds (T1, T2, T3) that distinguish different intensity levels reproduced by different drop sizes of a recording material; for each block of one or more blocks of the pixels: identify a set of pixel values for the block of the pixels; characterized in that the processor causes the usage monitor to: perform a vectorized comparison of the set of pixel values to each of the thresholds (T1, T2, T3) to generate sets of comparison bits, wherein each of the sets of comparison bits corresponds with one of the thresholds (T1, T2, T3) and indicates the pixel values that exceed the one of the thresholds (T1, T2, T3); determine a number of set bits in each of the sets of comparison bits; and update a threshold counter for each of the thresholds (T1, T2, T3) based on the number of set bits determined for a corresponding one of the sets of comparison bits; and compute drop counts for the drop sizes based on the threshold counter for each of the thresholds (T1, T2, T3). at least one processor ; and a memory including computer program code executable by the processor to cause the usage monitor to: receive a raster image comprising an array of pixels; identify thresholds (T1, T2, T3) that distinguish different intensity levels reproduced by different drop sizes of a recording material; for each block of one or more blocks of the pixels: identify a set of pixel values for the block of the pixels; receive a raster image comprising an array of pixels; identify thresholds (T1, T2, T3) that distinguish different intensity levels reproduced by different drop sizes of a recording material; for each block of one or more blocks of the pixels: identify a set of pixel values for the block of the pixels; characterized in that the processor causes the usage monitor to: perform a vectorized comparison of the set of pixel values to each of the thresholds (T1, T2, T3) to generate sets of comparison bits, wherein each of the sets of comparison bits corresponds with one of the thresholds (T1, T2, T3) and indicates the pixel values that exceed the one of the thresholds (T1, T2, T3); determine a number of set bits in each of the sets of comparison bits; and update a threshold counter for each of the thresholds (T1, T2, T3) based on the number of set bits determined for a corresponding one of the sets of comparison bits; and perform a vectorized comparison of the set of pixel values to each of the thresholds (T1, T2, T3) to generate sets of comparison bits, wherein each of the sets of comparison bits corresponds with one of the thresholds (T1, T2, T3) and indicates the pixel values that exceed the one of the thresholds (T1, T2, T3); determine a number of set bits in each of the sets of comparison bits; and update a threshold counter for each of the thresholds (T1, T2, T3) based on the number of set bits determined for a corresponding one of the sets of comparison bits; and
A C14-hydroxyl esterified amino acid derivative of triptolide selected from the following compounds: and pharmaceutically acceptable salts thereof.
System for analyzing and sorting of petri dishes comprising an analysis tool , a control unit built to communicate with the analysis tool , a first elevator movable along a first elevator axis by the control unit , a conveyor with a conveyor plane substantially rectangular to the first elevator axis , and at least one carrier built to carry the petri dishes along a carrier axis substantially parallel to the first elevator axis , characterized in that the analysis tool is built to analyse the petri dish and to assign information to the petri dish , and that the control unit is built to move the first elevator along a conveyor direction of the conveyor and to move the petri dish by means of the conveyor on the conveyor plane along the conveyor direction , and that in case of a first information assigned to the petri dish the control unit is built to move the first elevator into a carrier position , which is virtually situated at the point of intersection of the carrier axis with the conveyor plane and reached as soon as the carrier axis and the first elevator axis substantially coincide, wherein, as soon as the first elevator reaches the carrier position , the control unit is built to move a substantially flat first plate of the first elevator along the first elevator axis , which first plate is built to receive the petri dish from the conveyor , in order to move the first plate from a first neutral position located in the conveyor plane into a first transfer position, which is reached as soon as the petri dish is being taken over by the at least one carrier .
A method for sealing an opening extending radially from an outer circumferential surface to an inner circumferential surface of a tubular object in a nuclear power plant, the method comprising: inserting a stopper from outside of the outer circumferential surface through the opening into the tubular object ; and actuating a fastener from the outside of the circumferential surface to force the stopper radially outward to seal the opening , wherein the tubular object is part of a feedwater sparger assembly of a nuclear reactor. inserting a stopper from outside of the outer circumferential surface through the opening into the tubular object ; and actuating a fastener from the outside of the circumferential surface to force the stopper radially outward to seal the opening , wherein the tubular object is part of a feedwater sparger assembly of a nuclear reactor.
A process for preparation and purification of recombinant human oncostatin M protein (OSMnat), comprising: i) cultivating recombinant Escherichia coli containing an OSMnat gene, ii) culturing said recombinant Escherichia coli in complex culture medium to produce OSMnat protein, and iii) isolating and purifying recombinant OSMnat protein from inclusion bodies or soluble protein fraction, wherein said recombinant Escherichia coli containing an OSMnat gene is cultivated by amplifying said gene and cloning said amplified modified OSMnat gene into an intermediate or expression vector, amplifying and isolating said OSMnat gene from said vector cloned and transforming said expression vector into said Escherichia coli, wherein said OSMnat gene comprises SEQ ID NO:1, said Escherichia coli is Escherichia coli Rosetta gami-2, and said vector is pET21a+, and wherein isolating and purifying of recombinant OSMnat protein obtained comprises the steps of: a) lysing the microorganism and separating insoluble material comprising OSM from soluble proteinaceous cell material; b) solubilising the OSM present in the insoluble material; c) oxidizing the OSM in the presence of a pair oxidizing/reducing agent, wherein the pair of oxidizing/reducing agent is a pair of oxidized/reduced glutathiones, wherein the molar ratio of oxidized and reduced glutathione is 1:20 ; d) subjecting the solution to chromatography; and e) recovering purified OSM. i) cultivating recombinant Escherichia coli containing an OSMnat gene, ii) culturing said recombinant Escherichia coli in complex culture medium to produce OSMnat protein, and iii) isolating and purifying recombinant OSMnat protein from inclusion bodies or soluble protein fraction, a) lysing the microorganism and separating insoluble material comprising OSM from soluble proteinaceous cell material; b) solubilising the OSM present in the insoluble material; c) oxidizing the OSM in the presence of a pair oxidizing/reducing agent, wherein the pair of oxidizing/reducing agent is a pair of oxidized/reduced glutathiones, wherein the molar ratio of oxidized and reduced glutathione is 1:20 ; d) subjecting the solution to chromatography; and e) recovering purified OSM.
A magnetic resonance imaging (MRI) system comprising: a cable bundle including an electrically conductive cable and a multi-core optical fiber bundled together with the electrically conductive cable to form the cable bundle; an electrical component connected with the electrically conductive cable of the cable bundle; a fiber shape readout device optically coupled with the multi-core optical fiber of the cable bundle and configured to measure reflectance of light injected into the multi-core optical fiber and to compute the shape of the cable bundle based on the reflectance measurements; characterized in that the MRI system further comprises: a processor configured to detect a loop in the electrically conductive cable that is potentially resonant at a magnetic resonance frequency based on the shape computed for the multi-core optical fiber bundled with the electrically conductive cable. a cable bundle including an electrically conductive cable and a multi-core optical fiber bundled together with the electrically conductive cable to form the cable bundle; an electrical component connected with the electrically conductive cable of the cable bundle; a fiber shape readout device optically coupled with the multi-core optical fiber of the cable bundle and configured to measure reflectance of light injected into the multi-core optical fiber and to compute the shape of the cable bundle based on the reflectance measurements; characterized in that the MRI system further comprises: a processor configured to detect a loop in the electrically conductive cable that is potentially resonant at a magnetic resonance frequency based on the shape computed for the multi-core optical fiber bundled with the electrically conductive cable.
An apparatus in a local network communicating with a cloud network , the apparatus comprising: one or more processors ; and, memory in communication with the one or more processors, the memory comprising code that, when executed, causes the one or more processors to control the apparatus to: receive first data from at least one sensor ; process a first portion of the first data to generate second data; queue the second data as having a non-time sensitive priority for sending to the cloud network when bandwidth is available ; and, provide web services in the local network by processing the second data and a second portion of the first data that is different from the first portion of the first data in the local network . one or more processors ; and, memory in communication with the one or more processors, the memory comprising code that, when executed, causes the one or more processors to control the apparatus to: receive first data from at least one sensor ; process a first portion of the first data to generate second data; queue the second data as having a non-time sensitive priority for sending to the cloud network when bandwidth is available ; and, provide web services in the local network by processing the second data and a second portion of the first data that is different from the first portion of the first data in the local network . receive first data from at least one sensor ; process a first portion of the first data to generate second data; queue the second data as having a non-time sensitive priority for sending to the cloud network when bandwidth is available ; and, provide web services in the local network by processing the second data and a second portion of the first data that is different from the first portion of the first data in the local network .
System comprising a power tool and a rechargeable battery for supplying the power tool with electrical energy, wherein the rechargeable battery comprises a locking apparatus for releasably connecting the rechargeable battery to the power tool , characterized in that the locking apparatus comprises at least one first and second lever element that are connected together in an articulated manner, such that the locking apparatus is reversibly movable from a locking position into a releasing position, wherein, in the locking position, the rechargeable battery is firmly connected to the power tool and, in the releasing position, the rechargeable battery is removable from the power tool , wherein the locking apparatus is configured as a toggle mechanism.
A tension member for an elevator system , comprising a plurality of load carrying fibers , characterised in that the plurality of load carrying fibers include at least 50% aromatic polyester based fibers, and the plurality of load carrying fibers further includes one or more of carbon fibers, glass fibers, ultrahigh molecular weight polyethylene fibers, ultrahigh molecular weight polypropylene, polybenzoxazole fibers or nylon fibers.