mhurhangee/patent-ind-claim-en huggingface dataset:
A clamp assembly for use with a tool assembly for stapling tissue, the clamp assembly comprising: a central body portion having first and second ends; a first beam defining a first axis and being pivotably coupled to the first end of the central body portion, the first beam extending transversely outwardly of the first end of the central body portion; and a second beam defining a second axis and being fixedly secured to the second end of the central body portion, the second beam extending transversely outwardly of the second end of the central body portion, wherein the first beam is pivotable from a first position in which the first and second axes define an acute angle and a second position in which the first and second axes are parallel, wherein the central body portion includes a vertical strut and a base portion ; and characterised in that the vertical strut includes a hook that defines a circular recess and the first beam supports a pivot member , the pivot member received within the circular recess to pivotably couple the first beam to the central body portion. a central body portion having first and second ends; a first beam defining a first axis and being pivotably coupled to the first end of the central body portion, the first beam extending transversely outwardly of the first end of the central body portion; and a second beam defining a second axis and being fixedly secured to the second end of the central body portion, the second beam extending transversely outwardly of the second end of the central body portion, wherein the first beam is pivotable from a first position in which the first and second axes define an acute angle and a second position in which the first and second axes are parallel, wherein the central body portion includes a vertical strut and a base portion ; and characterised in that the vertical strut includes a hook that defines a circular recess and the first beam supports a pivot member , the pivot member received within the circular recess to pivotably couple the first beam to the central body portion.
A method of producing chemical pulp, said method comprising at least the following steps: a) wood chips or other comminuted lignocellulosic fibrous material is treated with a polysulfide-containing cooking liquor in an impregnation stage at a temperature of 90-145 °C, and b) slurry of fibrous material from step a) is heated to cooking temperature and cooked for producing pulp having a desired kappa number, characterized in that after step a) mercaptide ions are added into the slurry of fibrous material and the fibrous material is treated at cooking temperature in step b). a) wood chips or other comminuted lignocellulosic fibrous material is treated with a polysulfide-containing cooking liquor in an impregnation stage at a temperature of 90-145 °C, and b) slurry of fibrous material from step a) is heated to cooking temperature and cooked for producing pulp having a desired kappa number,
A camera lens assembly, including: a support member ; a moving member having a major planar surface and AF terminal pads located at or near the major planar surface, wherein the moving member is mounted to the support member; and an auto focus assembly having AF terminal pads , wherein the auto focus assembly is mounted to the moving member and the AF terminal pads of the auto focus assembly are electrically connected to the AF terminal pads of the moving member, characterised in that the AF terminal pads are located on an inner diameter of the moving member. a support member ; a moving member having a major planar surface and AF terminal pads located at or near the major planar surface, wherein the moving member is mounted to the support member; and an auto focus assembly having AF terminal pads , wherein the auto focus assembly is mounted to the moving member and the AF terminal pads of the auto focus assembly are electrically connected to the AF terminal pads of the moving member, characterised in that the AF terminal pads are located on an inner diameter of the moving member.
Use of an aqueous bio-catalytic composition in treating a contaminated water, the bio-catalytic composition comprising a fermentation supernatant which comprises micronutrients and lacks active enzymes, the fermentation supernatant being from a yeast culture, and one or more non-ionic surfactants, wherein the bio-catalytic composition lacks any active enzymes, and wherein the yeast culture is a Saccharomyces cerevisiae culture. wherein the bio-catalytic composition lacks any active enzymes, and wherein the yeast culture is a Saccharomyces cerevisiae culture.
Method for operating a robot (R), which comprises a plurality of, successive links , a securing device for securing an end effector and drives for moving the robot arm (M) comprising links and a control device (S) connected to the drives, in which a hierarchical regulatory/control strategy is saved with a plurality of differently prioritised regulatory and control functionalities, comprising the following method step: during the movement of the robot arm (M) switching into a higher prioritised regulatory/control functionality, as soon as a stable movement of the robot arm (M) is possible by means of the higher prioritised regulatory/control functionality and an execution condition independent of the higher prioritised regulatory/control functionality has been met, wherein for at least two degrees of freedom provided for the movement of the robot arm (M) independent prioritised regulatory/control functionalities are provided and for at least one of the degrees of freedom a switch is made to a higher prioritised regulatory/control functionality, as soon as a stable movement of the robot arm (M) is possible by means of the corresponding higher prioritised regulatory/control functionality and at least for this degree of freedom the execution condition independent of the higher prioritised regulatory/control functionality is met.
A method for operating a robot arm, comprising the following method steps: detecting a user's input, which the user applies to the surface of the robot arm in the form of a symbol, by the following steps: detecting a force and/or a torque in at least one joint by force and/or torque sensors that are anyway included in the robot joint, wherein the force and/or the torque is generated by the user's input, deriving a trajectory of the point of contact on the three-dimensional surface of the robot arm, transforming the three-dimensional trajectory of the point of contact into a two-dimensional trajectory, deriving a symbol from the two-dimensional trajectory, deriving an input command for the robot arm from one or more symbols. detecting a force and/or a torque in at least one joint by force and/or torque sensors that are anyway included in the robot joint, wherein the force and/or the torque is generated by the user's input, deriving a trajectory of the point of contact on the three-dimensional surface of the robot arm, transforming the three-dimensional trajectory of the point of contact into a two-dimensional trajectory, deriving a symbol from the two-dimensional trajectory, deriving an input command for the robot arm from one or more symbols.
Pallet base (2, 2a to 2e) for a transport container having a bottom plate which is made of a synthetic material suitable for deep drawing in a twin sheet thermoforming process and composed of at least two shells including an inner shell and an outer shell , and having an insert component provided for reinforcement of the bottom plate and having multiple base components which are fastened to an underside of the bottom plate , wherein the multiple base components are each in the form of a skid component manufactured from synthetic material, which skid has a support surface (A) extending over a length (L) of the underside and at least one fork arm opening for inserting a fork arm, characterized in that the multiple base components are fastened releasably, wherein the skid components each include multiple plug-in elements which are plugged in a form fitting manner into plug recesses disposed on the bottom plate , wherein the plug recesses are each shaped in the underside of the bottom plate , and in that the insert component is fixed in a form fitting manner on the bottom plate by means of the plug recesses .
A dose calibrator , comprising: one or more radiation sources ; one or more solid-state detectors ; and one or more plates positioned between the one or more radiation sources and the one or more solid-state detectors , wherein the one or more solid-state detectors are configured to capture one or more images based on emissions received from the one or more radiation sources through the one or more plates for estimating activity of the one or more radiation sources , characterized in that a processing module of the dose calibrator is configured to adaptively adjust one or more system parameters on-the-fly during operation of the dose calibrator , the one or more system parameters comprising at least one of: sizes and/or number of pinholes in the one or more plates , a thickness of the one or more plates , a distance between the one or more radiation sources and the one or more plates , a distance between the one or more solid-state detectors and the one or more plates . one or more radiation sources ; one or more solid-state detectors ; and one or more plates positioned between the one or more radiation sources and the one or more solid-state detectors , wherein the one or more solid-state detectors are configured to capture one or more images based on emissions received from the one or more radiation sources through the one or more plates for estimating activity of the one or more radiation sources , a processing module of the dose calibrator is configured to adaptively adjust one or more system parameters on-the-fly during operation of the dose calibrator , the one or more system parameters comprising at least one of: sizes and/or number of pinholes in the one or more plates , a thickness of the one or more plates , a distance between the one or more radiation sources and the one or more plates , a distance between the one or more solid-state detectors and the one or more plates .
A fuel tank for use with a spacecraft, the fuel tank being configured to store therein fuel for driving the spacecraft, the fuel tank comprising: a carbon fiber reinforced plastic layer and a metallic plating layer, wherein the carbon fiber reinforced plastic layer has a polished surface having been subjected to polishing processing, the polished surface being on an inner side of the fuel tank, wherein the metallic plating layer is provided on the polished surface, and wherein the polishing processing is performed by use of a polishing instrument with a count of 200 to 2000. a carbon fiber reinforced plastic layer and a metallic plating layer, wherein the carbon fiber reinforced plastic layer has a polished surface having been subjected to polishing processing, the polished surface being on an inner side of the fuel tank, wherein the metallic plating layer is provided on the polished surface, and wherein the polishing processing is performed by use of a polishing instrument with a count of 200 to 2000.
A picture decoding method performed by a decoding apparatus comprising: receiving a bitstream including information on a parallel merge level and information on a merge index; (S610) constructing a merging candidate list for a current block when merge mode is applied to the current block, wherein the merging candidate list includes merging candidates; (S620) deriving motion information of the current block, based on one of the merging candidates indicated by the merge index in the merging candidate list; (S630) deriving a predicted block of the current block based on the derived motion information; and generating a reconstructed picture based on the predicted block, wherein the current block is related to a prediction unit, PU, and the PU is one of PUs partitioned from a coding unit, CU, wherein the PUs within the CU belong to a merging candidate sharing unit, wherein a size of the merging candidate sharing unit is determined based on the information on the parallel merge level, and the size of the merging candidate sharing unit represents a unit region for sharing of the merging candidates, wherein the PUs within the merging candidate sharing unit share the merging candidates, and wherein the merging candidates for the PU are identical to merging candidates of a 2Nx2N PU which has a same size as the merging candidate sharing unit, wherein N is an integer. receiving a bitstream including information on a parallel merge level and information on a merge index; (S610) constructing a merging candidate list for a current block when merge mode is applied to the current block, wherein the merging candidate list includes merging candidates; (S620) deriving motion information of the current block, based on one of the merging candidates indicated by the merge index in the merging candidate list; (S630) deriving a predicted block of the current block based on the derived motion information; and generating a reconstructed picture based on the predicted block, wherein the current block is related to a prediction unit, PU, and the PU is one of PUs partitioned from a coding unit, CU, wherein the PUs within the CU belong to a merging candidate sharing unit, wherein a size of the merging candidate sharing unit is determined based on the information on the parallel merge level, and the size of the merging candidate sharing unit represents a unit region for sharing of the merging candidates, wherein the PUs within the merging candidate sharing unit share the merging candidates, and wherein the merging candidates for the PU are identical to merging candidates of a 2Nx2N PU which has a same size as the merging candidate sharing unit, wherein N is an integer.
A double-break contactor comprising: - a movable bridge being movable between a closed state and an open state, comprising a first movable contact and a second movable contact , and, - a first fixed contact facing the movable contact and - a second fixed contact facing the movable contact , - wherein, in the closed state, the first and second movable contacts are in contact with the first and second fixed contacts respectively and, in the open state, the first and second movable contacts are distant from the first and second fixed contacts respectively, - two magnets capable of generating a magnetic field having constant direction so as to generate a magnetic force to move an arc appearing between the fixed contacts , and the movable contacts of the movable bridge switching from a closed state to an open state, - two fin blocks each having: ∘ a first end and a second end , ∘ fins between the first end and the second end of the corresponding fin block , ∘ a first and a second extinction zone each formed by the fins , - four arc guides running from the movable contacts of the bridge to the two fin blocks , - characterised in that fin notches forming a groove of fin blocks among the fins of each of the two fin blocks face each corresponding arc guide , and in that the contactor further comprises four arc guides each running from one of the corresponding fixed contacts to one of the corresponding fin blocks respectively. - a movable bridge being movable between a closed state and an open state, comprising a first movable contact and a second movable contact , and, - a first fixed contact facing the movable contact and - a second fixed contact facing the movable contact , - wherein, in the closed state, the first and second movable contacts are in contact with the first and second fixed contacts respectively and, in the open state, the first and second movable contacts are distant from the first and second fixed contacts respectively, - two magnets capable of generating a magnetic field having constant direction so as to generate a magnetic force to move an arc appearing between the fixed contacts , and the movable contacts of the movable bridge switching from a closed state to an open state, - two fin blocks each having: ∘ a first end and a second end , ∘ fins between the first end and the second end of the corresponding fin block , ∘ a first and a second extinction zone each formed by the fins , ∘ a first end and a second end , ∘ fins between the first end and the second end of the corresponding fin block , ∘ a first and a second extinction zone each formed by the fins , - four arc guides running from the movable contacts of the bridge to the two fin blocks , - characterised in that fin notches forming a groove of fin blocks among the fins of each of the two fin blocks face each corresponding arc guide , and in that the contactor further comprises four arc guides each running from one of the corresponding fixed contacts to one of the corresponding fin blocks respectively.
A particle analysis method for determining whether a blood specimen collected from a subject is a specimen collected from a patient with bacterial infection or a specimen collected from a patient with viral infection, comprising: step A of irradiating light on a measurement sample prepared by mixing a test blood specimen comprising particles, collected from a subject, a fluorescent dye that stains a nucleic acid, and a hemolytic agent, thereby acquiring scattered light and fluorescence from each particle comprised in the measurement sample, step A-1 of determining total neutrophil population and a first population, from the scattered light and the fluorescence acquired in the step A, wherein the first population is a particle population in the measurement sample determined to correspond to a neutrophil population comprised in a blood of a control subject not suffering from infection, step B of acquiring particle number information on the particles that are substantially not comprised in the blood of the control subject not suffering from infection, that are determined to be neutrophils comprised in a blood of a patient with infection, based on the scattered light and the fluorescence, and that are particles comprised in the total neutrophil population and not comprised in the first population, step C of determining whether the test blood specimen is a specimen collected from a patient with bacterial infection or a specimen collected from a patient with viral infection, based on the particle number information. step A of irradiating light on a measurement sample prepared by mixing a test blood specimen comprising particles, collected from a subject, a fluorescent dye that stains a nucleic acid, and a hemolytic agent, thereby acquiring scattered light and fluorescence from each particle comprised in the measurement sample, step A-1 of determining total neutrophil population and a first population, from the scattered light and the fluorescence acquired in the step A, wherein the first population is a particle population in the measurement sample determined to correspond to a neutrophil population comprised in a blood of a control subject not suffering from infection, step B of acquiring particle number information on the particles that are substantially not comprised in the blood of the control subject not suffering from infection, that are determined to be neutrophils comprised in a blood of a patient with infection, based on the scattered light and the fluorescence, and that are particles comprised in the total neutrophil population and not comprised in the first population, step C of determining whether the test blood specimen is a specimen collected from a patient with bacterial infection or a specimen collected from a patient with viral infection, based on the particle number information.
Racing bicycle for time trials and triathlons, comprising: a frame provided with a head tube and a top tube ; a fork comprising two arms , which, on one side, are connected to each other via a joining portion and, on the other side, have supports connecting the fork to a wheel of the bicycle; wherein the joining portion is integral with a tubular element of the fork inserted in the head tube ; and wherein one or more apertures are made in said fork for the passage of the air, said one or more apertures being made between an external surface of said wheel and the top of the head tube , said one or more apertures being configured to allow at least part of the stream of air (A1) that hits the bicycle to pass in a central zone (Z1) of the bicycle and in proximity to the frame , said top tube being positioned above said one or more apertures in order to leave said central zone (Z1) free, and therefore not interfere with the stream of air (A1) passing in said central zone (Z1) and below said top tube ; characterized in that the joining portion is part of handlebars which are made in a single piece with said fork and on which grip elements are provided. a frame provided with a head tube and a top tube ; a fork comprising two arms , which, on one side, are connected to each other via a joining portion and, on the other side, have supports connecting the fork to a wheel of the bicycle; wherein the joining portion is integral with a tubular element of the fork inserted in the head tube ; and wherein one or more apertures are made in said fork for the passage of the air, said one or more apertures being made between an external surface of said wheel and the top of the head tube , said one or more apertures being configured to allow at least part of the stream of air (A1) that hits the bicycle to pass in a central zone (Z1) of the bicycle and in proximity to the frame , said top tube being positioned above said one or more apertures in order to leave said central zone (Z1) free, and therefore not interfere with the stream of air (A1) passing in said central zone (Z1) and below said top tube ; characterized in that the joining portion is part of handlebars which are made in a single piece with said fork and on which grip elements are provided.