mhurhangee/ep-ind-claims huggingface dataset:
An enantioselective method for the preparation of an R or S enantiomer compound selected from the group consisting of R or S 9-cis-13,14-dihydroretinoic acid or esters thereof according to general formula I, a solvate and, if appropriate, a salt thereof, said method comprising wherein in said formula R is selected from H or Ethyl; - providing the respective 9Z,11E geometric isomer of R or S enantiomer of trienyliodide of Formula 3 - reacting, respectively, said R or S enantiomer of trienyliodide of Formula 3 with boronic acid of Formula 2 by Suzuki coupling to obtain said compound as R or S ethyl-9-cis-13,14-dihydroretinoate of Formula; - optionally saponifying said R or S ethyl-9-cis-13,14-dihydroretinoate to obtain said compound as R or S 9-cis-13,14-dihydroretinoic acid, respectively; - optionally forming said compound into a solvate or, if appropriate, salt thereof. - providing the respective 9Z,11E geometric isomer of R or S enantiomer of trienyliodide of Formula 3 - reacting, respectively, said R or S enantiomer of trienyliodide of Formula 3 with boronic acid of Formula 2 by Suzuki coupling to obtain said compound as R or S ethyl-9-cis-13,14-dihydroretinoate of Formula; - optionally saponifying said R or S ethyl-9-cis-13,14-dihydroretinoate to obtain said compound as R or S 9-cis-13,14-dihydroretinoic acid, respectively; - optionally forming said compound into a solvate or, if appropriate, salt thereof.
An apparatus for implant-bar-supported restoration, the apparatus comprising a superstructure and a plurality of dental bars, wherein at least two of the plurality of dental bars have different shapes or different sizes, wherein the superstructure is coupled with the plurality of dental bars, wherein each of the plurality of dental bars comprises at least one implant interface and a beam structure, and wherein the at least one implant interface is protrudingly formed from a bottom surface of the beam structure and shaped and configured to be inserted into a dental implant fixed to a patient's gum, the apparatus for implant-bar-supported restoration is characterized in that: a buccal side surface of the beam structure is inclined with respect to a top surface of the dental bar such that buccal side surfaces of all of the beam structures of the plurality of dental bars have a same angulation. wherein at least two of the plurality of dental bars have different shapes or different sizes, wherein the superstructure is coupled with the plurality of dental bars, wherein each of the plurality of dental bars comprises at least one implant interface and a beam structure, and wherein the at least one implant interface is protrudingly formed from a bottom surface of the beam structure and shaped and configured to be inserted into a dental implant fixed to a patient's gum, the apparatus for implant-bar-supported restoration is characterized in that: a buccal side surface of the beam structure is inclined with respect to a top surface of the dental bar such that buccal side surfaces of all of the beam structures of the plurality of dental bars have a same angulation.
Industrial truck having a control computer for actuating movement and working functions and also having at least one display and operator control apparatus which has a screen for the control computer to display information relating to the movement and working functions, having a lift mast and having a load detection means for a load which is situated on a load handling apparatus, wherein a lift height preselection is offered on the display and operator control apparatus, with which lift height preselection a lift height to be adopted by the load handling apparatus is entered, it being possible for the said lift height to be automatically adopted, and at which lift height a lifting movement is stopped, or the situation of the said lift height being reached is displayed, wherein, in a first step, a selection of a storage region is offered by the control computer in a menu, characterized in that, in a second step, a selection of the lift height is offered by the control computer in a menu, and, in a third step, a preselection between storage and retrieval is made by the control computer depending on a signal of the load detection means, the said preselection being displayed, wherein this preselection can be modified by the operator.
A system including an information processing apparatus and a component gripper (30, 30B, 30C) to be used for a mounting apparatus,which is configured to mount a component (60, 60B) on a board, the component gripper (30, 30B, 30C) having a positioning grip portion (34, 34B) that is configured to grip the component (60, 60B) in a positioned state; and having a reference portion (35, 35B) that is configured to represent a reference position serving as a predetermined relative position to a position of the component (60, 60B) gripped by the positioning grip portion (34, 34B), wherein the positioning grip portion (34, 34B) has a groove portion which is configured to accommodate and is configured to position a lead of the component (60, 60B) to be fitted in the groove portion so that the component (60, 60B) can be gripped; the information processing apparatus is characterized by: a processing unit which is configured to acquire an image including at least the reference portion (35, 35B) in a state where the component (60, 60B) is gripped by the component gripper (30, 30B, 30C), and is configured to acquire a position of the reference portion (35, 35B) based on the acquired image, and is configured to acquire a position of the component (60, 60B) based on the relative position to the acquired position of the reference portion (35, 35B), wherein the processing unit is configured to acquire a position of the lead as the position of the component (60, 60B). the positioning grip portion (34, 34B) has a groove portion which is configured to accommodate and is configured to position a lead of the component (60, 60B) to be fitted in the groove portion so that the component (60, 60B) can be gripped; the information processing apparatus is characterized by: a processing unit which is configured to acquire an image including at least the reference portion (35, 35B) in a state where the component (60, 60B) is gripped by the component gripper (30, 30B, 30C), and is configured to acquire a position of the reference portion (35, 35B) based on the acquired image, and is configured to acquire a position of the component (60, 60B) based on the relative position to the acquired position of the reference portion (35, 35B), wherein the processing unit is configured to acquire a position of the lead as the position of the component (60, 60B). a processing unit which is configured to acquire an image including at least the reference portion (35, 35B) in a state where the component (60, 60B) is gripped by the component gripper (30, 30B, 30C), and is configured to acquire a position of the reference portion (35, 35B) based on the acquired image, and is configured to acquire a position of the component (60, 60B) based on the relative position to the acquired position of the reference portion (35, 35B), wherein the processing unit is configured to acquire a position of the lead as the position of the component (60, 60B).
Assembly for connecting a windscreen wiper arm to a transverse articulation spindle belonging to a structural element of a windscreen wiper head, this structural element consisting of two parallel wings connected by a top web, a transverse rod extending between the internal faces of the two wings so as to constitute the transverse articulation spindle, the assembly comprising: - an end of the arm of the windscreen wiper in the overall shape of a segment of longitudinal profile having a U-shaped cross section which opens downwards, and - a connector consisting: - of an upper part which can be connected in a removable manner in the end of the windscreen wiper arm, the shape of the upper part of the connector matching that of the end of the arm, and the upper part of the connector comprises means (38, 40) for locking the connector in the mounted position in the end of the arm, the connector comprising longitudinal legs for locking the connector in the mounted position within the front end of the arm, which legs extend rearwards in the longitudinal direction from the rear longitudinal end of the upper part of the connector, and - of a lower part which can be received in a removable manner between the two parallel wings of the structural element, characterized in that, when the connector connects the end of the arm to the structural element, the upper part of the connector extends above the wings of the structural element such that the connector and the end of the arm are able to pivot with respect to the structural element, about the transverse axis, without the wings hampering their movement. - an end of the arm of the windscreen wiper in the overall shape of a segment of longitudinal profile having a U-shaped cross section which opens downwards, and - a connector consisting: - of an upper part which can be connected in a removable manner in the end of the windscreen wiper arm, the shape of the upper part of the connector matching that of the end of the arm, and the upper part of the connector comprises means (38, 40) for locking the connector in the mounted position in the end of the arm, the connector comprising longitudinal legs for locking the connector in the mounted position within the front end of the arm, which legs extend rearwards in the longitudinal direction from the rear longitudinal end of the upper part of the connector, and - of a lower part which can be received in a removable manner between the two parallel wings of the structural element, - of an upper part which can be connected in a removable manner in the end of the windscreen wiper arm, the shape of the upper part of the connector matching that of the end of the arm, and the upper part of the connector comprises means (38, 40) for locking the connector in the mounted position in the end of the arm, the connector comprising longitudinal legs for locking the connector in the mounted position within the front end of the arm, which legs extend rearwards in the longitudinal direction from the rear longitudinal end of the upper part of the connector, and - of a lower part which can be received in a removable manner between the two parallel wings of the structural element,
A method for collaborative caching between a server cache of a server computer and an array cache of a storage array coupled to the server computer, the method comprising collecting instrumentation data on the server cache and the array cache of the storage array; and characterised by further comprising: based on analysis of instrumentation data, adjusting the operation of at least one of the server cache and the array cache by modifying page management policies of at least one of the server cache and the array cache; wherein the analysis of instrumentation data comprises identifying patterns that are correlated with specific hierarchical cache management policies. based on analysis of instrumentation data, adjusting the operation of at least one of the server cache and the array cache by modifying page management policies of at least one of the server cache and the array cache; wherein the analysis of instrumentation data comprises identifying patterns that are correlated with specific hierarchical cache management policies.
A method of preparing a composition comprising molecular imprinted polymers (MIPs) having high binding capacity and specificity for a target molecule, said method comprising a) obtaining a suspension of insoluble MIPs, which bind the target molecule, and which have been prepared using the target molecule or a mimic thereof as template molecule, b) subjecting the suspended MIPs to an affinity purification procedure, wherein the template molecule or a fragment thereof or a mimic thereof is used as capture agent, c) recovering the MIPs that bind the capture agent in the affinity purification procedure while substantially excluding the capture agent and MIPs that do not bind the capture agent from the recovered product, and d) combining the MIPs recovered and optionally a carrier, vehicle or diluent to obtain said composition. a) obtaining a suspension of insoluble MIPs, which bind the target molecule, and which have been prepared using the target molecule or a mimic thereof as template molecule, b) subjecting the suspended MIPs to an affinity purification procedure, wherein the template molecule or a fragment thereof or a mimic thereof is used as capture agent, c) recovering the MIPs that bind the capture agent in the affinity purification procedure while substantially excluding the capture agent and MIPs that do not bind the capture agent from the recovered product, and d) combining the MIPs recovered and optionally a carrier, vehicle or diluent to obtain said composition.
A particle control screen (10, 15), comprising: a first filter layer; a second filter layer disposed around the first filter layer; a third filter layer disposed around the second filter layer, wherein each of the filter layers (14, 16, 18) is wire mesh and has a pore size, and the pore size of the third filter layer is greater than the pore size of the second filter layer, and the pore size of the second filter layer is greater than the pore size of the first filter layer; and characterized in that the first filter layer is disposed around a support layer and the support layer has a pore size which is greater than the pore size of the first, second and third filter layers (14, 16, 18). a first filter layer; a second filter layer disposed around the first filter layer; a third filter layer disposed around the second filter layer, wherein each of the filter layers (14, 16, 18) is wire mesh and has a pore size, and the pore size of the third filter layer is greater than the pore size of the second filter layer, and the pore size of the second filter layer is greater than the pore size of the first filter layer; and characterized in that the first filter layer is disposed around a support layer and the support layer has a pore size which is greater than the pore size of the first, second and third filter layers (14, 16, 18).
A volumetric metering device, comprising: a hopper adapted to hold a supply of granular material, the hopper having an outlet; a rotating wheel located in communication with the outlet, the rotating wheel having an outer periphery and a plurality of metering cavities distributed around the outer periphery, each metering cavity having an open bottom portion; characterized in that a plurality of metering valves is located around the outer periphery of the rotating wheel with each metering valve located in registry with one of the metering cavities; wherein each metering valve is movable between a loading position wherein the metering valve blocks the open bottom portion of the metering cavity, and an unloading position wherein the granular material dispenses from the metering cavity through the metering valve, wherein each metering valve comprises: a valve body that pivots between the loading position and the unloading position, wherein the valve body blocks the metering cavity when in the loading position, and a granulate exit port of the metering valve is substantially aligned with the metering cavity when in the unloading position. a hopper adapted to hold a supply of granular material, the hopper having an outlet; a rotating wheel located in communication with the outlet, the rotating wheel having an outer periphery and a plurality of metering cavities distributed around the outer periphery, each metering cavity having an open bottom portion; characterized in that a plurality of metering valves is located around the outer periphery of the rotating wheel with each metering valve located in registry with one of the metering cavities; wherein each metering valve is movable between a loading position wherein the metering valve blocks the open bottom portion of the metering cavity, and an unloading position wherein the granular material dispenses from the metering cavity through the metering valve, wherein each metering valve comprises: a valve body that pivots between the loading position and the unloading position, wherein the valve body blocks the metering cavity when in the loading position, and a granulate exit port of the metering valve is substantially aligned with the metering cavity when in the unloading position. a valve body that pivots between the loading position and the unloading position, wherein the valve body blocks the metering cavity when in the loading position, and a granulate exit port of the metering valve is substantially aligned with the metering cavity when in the unloading position.
A method of encoding using High Efficiency Video Coding an image composed of a plurality of samples, each sample having a sample value, the method comprising encoding the samples; decoding the encoded samples to provide reconstructed samples; performing sample adaptive offset loop filtering (715; 804) on the reconstructed samples, the loop filtering comprising applying compensation offsets to the sample values of the respective reconstructed samples, each compensation offset being associated with a range of sample values; providing the compensation offsets by: selecting, based on a rate distortion criterion, a group of classes from among a plurality of predetermined groups of classes, each one of said predetermined groups of classes having a range and being made up of a plurality of classes, each defining a range of sample values within said range, into which class a sample is put if its sample value is within the range of the class concerned, and the predetermined groups of classes including groups of classes having different respective centre positions within a full range of the sample values; and by associating with each class of the selected group of classes a compensation offset for application to the sample value of each sample of the class concerned; generating a bitstream of encoded samples; and transmitting, in the bitstream, classification data relating to the selected group of classes; characterized in that said different respective centre positions include centre positions different from a centre of said full range and in that the classification data comprises data representative of said centre position of the selected group of classes within the full range of sample values, the classification data being coded according to the range of the classes. selecting, based on a rate distortion criterion, a group of classes from among a plurality of predetermined groups of classes, each one of said predetermined groups of classes having a range and being made up of a plurality of classes, each defining a range of sample values within said range, into which class a sample is put if its sample value is within the range of the class concerned, and the predetermined groups of classes including groups of classes having different respective centre positions within a full range of the sample values; and by associating with each class of the selected group of classes a compensation offset for application to the sample value of each sample of the class concerned; generating a bitstream of encoded samples; and transmitting, in the bitstream, classification data relating to the selected group of classes; characterized in that said different respective centre positions include centre positions different from a centre of said full range and in that the classification data comprises data representative of said centre position of the selected group of classes within the full range of sample values, the classification data being coded according to the range of the classes.
An assembly for fixing a skin of a bumper to a structure of a front part of a motor vehicle, said assembly having - a guide pin, a retaining means in a first direction and a means for receiving a catch, enabling said catch to move in the first direction and a second direction approximately perpendicular to the first direction, said guide pin, said retaining means and said receiving means belonging to the skin of the bumper; and - a guide means able to guide the guide pin in the first direction and the second direction, said guide means being deformable in the second direction, a catch able to enter the receiving means, said catch being designed to exert a stress on the skin in a third direction approximately perpendicular to the first and second directions (Z, Y), and an opening able to receive the retaining means in the second direction, said guide means, said catch and said opening belonging to the structure. - a guide pin, a retaining means in a first direction and a means for receiving a catch, enabling said catch to move in the first direction and a second direction approximately perpendicular to the first direction, said guide pin, said retaining means and said receiving means belonging to the skin of the bumper; and - a guide means able to guide the guide pin in the first direction and the second direction, said guide means being deformable in the second direction, a catch able to enter the receiving means, said catch being designed to exert a stress on the skin in a third direction approximately perpendicular to the first and second directions (Z, Y), and an opening able to receive the retaining means in the second direction, said guide means, said catch and said opening belonging to the structure.
System for controlling a data transfer to and/or from a plurality of medical devices, wherein the plurality of medical devices is subdivided into individual groups each with at least one medical device, wherein each group of medical devices is directly connected on a first data transfer hierarchy level with a communication device for the transfer, storage and control of data arranged on a second data transfer hierarchy level via a first network, wherein the first network is a direct line between the communication device and the medical devices, and means are provided which are designed such that a plurality of these communication devices exchanges data with a common central server device for storage, control and data transfer arranged on a third data transfer hierarchy level, wherein the means are a second network which is self-sufficient and independent of the first network and which directly connects the communication devices to the common central server device arranged on the third data transfer hierarchy level, wherein each communication device has at least one first storage unit and a first control unit in order to buffer data coming and received from the medical devices of the group, in particular device-specific and patient-related data of patients who are connected to the medical devices and to send them in a bundled manner to a storage server unit provided in the central server device and wherein the communication device regularly retrieves and continuously checks an operational status of each medical device which is connected to the communication device and automatically performs an update of a database of the respective medical device as soon as the operational status of the medical device permits an update.