mhurhangee/ep-ind-claims huggingface dataset:
A system to implant a prosthesis into a subject, comprising: a handle member (22, 202) extending from a first end to a second end and defining a through-bore through at least a portion of the handle member; a threaded member extending from a first end to a second end, the threaded member having threads formed at the first end to threadably engage the prosthesis and a slotted region at the second end; and a projection extending into the through-bore formed in the handle member to engage the slotted region to hold the threaded member in the handle member; wherein the slotted region includes a first portion and a second portion separate from the first portion that includes an uninterrupted area defined between a second ledge of a second wall of the first portion and a proximal ledge of the second portion relative to the threaded member; wherein the first portion is discontinuous about the threaded member and includes a first opening through a first wall defining a walled groove and a second opening through the second wall defining the walled groove; and wherein the first wall is spaced apart from the second wall and the first wall is nearer the threaded end than the second wall; wherein the projection is operable to engage both the first portion that is discontinuous to limit a rotation of the threaded member within the handle member and the second portion that includes the uninterrupted area to allow a complete rotation of the threaded member within the handle member. a handle member (22, 202) extending from a first end to a second end and defining a through-bore through at least a portion of the handle member; a threaded member extending from a first end to a second end, the threaded member having threads formed at the first end to threadably engage the prosthesis and a slotted region at the second end; and a projection extending into the through-bore formed in the handle member to engage the slotted region to hold the threaded member in the handle member; wherein the slotted region includes a first portion and a second portion separate from the first portion that includes an uninterrupted area defined between a second ledge of a second wall of the first portion and a proximal ledge of the second portion relative to the threaded member; wherein the first portion is discontinuous about the threaded member and includes a first opening through a first wall defining a walled groove and a second opening through the second wall defining the walled groove; and wherein the first wall is spaced apart from the second wall and the first wall is nearer the threaded end than the second wall; wherein the projection is operable to engage both the first portion that is discontinuous to limit a rotation of the threaded member within the handle member and the second portion that includes the uninterrupted area to allow a complete rotation of the threaded member within the handle member.
Compound containing at least one unit of the formula (Ia) or (Ib) where R 1, R 2, R 3, and R 4 are the same or different and are -H or any desired group, preferably -H, R 5 and R 11 are the same or different and are an alkyl or perfluoroalkyl radical, R 6 and R 10 are the same or different and are an oligomer or polymer radical and R 7, R 8 und R 9 are the same or different and are -H or any desired group, preferably -H, characterized in that at least one of the R 6 or R 10 radicals is an oligomer or polymer radical attached via an oxygen atom to the ring carbon atom. where R 1, R 2, R 3, and R 4 are the same or different and are -H or any desired group, preferably -H, R 5 and R 11 are the same or different and are an alkyl or perfluoroalkyl radical, R 6 and R 10 are the same or different and are an oligomer or polymer radical and R 7, R 8 und R 9 are the same or different and are -H or any desired group, preferably -H, characterized in that at least one of the R 6 or R 10 radicals is an oligomer or polymer radical attached via an oxygen atom to the ring carbon atom.
A power receiver of a wireless power transfer system, comprising: an implantable housing; a receiver coil supported by the implantable housing; and electronics disposed within the implantable housing and coupled to the receiver coil, the electronics configured to control wireless power transfer from an external power transmitter to the receiver coil; characterized in that the power receiver further comprises: a single layer disposed between the implantable housing and the electronics, the single layer disposed on an interior surface of the implantable housing and comprising a thermal layer portion formed of a first material and a central portion formed of a second material, wherein a thermal conductivity of the thermal layer portion and a thermal conductivity of the central portion are different, the thermal layer portion and the central portion being positioned in the same plane, the single layer configured to dissipate heat generated by the electronics and spread the heat across the single layer. an implantable housing; a receiver coil supported by the implantable housing; and electronics disposed within the implantable housing and coupled to the receiver coil, the electronics configured to control wireless power transfer from an external power transmitter to the receiver coil; characterized in that the power receiver further comprises: a single layer disposed between the implantable housing and the electronics, the single layer disposed on an interior surface of the implantable housing and comprising a thermal layer portion formed of a first material and a central portion formed of a second material, wherein a thermal conductivity of the thermal layer portion and a thermal conductivity of the central portion are different, the thermal layer portion and the central portion being positioned in the same plane, the single layer configured to dissipate heat generated by the electronics and spread the heat across the single layer.
Battery holder assembly for a vehicle, comprising at least one bodywork component and a battery, characterized in that the bodywork component comprises at least one projection which acts as a catch for the battery, so that in a normal state of the vehicle the battery is not held by the projection and in a damaged state of the vehicle the battery is held by the projection, characterized in that the battery comprises a lateral support portion which in a damaged state of the vehicle is held by the projection, wherein the support portion of the battery is a portion of the battery housing of the battery, wherein the battery holder arrangement comprises a connecting means, namely a screw, wherein in the normal state the support portion of the battery is fastened by the connecting means to the bodywork component and wherein in the damaged state the connecting means is deactivated, so that the battery and the projection are moved toward one another.
A process for synthesizing at least one nitroalkane, the process comprising: reacting a hydrocarbon feedstock with aqueous nitric acid in a reactor at a reactor pressure and a reaction temperature, such that a product stream comprising nitrated compounds and byproducts is formed; quenching the product stream to separate the product stream into at least an oil phase, a gas phase, and an aqueous phase, wherein the oil phase and the aqueous phase contain nitrated compounds; dividing the aqueous phase into a first aqueous stream and a second aqueous stream; returning the first aqueous stream to the reactor; combining the oil phase, the gas phase and the second aqueous stream in an absorber; absorbing oil-soluble and water-soluble components from the gas phase into the oil phase and the second aqueous stream, respectively, to form a gas-recovered mixture; separating a gas-recovered aqueous phase from the gas-recovered mixture; and recovering the at least one nitroalkane from at least one of the oil phase and the second aqueous stream. reacting a hydrocarbon feedstock with aqueous nitric acid in a reactor at a reactor pressure and a reaction temperature, such that a product stream comprising nitrated compounds and byproducts is formed; quenching the product stream to separate the product stream into at least an oil phase, a gas phase, and an aqueous phase, wherein the oil phase and the aqueous phase contain nitrated compounds; dividing the aqueous phase into a first aqueous stream and a second aqueous stream; returning the first aqueous stream to the reactor; combining the oil phase, the gas phase and the second aqueous stream in an absorber; absorbing oil-soluble and water-soluble components from the gas phase into the oil phase and the second aqueous stream, respectively, to form a gas-recovered mixture; separating a gas-recovered aqueous phase from the gas-recovered mixture; and recovering the at least one nitroalkane from at least one of the oil phase and the second aqueous stream.
A method for generating live video images of a dental object, executed at least in part on data processing hardware, the method comprising: obtaining real-time video images of a dental object; forming the real-time video images of the dental object into a plurality of blocks of digital images of the dental object, characterized in that the blocks each comprise temporally sequenced successive digital images being one fluorescence image and n sequenced reflectance images, wherein n is a whole number larger than 1; generating n interpolated or synthetic fluorescence images per block from the one fluorescence image, each of which is registered with a corresponding one of the n sequenced reflectance images; generating n combined images per block using each of the n sequenced reflectance images and the n registered fluorescence images; and displaying the combined images as live video of the dental object. obtaining real-time video images of a dental object; forming the real-time video images of the dental object into a plurality of blocks of digital images of the dental object, characterized in that the blocks each comprise temporally sequenced successive digital images being one fluorescence image and n sequenced reflectance images, wherein n is a whole number larger than 1; generating n interpolated or synthetic fluorescence images per block from the one fluorescence image, each of which is registered with a corresponding one of the n sequenced reflectance images; generating n combined images per block using each of the n sequenced reflectance images and the n registered fluorescence images; and displaying the combined images as live video of the dental object.
An ultrasonic flow rate measurement device, comprising: a measurement flow path in which a fluid to be measured flows; a pair of ultrasonic vibrators (2, 3) disposed in a direction such that a propagation path of an ultrasonic wave forms a V-shape relative to the measurement flow path; a measurement circuit for measuring a flow rate of the fluid to be measured, by measuring a propagation time of the ultrasonic wave between the pair of ultrasonic vibrators (2, 3); an inlet-side rectification part disposed in an inlet side of the measurement flow path, for stabilizing a flow of the fluid to be measured, wherein the inlet side of the ultrasonic flow rate measurement device opens onto buffering part of meter body; and a signal lead-out part for outputting a flow rate value measured with the measurement circuit characterized in that: the measurement circuit and the pair of ultrasonic vibrators (2, 3) are assembled as one device and mounted to the measurement flow path; only in outlet side of the measurement flow path, an outlet side coupling part is disposed; and the outlet-side coupling part is configured to be hermetically coupled with the meter body or a piping. a measurement flow path in which a fluid to be measured flows; a pair of ultrasonic vibrators (2, 3) disposed in a direction such that a propagation path of an ultrasonic wave forms a V-shape relative to the measurement flow path; a measurement circuit for measuring a flow rate of the fluid to be measured, by measuring a propagation time of the ultrasonic wave between the pair of ultrasonic vibrators (2, 3); an inlet-side rectification part disposed in an inlet side of the measurement flow path, for stabilizing a flow of the fluid to be measured, wherein the inlet side of the ultrasonic flow rate measurement device opens onto buffering part of meter body; and a signal lead-out part for outputting a flow rate value measured with the measurement circuit characterized in that: the measurement circuit and the pair of ultrasonic vibrators (2, 3) are assembled as one device and mounted to the measurement flow path; only in outlet side of the measurement flow path, an outlet side coupling part is disposed; and the outlet-side coupling part is configured to be hermetically coupled with the meter body or a piping. the measurement circuit and the pair of ultrasonic vibrators (2, 3) are assembled as one device and mounted to the measurement flow path; only in outlet side of the measurement flow path, an outlet side coupling part is disposed; and the outlet-side coupling part is configured to be hermetically coupled with the meter body or a piping.
A blend, comprising: (a) a first poly(D,L-lactide-co-glycolide-co-ε-caprolactone) having a weight average molecular weight (M w) of from 75,000 to 250,000 Daltons and a polydispersity index of less than 2.0 obtained by dividing Mw by Mn (number average molecular weight), both Mw and Mn are determined by gel-permeation chromatography, and (b) a second poly(D,L-lactide-co-glycolide-co-ε-caprolactone) having a weight average molecular weight (M w) of 130,000 Daltons or less and a polydispersity index of less than 2.0 obtained by dividing Mw by Mn (number average molecular weight). Both Mw and Mn are determined by gel-permeation chromatography, wherein the second poly(D,L-lactide-co-glycolide-co-e-caprolactone) has a molecular weight (M w) that is less than the first poly(D,L-lactide-co-glycolide-co-ε-caprolactone); and wherein the weight ratio of the first poly(D,L-lactide-co-glycolide-co-ε-caprolactone) to the second poly(D,L-lactide-co-glycolide-co-e-caprolactone) is from about 90:10 to about 60:40. (a) a first poly(D,L-lactide-co-glycolide-co-ε-caprolactone) having a weight average molecular weight (M w) of from 75,000 to 250,000 Daltons and a polydispersity index of less than 2.0 obtained by dividing Mw by Mn (number average molecular weight), both Mw and Mn are determined by gel-permeation chromatography, and (b) a second poly(D,L-lactide-co-glycolide-co-ε-caprolactone) having a weight average molecular weight (M w) of 130,000 Daltons or less and a polydispersity index of less than 2.0 obtained by dividing Mw by Mn (number average molecular weight). Both Mw and Mn are determined by gel-permeation chromatography,
Operating device having a handle that can be rotated about an axis of rotation, by means of which an annular permanent magnet arrangement which has a first plane perpendicular to the axis of rotation can be rotatably driven about the axis of rotation, wherein at least three Hall sensors (8, 8', 8") are fixedly arranged in a second plane parallel to the first plane, by means of which signals which are fed to an evaluation unit for determining the rotational position of the handle can be generated, wherein the at least three Hall sensors (8, 8', 8") are arranged at the same radial distance from the axis of rotation and at an angular distance from one another within the range of the magnetic field of the annular permanent magnet arrangement, wherein the permanent magnet arrangement is a diametrically magnetized permanent magnet ring and the evaluation unit is designed to determine reference vectors (11, 11', 11") from the voltages detected by each Hall sensor (8, 8', 8") and, from the reference vectors (11, 11', 11"), to determine a resultant sum vector, corresponding to the angular position of which a position signal which determines the position assumed by the handle can be generated, wherein the handle is formed in the manner of a tube with a continuous cylindrical space and an indicating and/or actuating unit is arranged in the cylindrical space, wherein the Hall sensors (8, 8', 8") are arranged on a circuit board, and wherein the indicating and/or actuating unit is/are fixedly arranged on the circuit board.
A metadata updating method based on columnar storage in a distributed file system, wherein the method comprises: acquiring to-be-updated metadata in a data table of the distributed file system, splitting data records of the data table into multiple row groups on a row basis where each row group is stored as an independent row group file, and converting the data table into global file metadata and multiple row group files, wherein the row group file comprises an actual data block, a data index block, a local metadata block, a metadata index block, and a file footer, wherein a data index block records a location offset of each data column of the actual data block in the row group file, wherein the local metadata block stores, for data columns, metadata defined by a user, wherein the metadata index block stores a file offset of metadata of each data column in the row group file, and wherein the file footer records file offsets in the row group file that are of the data index block and the metadata index block; determining whether the to-be-updated metadata belongs to the global file metadata, and if the to-be-updated metadata does not belong to the global file metadata, then: updating local metadata; and adding an updated local metadata block, an updated metadata index block, and an updated file footer to the multiple row group files according to updated local metadata. acquiring to-be-updated metadata in a data table of the distributed file system, splitting data records of the data table into multiple row groups on a row basis where each row group is stored as an independent row group file, and converting the data table into global file metadata and multiple row group files, wherein the row group file comprises an actual data block, a data index block, a local metadata block, a metadata index block, and a file footer, wherein a data index block records a location offset of each data column of the actual data block in the row group file, wherein the local metadata block stores, for data columns, metadata defined by a user, wherein the metadata index block stores a file offset of metadata of each data column in the row group file, and wherein the file footer records file offsets in the row group file that are of the data index block and the metadata index block; determining whether the to-be-updated metadata belongs to the global file metadata, and if the to-be-updated metadata does not belong to the global file metadata, then: updating local metadata; and adding an updated local metadata block, an updated metadata index block, and an updated file footer to the multiple row group files according to updated local metadata. updating local metadata; and adding an updated local metadata block, an updated metadata index block, and an updated file footer to the multiple row group files according to updated local metadata.
A system comprising: - a water tank; - a device for heating the water of the tank, the device comprising a heating means powered by an electrical network; - a temperature probe configured to transmit a signal representative of the temperature of the tank water; - a module for controlling said heating device controlled based on said signal transmitted by the probe; the system being characterized in that it further comprises a decoy element disposed between the probe and the control module configured to modify the signal transmitted by the probe so as to modify an energy capacity of the water tank, based on data descriptive of a state of said electrical network and characteristic of a current and/or future deficit and/or overabundance of energy from renewable origin within said electrical network. - a water tank; - a device for heating the water of the tank, the device comprising a heating means powered by an electrical network; - a temperature probe configured to transmit a signal representative of the temperature of the tank water; - a module for controlling said heating device controlled based on said signal transmitted by the probe;
Partition wall for dividing a load compartment of a commercial vehicle structure, preferably of a heavy goods vehicle, trailer and/or semitrailer, having respectively at least one sealing strip (18, 19, 20) on the lower narrow side and the lateral narrow sides (14, 15) of the partition wall to seal gaps between the partition wall and the commercial vehicle structure, wherein the sealing strips (18, 19, 20) are adjustable from a retracted to an extended position, characterised in that an operating unit connected in this manner to the sealing strips (18, 19, 20) is provided such that the sealing strips (18, 19, 20) are adjustable from the retracted position into the extended position and back by actuating the operating unit.
Method for time-stamping a document (A,B) the state of which changes over time, which document (A,B) is in the form of a moving image comprising several image frames captured by a camera, characterised in that the method comprises the following steps: a) capturing a first of said image frames at a certain point in time; b) creating a digital signature, where the signature is created so that it is constituted by, comprises or is calculated based upon an output value of a signature one-way function, where an input value to the signature one-way function (#) is at least a part of said image frame; c) embedding or incorporating the said signature, or a value calculated based upon the signature, into a different image frame of the same document (A,B), captured at a point in time which is later than the certain point in time, in such a way so that the embedded or incorporated signature or value is directly or indirectly readable from said different frame at the said later point in time; and d) repeating from a) at the said later point in time, wherein the signature embedded or incorporated in step c) affects the signature calculated in a later performed step b); and in that, for at least one of the created signatures, the signature in question, or a value which has been calculated based upon the signature in question, is publically published over at least one publication channel, which channel provides the possibility for third parties to, at a later point in time, verify a publication time of said signature or value based on a publication time provided by the publication channel in question. a) capturing a first of said image frames at a certain point in time; b) creating a digital signature, where the signature is created so that it is constituted by, comprises or is calculated based upon an output value of a signature one-way function, where an input value to the signature one-way function (#) is at least a part of said image frame; c) embedding or incorporating the said signature, or a value calculated based upon the signature, into a different image frame of the same document (A,B), captured at a point in time which is later than the certain point in time, in such a way so that the embedded or incorporated signature or value is directly or indirectly readable from said different frame at the said later point in time; and d) repeating from a) at the said later point in time, wherein the signature embedded or incorporated in step c) affects the signature calculated in a later performed step b);