mhurhangee/patent-ind-claim-en huggingface dataset:
A method of operating a content node to deliver content cached by the content node to at least an end user device , the method comprising: receiving , at the content node , at least one characteristic; configuring , at the content node , one or more transmission control protocol, TCP, parameters for communications with the end user device based on the at least one characteristic; and transferring , from the content node , the communications using the one or more TCP parameters for delivery to the end user device ; characterised in that : the method further comprises requesting at least one characteristic of the end user device from a custom application on the end user device configured to identify the at least one characteristic and transfer the at least one characteristic to the content node ; and the step of receiving comprises receiving the at least one characteristic from the custom application on the end user device in response to the step of requesting the at least one characteristic; in that : the at least one characteristic is a characteristic of an end user device and comprises memory capacity or available memory. receiving , at the content node , at least one characteristic; configuring , at the content node , one or more transmission control protocol, TCP, parameters for communications with the end user device based on the at least one characteristic; and transferring , from the content node , the communications using the one or more TCP parameters for delivery to the end user device ; characterised in that : the method further comprises requesting at least one characteristic of the end user device from a custom application on the end user device configured to identify the at least one characteristic and transfer the at least one characteristic to the content node ; and the step of receiving comprises receiving the at least one characteristic from the custom application on the end user device in response to the step of requesting the at least one characteristic; in that : the at least one characteristic is a characteristic of an end user device and comprises memory capacity or available memory. the method further comprises requesting at least one characteristic of the end user device from a custom application on the end user device configured to identify the at least one characteristic and transfer the at least one characteristic to the content node ; and the step of receiving comprises receiving the at least one characteristic from the custom application on the end user device in response to the step of requesting the at least one characteristic; in that : the at least one characteristic is a characteristic of an end user device and comprises memory capacity or available memory.
A method for producing a mixture of a D-2-amino-4-[(Rp)-(3-carboxymethylphenoxy) (methoxy)phosphoryl]butanoic acid hydrate and an L-2-amino-4-[(Sp)-(3-carboxymethylphenoxy)(methoxy)phosphoryl]butanoic acid hydrate, the method comprising subjecting a mixture of four optical isomers represented by Formulae (1-1') to (1-4') to fractional crystallization from water or from a solvent mixture of water and a water-soluble organic solvent, to precipitate a mixture of a D-2-amino-4-[(Rp)-(3-carboxymethylphenoxy)(methoxy)phosphoryl]butanoic acid hydrate represented by Formula (1-1'-1) and an L-2-amino-4-[(Sp)-(3-carboxymethylphenoxy) (methoxy)phosphoryl]butanoic acid hydrate represented by Formula (1-4'-1), Formulae (1-1') to (1-4') and Formulae (1-1'-1) and (1-4'-1) expressed as follows: wherein the atoms marked with an asterisk (*) indicate asymmetric atoms, wherein t represents a number greater than 0; and * is as defined above.
A wearable device to be worn by an operator at a flight deck of an aircraft, said wearable device comprising: a communication unit configured to receive aircraft parameters for identifying an aircraft state from an aircraft system ; a database configured to store adverse control rules that define at least an adverse control associated with an aircraft state, said adverse control representing a control that should not be activated or modified in the current aircraft state; a first sensor to collect data associated with at least one of movement and location relative to the flight deck of the wearable device ; a haptic unit configured to communicate an alert to the operator ; and a processing unit coupled to the communication unit , the database , the first sensor and the haptic unit , the processing unit configured to identify a first aircraft state based on the aircraft parameters received via the communication unit , determine at least one of the position and the motion of the wearable unit relative to the flight deck based on the data collected by the first sensor ; evaluate an operator intent based on the determined at least one of position and motion of the wearable device relative to the flight deck , initiate a first alert when the operator intent corresponds to the first adverse control during the first aircraft state; and communicate the first alert to the operator via the haptic unit . a communication unit configured to receive aircraft parameters for identifying an aircraft state from an aircraft system ; a database configured to store adverse control rules that define at least an adverse control associated with an aircraft state, said adverse control representing a control that should not be activated or modified in the current aircraft state; a first sensor to collect data associated with at least one of movement and location relative to the flight deck of the wearable device ; a haptic unit configured to communicate an alert to the operator ; and a processing unit coupled to the communication unit , the database , the first sensor and the haptic unit , the processing unit configured to identify a first aircraft state based on the aircraft parameters received via the communication unit , determine at least one of the position and the motion of the wearable unit relative to the flight deck based on the data collected by the first sensor ; evaluate an operator intent based on the determined at least one of position and motion of the wearable device relative to the flight deck , initiate a first alert when the operator intent corresponds to the first adverse control during the first aircraft state; and communicate the first alert to the operator via the haptic unit .
A pivoting turbine vane comprising an airfoil , an inner bearing race and an outer bearing race , with said inner and outer bearing races on a pivot axis (P) of the pivoting turbine vane , wherein a radial direction is defined relative to the pivot axis (P); and cooling air passages through at least one of said inner and outer bearing races to provide cooling air from a remote facing face of said at least one of said inner and outer bearing races to an airfoil facing face of said at least one of said inner and outer bearing races , said cooling air passages include an inlet extending into said remote facing face and an outlet in said airfoil facing face , characterised in that : at least one of said inner and outer bearing races includes a first radially thicker portion adjacent said airfoil and including said airfoil facing face , a radially thinner portion , and a second radially thicker portion spaced in a direction away from said airfoil from said first radially thicker portion , such that the thinner portion is located between the first and second radially thicker portions , with said cooling air passages extending through both said first and second radially thicker portions . cooling air passages through at least one of said inner and outer bearing races to provide cooling air from a remote facing face of said at least one of said inner and outer bearing races to an airfoil facing face of said at least one of said inner and outer bearing races , said cooling air passages include an inlet extending into said remote facing face and an outlet in said airfoil facing face , characterised in that : at least one of said inner and outer bearing races includes a first radially thicker portion adjacent said airfoil and including said airfoil facing face , a radially thinner portion , and a second radially thicker portion spaced in a direction away from said airfoil from said first radially thicker portion , such that the thinner portion is located between the first and second radially thicker portions , with said cooling air passages extending through both said first and second radially thicker portions .
An actuation gear for displacing a connecting rod of a window or a door, in particular of a lift and slide element such as a lift and slide door or a lift and slide window, wherein the actuation gear comprises: - a connecting rod which is displaceable in a translatory manner and which is drive-effectively couplable to an adjustment element such as a lifting element for raising and lowering a lift and slide element; - a transmission element which is displaceable in a translatory manner and which is drive-effectively couplable to an electric motor; - a latch which is movable between a locked position, in which the connecting rod is drive-effectively coupled to the transmission element , and an unlocked position, in which the connecting rod is uncoupled from the transmission element , and indeed transversely to the longitudinal extent of the connecting rod ; and - a manually actuable input shaft , characterized in that the input shaft is movable transversely to the longitudinal extent of the connecting rod , with the input shaft being drive-effectively coupled to the latch irrespective of the position of the latch and being drive-effectively coupled to the connecting rod via said latch . - a connecting rod which is displaceable in a translatory manner and which is drive-effectively couplable to an adjustment element such as a lifting element for raising and lowering a lift and slide element; - a transmission element which is displaceable in a translatory manner and which is drive-effectively couplable to an electric motor; - a latch which is movable between a locked position, in which the connecting rod is drive-effectively coupled to the transmission element , and an unlocked position, in which the connecting rod is uncoupled from the transmission element , and indeed transversely to the longitudinal extent of the connecting rod ; and - a manually actuable input shaft ,
An electromagnetic sampling device , comprising: a needle comprising a hollow housing extending from a proximal end (PE) to a distal end (DE), and an electromagnet comprising an electromagnetic coil and a metal core , wherein activation of said electromagnetic coil magnetizes the metal core and causes the metal core to attract magnetic particles; wherein at least a portion of said metal core is extendible through said hollow housing of the needle; characterized in that the metal core is configured to transition between: an extended position in which the distal end of the metal core extends beyond the distal end of the needle's hollow housing, and a retracted position in which the distal end of the metal core and any magnetic particles attached thereto are positioned within the needle's housing. a needle comprising a hollow housing extending from a proximal end (PE) to a distal end (DE), and an electromagnet comprising an electromagnetic coil and a metal core , wherein activation of said electromagnetic coil magnetizes the metal core and causes the metal core to attract magnetic particles; wherein at least a portion of said metal core is extendible through said hollow housing of the needle; characterized in that the metal core is configured to transition between: an extended position in which the distal end of the metal core extends beyond the distal end of the needle's hollow housing, and a retracted position in which the distal end of the metal core and any magnetic particles attached thereto are positioned within the needle's housing. an extended position in which the distal end of the metal core extends beyond the distal end of the needle's hollow housing, and a retracted position in which the distal end of the metal core and any magnetic particles attached thereto are positioned within the needle's housing.
A co-extruded food product separating and sealing apparatus comprising a separating and sealing roller having a circular outer forming surface and a plurality of radially extending separating blades , each separating blade extending across a width of the separating roller , characterized in that each separating blade comprises a triangular cutting edge centrally located between two sealing portions extending from opposing sides of the base of the triangular cutting edge, which sealing portions are shaped to compress a region of the food product immediately adjacent to the cut, and wherein each separating blade is in the form of a plurality of alternating adjacent portions, wherein the adjacent portions extend in alternating directions having an angle between 90 and 150 degrees between them so as to form a serrated or zig-zag edge profile to each blade .
Vehicle seat , in particular a passenger seat for a bus, having: (a) a seat member , comprising a seat upholstery carrier and seat upholstery , which is rigidly arranged on the seat upholstery carrier ; (b) a backrest , comprising a back upholstery carrier and back upholstery which is rigidly arranged on the back upholstery carrier ; (c) a support structure for receiving forces which act on the vehicle seat; wherein (d) the support structure is formed as a rigid carrier frame which is arranged at the peripheral side outside the seat member and the backrest and which is connected to the seat upholstery carrier and the back upholstery carrier , and (e) which has carrier rails which are arranged in pairs and which extend along opposing lateral edges of the seat member and the backrest , and (f) the carrier frame is constructed as a hollow structure, characterized in that g1) a ventilation and/or heating element is integrated in the hollow structure of the carrier frame and in that discharge openings of the ventilation and/or heating element are arranged at an inner side of the carrier frame in such a manner that a heating and/or cooling of the backrest or the seat member is thereby enabled; and/or g2) a cable guide for an illumination element which is arranged on the vehicle seat or for a charging device for electronic mobile devices is integrated in the hollow structure of the carrier frame . (a) a seat member , comprising a seat upholstery carrier and seat upholstery , which is rigidly arranged on the seat upholstery carrier ; (b) a backrest , comprising a back upholstery carrier and back upholstery which is rigidly arranged on the back upholstery carrier ; (c) a support structure for receiving forces which act on the vehicle seat; wherein (d) the support structure is formed as a rigid carrier frame which is arranged at the peripheral side outside the seat member and the backrest and which is connected to the seat upholstery carrier and the back upholstery carrier , and (e) which has carrier rails which are arranged in pairs and which extend along opposing lateral edges of the seat member and the backrest , and (f) the carrier frame is constructed as a hollow structure, g1) a ventilation and/or heating element is integrated in the hollow structure of the carrier frame and in that discharge openings of the ventilation and/or heating element are arranged at an inner side of the carrier frame in such a manner that a heating and/or cooling of the backrest or the seat member is thereby enabled; and/or g2) a cable guide for an illumination element which is arranged on the vehicle seat or for a charging device for electronic mobile devices is integrated in the hollow structure of the carrier frame .
A control device for a machining apparatus including a multi-joint arm (9-12) provided with a machining tool for machining a machining object which is supported in a cantilever fashion, without being supported in the vicinity of a machining region that is to be machined by the machining apparatus , and which has a plurality of machining surfaces each corresponding to a different face of the machining object , the control device comprising: a storage means that is arranged to store machining data indicating the machining region of the machining object , wherein the machining data is divided according to the different machining surfaces so that the divided machining data respectively correspond to each of the machining surfaces; a distance measurement means placed on the arm (9-12) and arranged to measure the distance between the machining object and the machining apparatus at at least two locations for each of the plurality of machining surfaces; and a correction means that is arranged to correct the machining data for each of the plurality of machining surfaces based on a measurement result by the distance measurement means , the control device characterised in that the correction means is arranged to calculate a rotational center of deflection-caused deviation between an actual position of the machining region of the machining object and a position thereof indicated by the machining data based on a measurement result by the distance measurement means , and to correct the machining data based on the calculated rotational center. a storage means that is arranged to store machining data indicating the machining region of the machining object , wherein the machining data is divided according to the different machining surfaces so that the divided machining data respectively correspond to each of the machining surfaces; a distance measurement means placed on the arm (9-12) and arranged to measure the distance between the machining object and the machining apparatus at at least two locations for each of the plurality of machining surfaces; and a correction means that is arranged to correct the machining data for each of the plurality of machining surfaces based on a measurement result by the distance measurement means , the control device characterised in that the correction means is arranged to calculate a rotational center of deflection-caused deviation between an actual position of the machining region of the machining object and a position thereof indicated by the machining data based on a measurement result by the distance measurement means , and to correct the machining data based on the calculated rotational center.
A method comprising: sending a signal from a sensor element to a modulator , the sensor element having a proof mass providing a proof mass indication to the modulator and a plurality of pairs of electrodes and the modulator having a single-bit quantizer electrically connected to a digital accumulator , receiving output information at the accumulator, sent from the single-bit quantizer, wherein the output information corresponds to the signal sent from the sensor element; converting, by the accumulator, the output information received at the accumulator to a multi-bit feedback signal ; and sending the multi-bit feedback signal in a primary feedback loop from the accumulator to an input of the sensor element, the multi-bit feedback signal being usable to control the plurality of pairs of electrodes, and sending a single-bit feedback signal in a secondary feedback loop from the single-bit quantizer to a point between the output of sensor element and the quantizer. sending a signal from a sensor element to a modulator , the sensor element having a proof mass providing a proof mass indication to the modulator and a plurality of pairs of electrodes and the modulator having a single-bit quantizer electrically connected to a digital accumulator , receiving output information at the accumulator, sent from the single-bit quantizer, wherein the output information corresponds to the signal sent from the sensor element; converting, by the accumulator, the output information received at the accumulator to a multi-bit feedback signal ; and sending the multi-bit feedback signal in a primary feedback loop from the accumulator to an input of the sensor element, the multi-bit feedback signal being usable to control the plurality of pairs of electrodes, and sending a single-bit feedback signal in a secondary feedback loop from the single-bit quantizer to a point between the output of sensor element and the quantizer.
A blood collection device , comprising: a tubular container comprising a closed end and an open end opposite the closed end ; a plug sealing the open end ; and a partition within the tubular container , characterized in that : the partition separates the tubular container into a first chamber and a second chamber , the first chamber and the second chamber are evacuated such that a pressure within the first chamber and a pressure within the second chamber are lower than ambient pressure, the partition is impermeable to air and the first chamber and the second chamber are airtight, and a size of the first chamber and a size of the second chamber are approximately equal before blood collection. a tubular container comprising a closed end and an open end opposite the closed end ; a plug sealing the open end ; and a partition within the tubular container , characterized in that : the partition separates the tubular container into a first chamber and a second chamber , the first chamber and the second chamber are evacuated such that a pressure within the first chamber and a pressure within the second chamber are lower than ambient pressure, the partition is impermeable to air and the first chamber and the second chamber are airtight, and a size of the first chamber and a size of the second chamber are approximately equal before blood collection.
An insulin formulation comprising insulin, dissolution agent, and zinc chelator wherein the dissolution agent is sodium citrate or citric acid and the zinc chelator is selected from ethylenediaminetetraacetic acid (EDTA), EGTA, trisodium citrate (TSC), alginic acid, alpha lipoic acid, dimercaptosuccinic acid (DMSA), and CDTA (1,2-diaminocyclohexanetetraacetic acid), wherein the formulation has a pH of about 7.4 and is a clear aqueous solution.
A process for the head-to-head dimerization of conjugated diene compounds comprising contacting, in a reaction medium said conjugated diene compounds with a catalyst in the presence of a phenol compound selected from: - phenol or, - a phenol-containing compound substituted by one or more substituents that are chosen from methyl, ethyl, propyl, tertiobutyl or mesityl groups, or; - dichlorophenol, 2-hydroxybenzotrifluoride, o-methoxyphenol, diphenylphenol, hydroquinone, diisopropylphenol; and wherein the conjugated diene compounds are asymmetric conjugated diene compounds. - phenol or, - a phenol-containing compound substituted by one or more substituents that are chosen from methyl, ethyl, propyl, tertiobutyl or mesityl groups, or; - dichlorophenol, 2-hydroxybenzotrifluoride, o-methoxyphenol, diphenylphenol, hydroquinone, diisopropylphenol;