mhurhangee/ep-ind-claims huggingface dataset:
A method for the production of ethane-1-hydroxy-1,1-diphosphonic acid or its salts, under controlled thermal conditions, by substantially avoiding the formation of phosphines and low oxides of phosphorus and the accumulation of phosphite intermediates, comprising the steps of: a) forming a reaction mixture by gradually injecting tetraphosphorus hexaoxide, under optimal mixing conditions, below the surface of a liquid phase comprising acetic acid, while controlling the temperature of the reaction mixture at a constant value in the range of from 60°C to 200°C, during the tetraphosphorus hexaoxide injection step, wherein said reaction mixture comprises a molar ratio of acetic acid to tetraphosphorus hexaoxide comprised between 4 and 15, selected in such a way that the viscosity of the reaction mixture is 10 Pa.s or less, as measured by an "in process" vibrational viscometer calibrated with Certified Standard Oils, enabling said optimal mixing conditions, the gradual injection leading to the formation of ethane-1-hydroxy-1,1-diphosphonic acid condensates, b) hydrolyzing the ethane-1-hydroxy-1,1-diphosphonic acid condensates of the reaction mixture of step a) by adding water, wherein the molar ratio of water to tetraphosphorus hexaoxide, added in step a) is 2 or more, and maintaining the reaction mixture at a temperature comprised between 100°C and 200°C to obtain an aqueous solution comprising the ethane-1-hydroxy-1,1-diphosphonic acid. a) forming a reaction mixture by gradually injecting tetraphosphorus hexaoxide, under optimal mixing conditions, below the surface of a liquid phase comprising acetic acid, while controlling the temperature of the reaction mixture at a constant value in the range of from 60°C to 200°C, during the tetraphosphorus hexaoxide injection step, wherein said reaction mixture comprises a molar ratio of acetic acid to tetraphosphorus hexaoxide comprised between 4 and 15, selected in such a way that the viscosity of the reaction mixture is 10 Pa.s or less, as measured by an "in process" vibrational viscometer calibrated with Certified Standard Oils, enabling said optimal mixing conditions, the gradual injection leading to the formation of ethane-1-hydroxy-1,1-diphosphonic acid condensates, b) hydrolyzing the ethane-1-hydroxy-1,1-diphosphonic acid condensates of the reaction mixture of step a) by adding water, wherein the molar ratio of water to tetraphosphorus hexaoxide, added in step a) is 2 or more, and maintaining the reaction mixture at a temperature comprised between 100°C and 200°C to obtain an aqueous solution comprising the ethane-1-hydroxy-1,1-diphosphonic acid.
A process for the treatment and reprocessing of residues and effluents from olive oil production with cork industry residues comprising mixing the olive oil residues and effluents with cork dust and/or particles, in order to obtain a pulp or sludge mixture with a moisture content between 500 to 850 g/kg and a C/N ratio between 62.1 to 109.1.
Polymer-grafted silicon particles, wherein the silicon particles have average particle sizes d 50 of 1 μm to 8 μm and the polymers of the polymer-grafted silicon particles are attached to the silicon particles in a wash-stable manner in an aqueous medium and the particle sizes are determined by static laser scattering as described in the application.
An identification device for a vehicle with a flat, at least partially electrically inductive identification device body, which has at least one indicia area and with at least one indicia, which is assigned to the indicia area of the identification device body, with the identification device body being assigned a data carrier which is contactlessly readable, and an antenna formed by at least one slit (18, 77, 78) in the identification device body, and the data carrier being a data carrier which generates a magnetic field, characterized in that the data carrier is inductively coupled to the slit (18, 77, 78), wherein the data carrier has a chip, at least one coil connected electroconductively thereto, and a carrier made of an insulating or non-conducting material and the slit (18, 77, 78) or the data carrier serve simultaneously as an amplifier.
Correction device for a timepiece, comprising a differential gear having a first input, a second input and an output, wherein: - the first input is arranged to be driven by a horological movement; - the second input is kinematically linked with a correction gear train extending from a control organ and comprising a coupling that makes it possible to establish and break the kinematic link between said control organ and said second input; - the output is arranged to drive a display device of said horological movement, the angular position of said output being defined as a function of the angular position of said first input and of that of said second input, characterized in that said correction device further comprises a memory cam linked in a desmodromic manner with said second input, in that said memory cam is subjected to a return force imparted by an elastic organ tending to keep said memory cam in at least one predetermined angular position when said kinematic link between said control organ and said second input is broken, said elastic organ being further arranged to allow a rotation of said second input under the control of said control organ when said kinematic link is established upon operation of the correction device, and in that said correction device is arranged such that the incidence of the rotation of the second input, during a correction, on the angular position of the output is cancelled when said memory cam is in said at least one predetermined angular position. - the first input is arranged to be driven by a horological movement; - the second input is kinematically linked with a correction gear train extending from a control organ and comprising a coupling that makes it possible to establish and break the kinematic link between said control organ and said second input; - the output is arranged to drive a display device of said horological movement, the angular position of said output being defined as a function of the angular position of said first input and of that of said second input, characterized in that said correction device further comprises a memory cam linked in a desmodromic manner with said second input, in that said memory cam is subjected to a return force imparted by an elastic organ tending to keep said memory cam in at least one predetermined angular position when said kinematic link between said control organ and said second input is broken, said elastic organ being further arranged to allow a rotation of said second input under the control of said control organ when said kinematic link is established upon operation of the correction device, and in that said correction device is arranged such that the incidence of the rotation of the second input, during a correction, on the angular position of the output is cancelled when said memory cam is in said at least one predetermined angular position.
A solid-state imaging device comprising: an array of a plurality of first pixels; an array of a plurality of second pixels, wherein the first and second pixels are different with different sensitivities, the second pixels having a higher sensitivity than the first pixels, wherein the arrays of the pluralities of first and second pixels (31, 41) are overlaid such that they are shifted from each other by one-half the pixel pitch in a horizontal and a vertical direction; characterised by further comprising first optical filters formed over the first pixels; and no optical filters or second optical filters formed over the second pixels, wherein the second optical filters have a spectral characteristic different from that of the first optical filters. an array of a plurality of first pixels; an array of a plurality of second pixels, wherein the first and second pixels are different with different sensitivities, the second pixels having a higher sensitivity than the first pixels, wherein the arrays of the pluralities of first and second pixels (31, 41) are overlaid such that they are shifted from each other by one-half the pixel pitch in a horizontal and a vertical direction; characterised by further comprising first optical filters formed over the first pixels; and no optical filters or second optical filters formed over the second pixels, wherein the second optical filters have a spectral characteristic different from that of the first optical filters.
An ophthalmic composition for use in a method of inhibiting or reversing the progression of cataract formation, presbyopia, or age related degeneration of a crystalline lens in an eye, said method comprising contacting the eye with an effective amount of said composition, said composition comprising or
A method for continuous refining of a preferably low-viscosity glass melt in a unit which defines a space for receiving the melt and an atmosphere in contact with the melt; comprising at least one inlet, wherein the glass melt enters the unit laterally, via the inlet; and at least one outlet, wherein the glass melt exits the unit laterally, via the outlet; wherein at least a portion of the unit and optionally of the inlet and/or of the outlet, which portion exhibits a melt contact surface, comprises iridium, and wherein at least the iridium comprising portion of the unit and optionally of the inlet and/or of the outlet is heated conductively and/or inductively; wherein the iridium comprising portion is provided with a content of iridium from about 50 wt% to about 100 wt%, preferably from about 90 wt% to about 100 wt%, most preferably of more than about 99 wt% to 100 wt%; wherein at least the area of the iridium comprising portion of the unit not exhibiting a melt contact surface is provided with at least one encapsulation. which defines a space for receiving the melt and an atmosphere in contact with the melt; comprising at least one inlet, wherein the glass melt enters the unit laterally, via the inlet; and at least one outlet, wherein the glass melt exits the unit laterally, via the outlet; wherein at least a portion of the unit and optionally of the inlet and/or of the outlet, which portion exhibits a melt contact surface, comprises iridium, and wherein at least the iridium comprising portion of the unit and optionally of the inlet and/or of the outlet is heated conductively and/or inductively; wherein the iridium comprising portion is provided with a content of iridium from about 50 wt% to about 100 wt%, preferably from about 90 wt% to about 100 wt%, most preferably of more than about 99 wt% to 100 wt%; wherein at least the area of the iridium comprising portion of the unit not exhibiting a melt contact surface is provided with at least one encapsulation.
A device for measuring force components formed from a single crystal material wafer, wherein said device comprises: a mass body, providing a mass of inertia, at least one slanted cantilever beam (5, 6) inclined to a wafer plane normal (Wpn) and formed in one piece with said mass body, wherein said mass body has a first and a second major surface which are parallel with a wafer plane (Wp), and characterized in that a mass body cross section presents a portion which is symmetrical along a centrally, in a thickness direction of said mass body, located plane parallel with said wafer plane (Wp). a mass body, providing a mass of inertia, at least one slanted cantilever beam (5, 6) inclined to a wafer plane normal (Wpn) and formed in one piece with said mass body, wherein said mass body has a first and a second major surface which are parallel with a wafer plane (Wp), and characterized in that a mass body cross section presents a portion which is symmetrical along a centrally, in a thickness direction of said mass body, located plane parallel with said wafer plane (Wp).
A handle bearing having a door or window handle detachably fastened thereon, having a profile pin, and having a fixing screw, wherein the door or window handle includes - a grip part and - a handle neck having a bearing opening for receiving the profile pin and an installation opening opening from the lateral surface of the handle neck into the bearing opening and wherein the handle bearing - includes a rosette fastenable on a door or a window and - a bearing flange received in a bearing opening of the rosette for receiving the profile pin, wherein, on a surface of the handle neck opposite to the installation opening in the bearing opening of the handle neck, a blind hole is introduced for receiving one end of the fixing screw, which is accessible through the installation opening in the lateral surface of the handle neck and can be screwed into the blind hole, wherein for the axial fixing of the door or window handle on the handle bearing, a neck part of the bearing flange has a bore on its lateral surface, in which the fixing screw is received, characterized in that the fixing screw is received in a through bore of the profile pin and is held preinstalled therein. - a grip part and - a handle neck having a bearing opening for receiving the profile pin and an installation opening opening from the lateral surface of the handle neck into the bearing opening and - includes a rosette fastenable on a door or a window and - a bearing flange received in a bearing opening of the rosette for receiving the profile pin,
A method performed by a host computing device, comprising: conducting an initial portion of a mutual authentication session with an accessory device during which a security chip certificate is received from the accessory device; obtaining a pairing private/public key pair; sending information regarding the host computing device and the accessory device to a remote pairing service via a computer network, wherein the information regarding the host computing device and the accessory device comprises the pairing public key and the security chip certificate; when the remote pairing service determines that the pairing between the host computing device and the accessory device is allowed, receiving a pairing certificate from the remote pairing service, wherein the pairing certificate includes the pairing public key and a digest of the security chip certificate, the pairing certificate being signed by a private key of the remote pairing service; and completing the mutual authentication with the accessory device using the pairing certificate from the remote pairing service. conducting an initial portion of a mutual authentication session with an accessory device during which a security chip certificate is received from the accessory device; obtaining a pairing private/public key pair; sending information regarding the host computing device and the accessory device to a remote pairing service via a computer network, wherein the information regarding the host computing device and the accessory device comprises the pairing public key and the security chip certificate; when the remote pairing service determines that the pairing between the host computing device and the accessory device is allowed, receiving a pairing certificate from the remote pairing service, wherein the pairing certificate includes the pairing public key and a digest of the security chip certificate, the pairing certificate being signed by a private key of the remote pairing service; and completing the mutual authentication with the accessory device using the pairing certificate from the remote pairing service. receiving a pairing certificate from the remote pairing service, wherein the pairing certificate includes the pairing public key and a digest of the security chip certificate, the pairing certificate being signed by a private key of the remote pairing service; and completing the mutual authentication with the accessory device using the pairing certificate from the remote pairing service.
A steering column for a motor vehicle, comprising a steering shaft, mounted rotatably about a longitudinal axis in a steering column housing, and a rotation limiter, which rotation limiter comprises two oppositely directed flat spiral springs (24, 25), which are operatively arranged between a coupling part, disposed in a rotationally secure manner on the steering shaft, and the steering column housing, and which are arranged next to each other in axial direction, wherein for the rotational limitation the further rotation of the steering shaft is blocked by winding up one of the two flat spiral springs until its coils lie firmly one upon the other and the flat spiral spring becomes solidly compressed, characterized in that the coupling part comprises an outer cylindrical coupling portion, which is coaxial with the steering shaft and on which the two oppositely directed flat spiral springs (24, 25) are arranged side by side in the axial direction, and in that respectively an inner end (28, 29) of the flat spiral springs (24, 25) is fastened to the coupling portion.
An apparatus for a sidelink, SL, communication comprising: - means for transmitting a transport block, TB, via the SL communication, - means for receiving a feedback in response to the transmitted TB, - means for storing information contained in the transmitted TB upon receiving said feedback, - means for receiving a status report comprising information associated with the TB, and - means for comparing said information contained in the status report with said stored information contained in the transmitted TB in order to identify an attacker based on discrepancy between said information contained in the status report and said stored information contained in the transmitted TB. - means for transmitting a transport block, TB, via the SL communication, - means for receiving a feedback in response to the transmitted TB, - means for storing information contained in the transmitted TB upon receiving said feedback, - means for receiving a status report comprising information associated with the TB, and - means for comparing said information contained in the status report with said stored information contained in the transmitted TB in order to identify an attacker based on discrepancy between said information contained in the status report and said stored information contained in the transmitted TB.
Apparatus for applying targeted stimulation at or adjacent the base of the area of the glans of a penis, wherein the apparatus comprises:-a contact portion having a first contact surface conforming substantially to the longitudinal profile of the penis, the contact portion further having a second contact surface, raised, in use, inwardly of the first contact surface towards the penis, to project in use into positive engagement with the area at or adjacent the base of the glans of the penis, the contact portion further comprising side wings, which extend substantially circumferentially from either side of the raised second contact surface and profiled for contact, in use, on and around the underside of the corona of the penis, characterised in that the second contact surface is malleable.
A flow meter prover including a leak detection system, the flow meter prover comprising: a flow tube; a displacer disposed within the flow tube having a plurality of seals (506, 508); a fluid line in fluid communication with the flow tube; characterized by a pumping mechanism in fluid communication with the fluid line to create a pressure differential between a volume of the flow tube surrounding the displacer and a volume enclosed by the seals (506, 508) of the displacer, and wherein the pumping mechanism is configured to pump fluid disposed in the volume enclosed by the seals (506, 508) of the displacer into the surrounding atmosphere; and a pressure indicator in fluid communication with the fluid line to indicate the pressure of the fluid contained within the volume enclosed by the seals (506, 508) of the displacer. a flow tube; a displacer disposed within the flow tube having a plurality of seals (506, 508); a fluid line in fluid communication with the flow tube; characterized by a pumping mechanism in fluid communication with the fluid line to create a pressure differential between a volume of the flow tube surrounding the displacer and a volume enclosed by the seals (506, 508) of the displacer, and wherein the pumping mechanism is configured to pump fluid disposed in the volume enclosed by the seals (506, 508) of the displacer into the surrounding atmosphere; and a pressure indicator in fluid communication with the fluid line to indicate the pressure of the fluid contained within the volume enclosed by the seals (506, 508) of the displacer.
A method for wireless communication, comprising: decoding a control channel in at least one subframe within a decoding window covering a plurality of subframes to obtain control information sent on the control channel said control channel being sent in each subframe of the decoding window; and decoding a data channel in a subframe at or after an end of the decoding window, based on the control information, to obtain data sent on the data channel; wherein the decoding window has a configurable size, wherein the decoding the control channel comprises decoding the control channel in one subframe within the decoding window at a time, starting with an earliest subframe within the decoding window, until the control information is obtained from the control channel or all subframes within the decoding window have been considered. decoding a control channel in at least one subframe within a decoding window covering a plurality of subframes to obtain control information sent on the control channel said control channel being sent in each subframe of the decoding window; and decoding a data channel in a subframe at or after an end of the decoding window, based on the control information, to obtain data sent on the data channel; wherein the decoding window has a configurable size, wherein the decoding the control channel comprises decoding the control channel in one subframe within the decoding window at a time, starting with an earliest subframe within the decoding window, until the control information is obtained from the control channel or all subframes within the decoding window have been considered.