mhurhangee/ep-ind-claims huggingface dataset:
Object of utility consisting of several flat material parts (3 a, b), - which for the most part lie next to one another in a common main plane and are connected to one another at their edge regions (4a, b) which touch one another, where - the edge regions (4a, b) have, alternately in their direction of extension, projections and indentations which are designed and dimensioned such that they engage in one another with the indentations and the projections of the edge region (4b, a) of the adjacent material part (3b, a), - the projections of the one material part rest on the outside of the edge region in the region of its indentations of the adjacent material part, characterized in that - the projections of the one material part are sewn to the other material part in the region of its indentations with the latter by two rows of holes in each of the two material parts (3a, b) running in the direction of extension of the edge regions (4a, b) of the material parts (3a, b), wherein - the one row of holes extends through the projections near their free ends with at least one hole each in each projection, - the other row of holes is set back behind the indentations and extends in the continuous region of the material part, - the distance between the two rows of holes transverse to the direction of extension is the same for both material parts (3a, b). - which for the most part lie next to one another in a common main plane and are connected to one another at their edge regions (4a, b) which touch one another, where - the edge regions (4a, b) have, alternately in their direction of extension, projections and indentations which are designed and dimensioned such that they engage in one another with the indentations and the projections of the edge region (4b, a) of the adjacent material part (3b, a), - the projections of the one material part rest on the outside of the edge region in the region of its indentations of the adjacent material part, characterized in that - the projections of the one material part are sewn to the other material part in the region of its indentations with the latter by two rows of holes in each of the two material parts (3a, b) running in the direction of extension of the edge regions (4a, b) of the material parts (3a, b), wherein - the one row of holes extends through the projections near their free ends with at least one hole each in each projection, - the other row of holes is set back behind the indentations and extends in the continuous region of the material part, - the distance between the two rows of holes transverse to the direction of extension is the same for both material parts (3a, b).
A hair treatment agent, containing 0.05 to 5 wt% of at least one oligopeptide that comprises at least one amino acid sequence Tyr-Glu-Glu-Glu wherein the amino group can be free or protonated and the carboxyl groups can be free or deprotonated, with the stipulation that the total amount of the oligopeptides comprising at least one amino acid sequence Glu-Glu-Glu contained in the agent is 0.05 to 5 wt%.
A coupling module assembly for an office desk comprising: - at least one coupling module, and; - at least a first connection module; wherein the connection module comprises one or more connections selected from: a current tap, a data connection, and a telephony connection; and where the coupling module is configured for being coupled to the connection module; wherein the coupling module comprises an upper support, a lower support, and tightening means; wherein the coupling module is configured for being coupled to a tabletop or desk by means of clamping said tabletop or desk between the upper support and the lower support; wherein the tightening means are configured for clamping and tightening the upper support and the lower support against the tabletop or desk; characterized in that the coupling module further comprises a base body having a housing configured to receive the upper support, the lower support, and the tightening means, wherein the based body further comprises an extension located adjacent to the housing, wherein said extension comprises fixing means configured to receive a second connection module. - at least one coupling module, and; - at least a first connection module; wherein the coupling module comprises an upper support, a lower support, and tightening means; wherein the coupling module is configured for being coupled to a tabletop or desk by means of clamping said tabletop or desk between the upper support and the lower support; wherein the tightening means are configured for clamping and tightening the upper support and the lower support against the tabletop or desk; characterized in that the coupling module further comprises a base body having a housing configured to receive the upper support, the lower support, and the tightening means, wherein the based body further comprises an extension located adjacent to the housing, wherein said extension comprises fixing means configured to receive a second connection module.
A method of operating a rotorcraft, the method comprising: receiving a Global Positioning System carrier signal by a GPS receiver; receiving acceleration data from an inertial sensor, wherein the inertial sensor comprises an attitude and heading reference system (AHRS); the method characterized by: determining, by the GPS receiver, a groundspeed of the rotorcraft by: determining a first received frequency of the GPS carrier signal; comparing the first received frequency with a reference frequency to determine a Doppler shift; and determining the groundspeed according to the Doppler shift; determining, by the AHRS, a velocity based on the groundspeed and the acceleration data, wherein determining the velocity comprises processing the groundspeed and the acceleration data using a complementary filter, wherein the complementary filter comprises a low-pass filter used to filter the groundspeed data and a high-pass filter used to filter the acceleration data; determining, by a Flight Control Computer, an actuator command based on the velocity; and transmitting, by the FCC, the actuator command to a flight control device of the rotorcraft to control a flight control device according to the actuator command. receiving a Global Positioning System carrier signal by a GPS receiver; receiving acceleration data from an inertial sensor, wherein the inertial sensor comprises an attitude and heading reference system (AHRS); determining, by the GPS receiver, a groundspeed of the rotorcraft by: determining a first received frequency of the GPS carrier signal; comparing the first received frequency with a reference frequency to determine a Doppler shift; and determining the groundspeed according to the Doppler shift; determining a first received frequency of the GPS carrier signal; comparing the first received frequency with a reference frequency to determine a Doppler shift; and determining the groundspeed according to the Doppler shift; determining, by the AHRS, a velocity based on the groundspeed and the acceleration data, wherein determining the velocity comprises processing the groundspeed and the acceleration data using a complementary filter, wherein the complementary filter comprises a low-pass filter used to filter the groundspeed data and a high-pass filter used to filter the acceleration data; determining, by a Flight Control Computer, an actuator command based on the velocity; and transmitting, by the FCC, the actuator command to a flight control device of the rotorcraft to control a flight control device according to the actuator command.
A roller for a variable chamber round baler, the roller including an axle configured to be mounted to a mounting element (3,4) of the baler, a rotary bearing mounted on the axle, and a roller casing supported by the bearing for rotation around the axle, wherein the roller includes a first seal plate adjacent an end of the roller casing that is mounted in a fixed position relative to the axle and extends radially outwards towards the roller casing; characterised by a second seal plate located between the first seal plate and the bearing that is mounted for rotation with the roller casing and extends radially inwards towards the axle, wherein the second seal plate is located axially inwards from the first seal plate to provide a space between the first and second seal plates, and wherein the first seal plate includes an opening through which waste crop material can escape outwards from the space between the first and second seal plates (6,8).
A microfocus X-ray tube, comprising a cathode element, the cathode element comprising: a heatable filament consisting of a wire, for the thermionic emission of electrons for forming an electron beam, wherein the filament, in a source area of the electron beam, has an elongate extent, respectively, in two directions perpendicular to the electron beam, and a Wehnelt cylinder with an end-side opening, configured for focusing the electron beam, wherein the cathode element is configured as a replaceable unit for insertion into an exchange-enabling mounting of the microfocus X-ray tube, wherein the filament of the cathode element is centered relative to the end-side opening already in the replaceable unit, wherein the microfocus X-ray tube further includes a target for generating X-radiation as a result of the electron beam hitting the target, and wherein the microfocus X-ray tube includes a condenser lens configured to orientate the electron beam approximately parallel, wherein the condenser lens can be switched off automatically as a consequence of a cathode element with a hairpin filament being inserted into the exchange-enabling mounting. a heatable filament consisting of a wire, for the thermionic emission of electrons for forming an electron beam, wherein the filament, in a source area of the electron beam, has an elongate extent, respectively, in two directions perpendicular to the electron beam, and a Wehnelt cylinder with an end-side opening, configured for focusing the electron beam,
A method for manufacturing a unit cell comprising the steps of: preparing an electrode and a separator individually, wherein the separator includes a porous polymer substrate and a porous coating layer disposed on at least one surface of the porous polymer substrate and including a mixture of inorganic particles with a binder polymer; applying a lamination solvent to the surface of the separator to be surface-contacted with the electrode; and carrying out lamination of the electrode with the separator before the lamination solvent is dried, wherein the lamination solvent is dimethyl carbonate, the binder polymer having a higher melting point than the boiling point of the lamination solvent, a nip pressure of 98.1-117.7 bar (100-120 kgf/cm) is applied for the lamination, and the lamination solvent is applied to the separator surface through a process which includes allowing a separator to pass through a chamber in which the lamination solvent is contained in a vapor state, or by spraying the lamination solvent to the separator surface. preparing an electrode and a separator individually, wherein the separator includes a porous polymer substrate and a porous coating layer disposed on at least one surface of the porous polymer substrate and including a mixture of inorganic particles with a binder polymer; applying a lamination solvent to the surface of the separator to be surface-contacted with the electrode; and carrying out lamination of the electrode with the separator before the lamination solvent is dried, wherein the lamination solvent is dimethyl carbonate, the binder polymer having a higher melting point than the boiling point of the lamination solvent, a nip pressure of 98.1-117.7 bar (100-120 kgf/cm) is applied for the lamination, and the lamination solvent is applied to the separator surface through a process which includes allowing a separator to pass through a chamber in which the lamination solvent is contained in a vapor state, or by spraying the lamination solvent to the separator surface.
A process for the preparation of one or more C 4 oxygenate compounds selected from the group consisting of threose, erythrose and erythrulose; from a composition comprising C 1-3 oxygenate compounds, the C 1-3 oxygenate compounds comprising one or more compounds selected from the group consisting of formaldehyde, glycolaldehyde, glyoxal, pyruvaldehyde and acetol; wherein the C 1-3 oxygenate compounds are reacted in the presence of a solvent and a crystalline microporous material having a structure selected from the group consisting of CHA, LTA, MFI, MEL, MTT, MWW, TON, HEU, AEL, AFO, and FER.
A method of providing access to media on a first mobile device, the method comprising: sending a first request by the first mobile device to a second mobile device using a messaging protocol, the first request being associated with an ability to access particular media using the first mobile device; sending a second request by the first mobile device to a third mobile device using the messaging protocol, the second request also being associated with the ability to access the particular media on the first mobile device; receiving (198,200) at the first mobile device via the messaging protocol, a first response from the second mobile device and a second response from the third mobile device; determining if the first response and the second response are compatible; initiating a dispute resolution between the second mobile device and the third mobile device based on determining that the first response and the second response are not compatible; and permitting or denying (216,218) access to the particular media on the first mobile device according to the dispute resolution. sending a first request by the first mobile device to a second mobile device using a messaging protocol, the first request being associated with an ability to access particular media using the first mobile device; sending a second request by the first mobile device to a third mobile device using the messaging protocol, the second request also being associated with the ability to access the particular media on the first mobile device; receiving (198,200) at the first mobile device via the messaging protocol, a first response from the second mobile device and a second response from the third mobile device; determining if the first response and the second response are compatible; initiating a dispute resolution between the second mobile device and the third mobile device based on determining that the first response and the second response are not compatible; and permitting or denying (216,218) access to the particular media on the first mobile device according to the dispute resolution.
A temperature management system comprising a plurality of electronic devices each changing an amount of heat generation depending on its operational state; temperature detection units configured to individually detect temperatures of the plurality of electronic devices; a cooling device configured to cool the plurality of electronic devices; and a control unit configured to subject the cooling device to PID, proportional-integral-derivative, control or to PI, proportional-integral, control, said PID control or PI control depending on outputs from the temperature detection units, and the control unit includes: a manipulated variable calculation unit provided with an integrator and configured to calculate a manipulated variable by using a difference between a target value and a controlled variable; characterised in that the control unit further includes: an idle state determination unit configured to determine whether or not the electronic devices are in an idle state; and an accumulation value correction unit configured to correct an accumulation value of the integrator with a predetermined value when the idle state determination unit determines that the electronic devices are in the idle state. a plurality of electronic devices each changing an amount of heat generation depending on its operational state; temperature detection units configured to individually detect temperatures of the plurality of electronic devices; a cooling device configured to cool the plurality of electronic devices; and a control unit configured to subject the cooling device to PID, proportional-integral-derivative, control or to PI, proportional-integral, control, said PID control or PI control depending on outputs from the temperature detection units, and the control unit includes: a manipulated variable calculation unit provided with an integrator and configured to calculate a manipulated variable by using a difference between a target value and a controlled variable; characterised in that the control unit further includes: an idle state determination unit configured to determine whether or not the electronic devices are in an idle state; and an accumulation value correction unit configured to correct an accumulation value of the integrator with a predetermined value when the idle state determination unit determines that the electronic devices are in the idle state. an idle state determination unit configured to determine whether or not the electronic devices are in an idle state; and an accumulation value correction unit configured to correct an accumulation value of the integrator with a predetermined value when the idle state determination unit determines that the electronic devices are in the idle state.
A vehicle seat with an adjustment assembly, wherein the adjustment assembly comprises a first chamber and at least one second chamber (6b, 6c, 6d), wherein the two chambers (6a, 6b) can be filled with compressed air, wherein the adjustment assembly has a pneumatic device for generating and introducing the compressed air into the first chamber and the second chamber, wherein the adjustment assembly comprises at least one support device (13a, 13b), wherein the support device is designed to support the two chambers (6a, 6b) against each other during and/or during filling with compressed air and/or in a fully filled state, wherein the adjustment assembly is designed and/or arranged to adjust a seat contour region of the vehicle seat is, characterized in that the seat contour area has a flap mechanism with a hinge device, wherein the flap mechanism can be activated by filling the first and/or second chamber (6a, 6b) with compressed air and can be folded about the hinge device to adjust the seat contour area, wherein the support device is fixed to the flap mechanism, and that the first chamber is designed and/or arranged for static adjustment of the seat contour area and/or that the second chamber is designed and/or arranged for dynamic adjustment of the seat contour area.
An apparatus for determining the concentration of a medically significant component of a biological fluid comprising a cell for receiving a sample of the fluid, the cell supporting a chemistry which reacts with the medically significant component and first and second terminals across which the reaction of the chemistry with the medically significant component can be assessed, an instrument (32, 132) having first (34-2, 134-2) and second (34-3, 134-3) terminals complementary to the first and second terminals, respectively, of the cell, placement of the first and second terminals of the cell in contact with the first (34-2, 134-2) and second (34-3, 134-3) terminals, respectively, of the instrument (32, 132) permitting the instrument (32, 132) to assess the reaction, characterized in that the instrument (32, 132) includes an assessment controller (52, 54, 148, 158) adapted for applying across the first (34-2, 134-2) and second (34-3, 134-3) terminals of the instrument (32, 132) a first signal comprising an AC signal, determining the AC impedance from the response of the cell to the first signal, and determining the identity of the sample from the AC impedance.
A method for preparing trisilylamine, the method comprising: providing a reaction mixture of trisilylamine and monochlorosilane into a reactor wherein the reaction mixture is at a temperature and pressure so as to provide trisilylamine in a liquid phase wherein the reaction mixture is substantially free of an added solvent; contacting the reaction mixture with ammonia to provide a crude mixture comprising trisilylamine and an ammonium chloride solid wherein monochlorosilane is in stoichiometric excess in relation to ammonia; purifiying the crude mixture to provide trisilylamine wherein the trisilyamine is produced at purity level of 90% or greater; and optionally removing the ammonium chloride solid from the reactor. providing a reaction mixture of trisilylamine and monochlorosilane into a reactor wherein the reaction mixture is at a temperature and pressure so as to provide trisilylamine in a liquid phase wherein the reaction mixture is substantially free of an added solvent; contacting the reaction mixture with ammonia to provide a crude mixture comprising trisilylamine and an ammonium chloride solid wherein monochlorosilane is in stoichiometric excess in relation to ammonia; purifiying the crude mixture to provide trisilylamine wherein the trisilyamine is produced at purity level of 90% or greater; and optionally removing the ammonium chloride solid from the reactor.
A device for estimating the central blood pressure of a subject, the device comprising: a sensor patch comprising an array of sensors configured to: measure, in a first mode, a force at the skin of the subject, wherein the force provides an indication of blood pressure of a peripheral blood vessel; and perform, in a second mode, ultrasound imaging on the peripheral blood vessel, wherein the same sensors are used for blood pressure measurement in the first mode and ultrasound imaging in the second mode; and a processor configured to: obtain a peripheral pressure signal comprising a pressure waveform from the indication of the blood pressure from the sensor patch; derive an image of the peripheral blood vessel from the ultrasound imaging from the sensor patch; determine a vessel diameter from the image of the peripheral blood vessel over time as a vessel diameter waveform; derive an estimate of the central blood pressure waveform of the subject from the pressure waveform and the vessel diameter waveform. a sensor patch comprising an array of sensors configured to: measure, in a first mode, a force at the skin of the subject, wherein the force provides an indication of blood pressure of a peripheral blood vessel; and perform, in a second mode, ultrasound imaging on the peripheral blood vessel, wherein the same sensors are used for blood pressure measurement in the first mode and ultrasound imaging in the second mode; and measure, in a first mode, a force at the skin of the subject, wherein the force provides an indication of blood pressure of a peripheral blood vessel; and perform, in a second mode, ultrasound imaging on the peripheral blood vessel, wherein the same sensors are used for blood pressure measurement in the first mode and ultrasound imaging in the second mode; and a processor configured to: obtain a peripheral pressure signal comprising a pressure waveform from the indication of the blood pressure from the sensor patch; derive an image of the peripheral blood vessel from the ultrasound imaging from the sensor patch; determine a vessel diameter from the image of the peripheral blood vessel over time as a vessel diameter waveform; derive an estimate of the central blood pressure waveform of the subject from the pressure waveform and the vessel diameter waveform. obtain a peripheral pressure signal comprising a pressure waveform from the indication of the blood pressure from the sensor patch; derive an image of the peripheral blood vessel from the ultrasound imaging from the sensor patch; determine a vessel diameter from the image of the peripheral blood vessel over time as a vessel diameter waveform; derive an estimate of the central blood pressure waveform of the subject from the pressure waveform and the vessel diameter waveform.