mhurhangee/patent-ind-claim-en huggingface dataset:
An anisotropic optical film having a diffusing property which varies in accordance with the incident angle of light, the film having a plurality of rectangularly shaped columnar regions , and a matrix region , wherein the refractive index of the matrix region is different from that of the rectangularly columnar regions , wherein the aspect ratio between the short diameter (SA) in a surface plane and the long diameter (LA) in a surface plane of the rectangularly shaped columnar regions ranges from 2 to 40; wherein at a value of the incident angle at which a maximum linear transmittance is exhibited, the maximum linear transmittance is 30% or more and less than 95%, wherein at a value of the incident angle at which a minimum linear transmittance is exhibited, the minimum linear transmittance is 20% or less, the linear transmittance being defined as a ratio of transmitted light quantity in a direction of a straight line of light that is incident on the anisotropic optical film , and an incident light quantity, with the transmitted light quantity being measured for wavelengths in the visible ray range, and wherein the range of angles of an incident light diffusion field that corresponds to linear transmittances that are 1/2 or less of the difference between the maximum linear transmittance and the minimum linear transmittance is from 50° to 80°.
A method for controlling a telepresence conference, comprising: receiving , by a server, a conference control strategy message transmitted by a terminal device with managing authority, wherein the conference control strategy message comprises geographical position information of a conference control object and role information of the conference control object, a media type used in the conference and a triggering condition for locking conference status for participants, wherein the triggering condition for locking conference status includes at least one of a parameter regarding the participants and a parameter regarding the duration of the conference, both parameters adopting a wildcard mechanism, wherein the conference control object is a participant; determining , by the server, a media stream message corresponding to the conference control object based on the geographical position information and the role information of the conference control object; and controlling , by the server, the media stream message corresponding to the conference control object based on the media type used in the conference and the triggering condition for locking conference status. receiving , by a server, a conference control strategy message transmitted by a terminal device with managing authority, wherein the conference control strategy message comprises geographical position information of a conference control object and role information of the conference control object, a media type used in the conference and a triggering condition for locking conference status for participants, wherein the triggering condition for locking conference status includes at least one of a parameter regarding the participants and a parameter regarding the duration of the conference, both parameters adopting a wildcard mechanism, wherein the conference control object is a participant; determining , by the server, a media stream message corresponding to the conference control object based on the geographical position information and the role information of the conference control object; and controlling , by the server, the media stream message corresponding to the conference control object based on the media type used in the conference and the triggering condition for locking conference status.
An apparatus for metering bulk materials, comprising an inlet in the upper region and comprising a plurality of conveying screws , the apparatus having bulk material screens above the conveying screws , the conveying screws being divided into different regions and the different regions of the conveying screws being covered by the bulk material screens , the covered regions being formed as zones extending transversely to the longitudinal axis of the conveying screws , characterized in that a first conveying screw is not covered by the bulk material screens, the rear region of the adjacent second conveying screw is covered by the bulk material screens, and, in the case of a third conveying screw which is adjacent to the second conveying screw, all regions except for the front region are covered.
Process for recovering oil from a fractured reservoir, the matrix of which is oil-wet, comprising at least one injection well and one output well, both in communication with the fractures and the matrix, comprising, in order, the following stages: a) injection, firstly, via an injection well, of a solution of viscosifying surfactants capable of penetrating the network of fractures, interacting weakly with the matrix, creating in situ a plug for the purpose of substantially and selectively reducing the permeability of the fractures and of promoting the passage of the solution of stage b) into the matrix, b) injection, secondly, via an injection well, of a solution of surfactants capable of interacting with the matrix in order to render it preferentially water-wet and to extract the oil therefrom, the said solution preferentially flowing through the matrix, and, after a latent period of at least 24 hours, c) injection, thirdly, via an injection well, of an aqueous solution for the purpose of increasing the surface tension, imbibing the matrix, extracting the oil and, after dissolution by the said oil of the plug formed in stage a), carrying along the oil to the output well. a) injection, firstly, via an injection well, of a solution of viscosifying surfactants capable of penetrating the network of fractures, interacting weakly with the matrix, creating in situ a plug for the purpose of substantially and selectively reducing the permeability of the fractures and of promoting the passage of the solution of stage b) into the matrix, b) injection, secondly, via an injection well, of a solution of surfactants capable of interacting with the matrix in order to render it preferentially water-wet and to extract the oil therefrom, the said solution preferentially flowing through the matrix, and, after a latent period of at least 24 hours, c) injection, thirdly, via an injection well, of an aqueous solution for the purpose of increasing the surface tension, imbibing the matrix, extracting the oil and, after dissolution by the said oil of the plug formed in stage a), carrying along the oil to the output well.
A method of assembling apparatus for containing reagents for a chemical reaction, the method comprising: (i) selecting an elongate receptacle comprising a plastics material, said receptacle being arranged to define an internal volume for containing reagents, wherein said receptacle includes a first end and a second end which are spaced apart along the elongate extent of the receptacle, wherein said receptacle defines a mouth at said second end, wherein the diameter of said mouth is greater than the diameter of a region of said receptacle inwards of said second end; (ii) selecting a housing for containing the receptacle, wherein said housing includes a first end and a second end, wherein said second end of said housing includes an outwardly facing surface; (iii) with the receptacle within the housing such that the second end of the receptacle is adjacent the second end of the housing, positioning the second end of the receptacle over the outwardly facing surface; and (iv) securing the second end of the receptacle in position relative to the outwardly facing surface. (i) selecting an elongate receptacle comprising a plastics material, said receptacle being arranged to define an internal volume for containing reagents, wherein said receptacle includes a first end and a second end which are spaced apart along the elongate extent of the receptacle, wherein said receptacle defines a mouth at said second end, wherein the diameter of said mouth is greater than the diameter of a region of said receptacle inwards of said second end; (ii) selecting a housing for containing the receptacle, wherein said housing includes a first end and a second end, wherein said second end of said housing includes an outwardly facing surface; (iii) with the receptacle within the housing such that the second end of the receptacle is adjacent the second end of the housing, positioning the second end of the receptacle over the outwardly facing surface; and (iv) securing the second end of the receptacle in position relative to the outwardly facing surface.
An exhaust gas purification catalyst, characterized in that the catalyst includes a carrier comprising a zirconium phosphate represented by formula ZrP 2 O 7 , and a noble metal at least containing Rh and supported on the carrier.
A lubricating apparatus for lubricating a fitted portion where a shaft member and a tubular member are spline-fitted, the lubricating apparatus comprising: a shaft member having a tip surface , the shaft member further having outer spline teeth on an outer circumference at a tip on the tip surface side and being rotatable about a rotation axis (A), a tubular member having inner spline teeth fitted to the outer spline teeth on an inner circumference, a lubricating oil supplying member , an inner-shaft oil passage formed inside the shaft member , the inner-shaft oil passage allowing an outer circumferential surface having the outer spline teeth and the tip surface of the shaft member to communicate with each other, a supplied oil passage being formed inside the lubricating oil supplying member , a lubricating oil supplied to the inner-shaft oil passage flowing through the supplied oil passage , the supplied oil passage being provided with an inflow port , the lubricating oil flowing into the supplied oil passage through the inflow port , characterized in that the lubricating oil supplying member is disposed to face the tip surface of the shaft member , and the inflow port is open to an outer circumferential surface of the lubricating oil supplying member in a radial direction of the shaft member . a shaft member having a tip surface , the shaft member further having outer spline teeth on an outer circumference at a tip on the tip surface side and being rotatable about a rotation axis (A), a tubular member having inner spline teeth fitted to the outer spline teeth on an inner circumference, a lubricating oil supplying member , an inner-shaft oil passage formed inside the shaft member , the inner-shaft oil passage allowing an outer circumferential surface having the outer spline teeth and the tip surface of the shaft member to communicate with each other, a supplied oil passage being formed inside the lubricating oil supplying member , a lubricating oil supplied to the inner-shaft oil passage flowing through the supplied oil passage , the supplied oil passage being provided with an inflow port , the lubricating oil flowing into the supplied oil passage through the inflow port , characterized in that the lubricating oil supplying member is disposed to face the tip surface of the shaft member , and the inflow port is open to an outer circumferential surface of the lubricating oil supplying member in a radial direction of the shaft member .
Stator for an axial flow turbomachine , comprising: - a generally circular wall with an inner surface; - at least one annular row of stator blades extending radially inwardly from the wall ; - a circular band disposed against the inner surface of the wall and comprising an inner surface and an outer surface , most of the outer surface of the circular band fitting the inner surface of the wall ; - a layer of abradable material on the inner surface of the band , able to cooperate by abrasion with the rotor blades of the turbomachine ; such that at least one of the stator blades comprises a platform covering an edge of the band so as to hold said band, characterised in that each platform comprises clamping means enabling a fixation to the wall , and the zone of the inner surface of the band that is covered by each platform is deformed. - a generally circular wall with an inner surface; - at least one annular row of stator blades extending radially inwardly from the wall ; - a circular band disposed against the inner surface of the wall and comprising an inner surface and an outer surface , most of the outer surface of the circular band fitting the inner surface of the wall ; - a layer of abradable material on the inner surface of the band , able to cooperate by abrasion with the rotor blades of the turbomachine ;
Method for operating a drive device comprising an internal combustion engine and an electric engine , wherein an output shaft of the drive device can be operatively connected to the internal combustion engine by way of a shifting clutch and is permanently operatively connected to the electric engine , so that the output shaft is disengaged from the internal combustion engine in a first shifting state of the shifting clutch and is engaged with it in a second shifting state, wherein, during a starting of the internal combustion engine from a standstill, a clutch adaptation is carried out in an adaptation operating mode, wherein a target clutch torque is adjusted on the shifting clutch in such a way that clutch slip is present and the internal combustion engine is towed without firing to a first target rotational speed and subsequently towed without firing with a constant target clutch torque to a second target rotational speed and the clutch adaptation is carried out at an actual rotational speed lying between the first target rotational speed and the second target rotational speed, characterised in that, after the clutch adaptation, the shifting clutch is opened completely and, with completely opened shifting clutch , the internal combustion engine is operated with firing to a synchronous rotational speed, which corresponds to the actual rotational speed of the output shaft , and that the drive device is operated in a normal operating mode and is only switched into the adaptation operating mode, when a certain number of clutch actuations of the shifting clutch since the last clutch adaptation is exceeded or an adaptation request is present, wherein after the starting of the internal combustion engine , during which the clutch adaptation is carried out, there is a switch back to the normal operating mode, wherein the internal combustion engine is towed in the normal operating mode for fired starting by way of the shifting clutch with released fuel injection, until a minimum rotational speed is reached, which is less than the second target rotational speed, and subsequently the shifting clutch is opened and then the internal combustion engine is operated with firing to the synchronous rotational speed.
A swirler for a turbine engine , the swirler comprising: a swirler housing defining a first inlet and a second inlet ; and a swirler nozzle attached to the housing , the housing and the nozzle forming an inner passage and an outer passage , the inner passage radially within the nozzle and coupled with the first inlet , and the outer passage radially between the housing and the nozzle and coupled with the second inlet , characterised in that : the nozzle is attached by press fitting to the housing . a swirler housing defining a first inlet and a second inlet ; and a swirler nozzle attached to the housing , the housing and the nozzle forming an inner passage and an outer passage , the inner passage radially within the nozzle and coupled with the first inlet , and the outer passage radially between the housing and the nozzle and coupled with the second inlet , characterised in that : the nozzle is attached by press fitting to the housing .
A polypeptide, wherein the amino acid sequence of the polypeptide: (a) comprises the amino acid sequence set forth in SEQ ID NO: 1 or 3; (b) comprises an amino acid sequence which has at least 70% sequence identity with SEQ ID NO: 1 or 3 and which codes for a cyclodextrin glucanotransferase; (c) is encoded by the nucleotide sequence set forth in SEQ ID NO: 2 or 4; or (d) is encoded by a nucleotide sequence which has at least 70% sequence identity with the nucleotide sequence set forth in SEQ ID NO: 2 or 4, and which encodes a cyclodextrin glucanotransferase. (a) comprises the amino acid sequence set forth in SEQ ID NO: 1 or 3; (b) comprises an amino acid sequence which has at least 70% sequence identity with SEQ ID NO: 1 or 3 and which codes for a cyclodextrin glucanotransferase; (c) is encoded by the nucleotide sequence set forth in SEQ ID NO: 2 or 4; or (d) is encoded by a nucleotide sequence which has at least 70% sequence identity with the nucleotide sequence set forth in SEQ ID NO: 2 or 4, and which encodes a cyclodextrin glucanotransferase.
An end effector of a surgical tool comprising: a jaw assembly comprising a pair of jaws ; a wrist assembly pivotably connected to the jaw assembly , said wrist assembly including a proximal hub defining a first longitudinal axis (X1-X1) and a first pivot axis (A-A) that is orientated orthogonal to the first longitudinal axis (XI-XI), and further including a distal hub pivotally connected to the proximal hub , wherein the distal hub defines a second longitudinal axis (X2-X2) and a second pivot axis (B-B) that is orientated orthogonal to the first pivot axis (A-A); wherein the jaw assembly includes a pair of spaced apart cam plates pivotally connected to the distal hub of the wrist assembly so as to be pivotable about the second pivot axis (B-B), the paid of jaws being pivotally connected to the support plates at a common pivot point , said jaw assembly further comprising a cam pulley , said cam pulley pivotally connected to upright supports of the distal hub of the wrist assembly so as to be pivotable about the second pivot axis (B-B), said cam pulley configured to rotate, and wherein said rotation causes the jaws to open and close. a jaw assembly comprising a pair of jaws ; a wrist assembly pivotably connected to the jaw assembly , said wrist assembly including a proximal hub defining a first longitudinal axis (X1-X1) and a first pivot axis (A-A) that is orientated orthogonal to the first longitudinal axis (XI-XI), and further including a distal hub pivotally connected to the proximal hub , wherein the distal hub defines a second longitudinal axis (X2-X2) and a second pivot axis (B-B) that is orientated orthogonal to the first pivot axis (A-A); wherein the jaw assembly includes a pair of spaced apart cam plates pivotally connected to the distal hub of the wrist assembly so as to be pivotable about the second pivot axis (B-B), the paid of jaws being pivotally connected to the support plates at a common pivot point , said jaw assembly further comprising a cam pulley , said cam pulley pivotally connected to upright supports of the distal hub of the wrist assembly so as to be pivotable about the second pivot axis (B-B), said cam pulley configured to rotate, and wherein said rotation causes the jaws to open and close.
A system interconnection inverter comprising: an inverter configured to perform pulse width modulation on an output from a DC power source ; a first capacitor pair provided at an input side of the inverter and including two capacitors serially connected to form a neutral point (c); a second capacitor pair provided at an output side of the inverter and including two capacitors serially connected to form a neutral point (f); a bypass path (g) for a leakage current formed by connecting the neutral point (c) of the first capacitor pair and the neutral point (f) of the second capacitor pair to each other; at least one common mode choke coil provided between the first capacitor pair and the second capacitor pair on either the input side or the output side of the inverter and configured to suppress a common mode current generated in the inverter ; and an output filter configured to convert a voltage, which is output from the inverter and subjected to the pulse width modulation, into a voltage in a sine wave form, wherein the bypass path (g) has an impedance smaller than a leakage current path through which the leakage current flows into a floating capacitance of the DC power source through a ground from a system transformer connected through the second capacitor pair at the switching frequency of the inverter , and the at least one common mode choke coil has a higher impedance than the leakage current path and the bypass path (g). an inverter configured to perform pulse width modulation on an output from a DC power source ; a first capacitor pair provided at an input side of the inverter and including two capacitors serially connected to form a neutral point (c); a second capacitor pair provided at an output side of the inverter and including two capacitors serially connected to form a neutral point (f); a bypass path (g) for a leakage current formed by connecting the neutral point (c) of the first capacitor pair and the neutral point (f) of the second capacitor pair to each other; at least one common mode choke coil provided between the first capacitor pair and the second capacitor pair on either the input side or the output side of the inverter and configured to suppress a common mode current generated in the inverter ; and an output filter configured to convert a voltage, which is output from the inverter and subjected to the pulse width modulation, into a voltage in a sine wave form, wherein the bypass path (g) has an impedance smaller than a leakage current path through which the leakage current flows into a floating capacitance of the DC power source through a ground from a system transformer connected through the second capacitor pair at the switching frequency of the inverter , and the at least one common mode choke coil has a higher impedance than the leakage current path and the bypass path (g).
A resonant trap configured to reduce a common mode current through an electrical lead or through a jacket of a cable when fed through an axial channel of the resonant trap, the resonant trap comprising - a hollow cylindrical body, its interior forming said axial channel, wherein an inner conductor is provided on the hollow cylindrical body's inner wall and an outer conductor is provided on the hollow cylindrical body's outer wall, - a carrier attached to the inner wall of the axial channel and - a tuning capacitor mounted to the carrier, the carrier being formed by a resilient ring that is clamped in the axial channel at an open end of the axial channel and wherein - the tuning capacitor is electrically connected at one of its electrical terminals to the outer conductor by a first electrically conducting strip, wherein the length of the electrically conducting strip is the minimum required for a pre-determined adhesion of the electrically conducting strip to the outer conductor and - the tuning capacitor being electrically connected to the inner conductor by way of another electrically conducting strip. - a hollow cylindrical body, its interior forming said axial channel, wherein an inner conductor is provided on the hollow cylindrical body's inner wall and an outer conductor is provided on the hollow cylindrical body's outer wall, - a carrier attached to the inner wall of the axial channel and - a tuning capacitor mounted to the carrier, the carrier being formed by a resilient ring that is clamped in the axial channel at an open end of the axial channel and wherein - the tuning capacitor is electrically connected at one of its electrical terminals to the outer conductor by a first electrically conducting strip, wherein the length of the electrically conducting strip is the minimum required for a pre-determined adhesion of the electrically conducting strip to the outer conductor and - the tuning capacitor being electrically connected to the inner conductor by way of another electrically conducting strip.
Abrasive sponge cloth based on regenerated cellulose and reinforced with an internal mesh or substantially homogeneously distributed fibres, characterized in that it comprises abrasive fibres on its surface that are disposed substantially perpendicular to the plane of the sponge cloth surface.