mhurhangee/ep-ind-claims huggingface dataset:
A vehicular visual recognition device comprising: viewing means that is mounted to a vehicle body, is disposed at a vehicle exterior and assists viewing by a vehicle occupant of a vehicle; a trunk portion in which is formed an opening through which an optical axis of an optical member passes; an outer peripheral member that is assembled from a vehicle front side and covers the trunk portion, and in which is formed an opening portion that faces the opening of the trunk portion and at whose periphery a peripheral wall is provided; and a wall portion that is provided at the trunk portion, and that, at a vehicle rear side portion of the opening portion, faces the peripheral wall at a radial direction side of the opening portion characterized in that air which flows into the opening portion is able to slip-through between the peripheral wall of the opening portion and the wall portion. viewing means that is mounted to a vehicle body, is disposed at a vehicle exterior and assists viewing by a vehicle occupant of a vehicle; a trunk portion in which is formed an opening through which an optical axis of an optical member passes; an outer peripheral member that is assembled from a vehicle front side and covers the trunk portion, and in which is formed an opening portion that faces the opening of the trunk portion and at whose periphery a peripheral wall is provided; and a wall portion that is provided at the trunk portion, and that, at a vehicle rear side portion of the opening portion, faces the peripheral wall at a radial direction side of the opening portion characterized in that air which flows into the opening portion is able to slip-through between the peripheral wall of the opening portion and the wall portion.
A self-closing positive engagement clip member, comprising: a body having rigid, opposed first and second walls (26, 28); a clamp member integrally connected to the first wall by a living hinge allowing the clamp member to rotate from an open position into a cavity created between the first and second walls (26, 28) thereby defining a self-closed and locked position of the clamp member; and multiple anti-slide features, characterised in that the multiple anti-slide features include a first tab extending from a first end of the second wall, a second tab oppositely positioned on the second wall with respect to the first tab, the first and second tabs (46, 48) defining opposed end extents of the cavity, and a third tab, the first, second and third tabs (46, 48) defining an anti-slide system acting to prevent the clamp member from moving in a direction co-axial to the cavity when the clamp member is in the locked position. a body having rigid, opposed first and second walls (26, 28); a clamp member integrally connected to the first wall by a living hinge allowing the clamp member to rotate from an open position into a cavity created between the first and second walls (26, 28) thereby defining a self-closed and locked position of the clamp member; and multiple anti-slide features, characterised in that the multiple anti-slide features include a first tab extending from a first end of the second wall, a second tab oppositely positioned on the second wall with respect to the first tab, the first and second tabs (46, 48) defining opposed end extents of the cavity, and a third tab, the first, second and third tabs (46, 48) defining an anti-slide system acting to prevent the clamp member from moving in a direction co-axial to the cavity when the clamp member is in the locked position.
A kit for performing spinal correction surgery, consisting of: a plurality of anchor devices configured to be implanted onto a plurality of vertebral bodies anterior of the rib head, each anchor device having a channel defined therein; a tether configured to be disposed into the channel of each of the anchor devices; a pusher tool configured to engage a selected anchor device to translate the vertebral body corresponding to the selected anchor device; a compressor (175, 180) configured to apply a compressive force between two adjacent anchor devices; and a tensioner configured to apply a tension to the tether. a plurality of anchor devices configured to be implanted onto a plurality of vertebral bodies anterior of the rib head, each anchor device having a channel defined therein; a tether configured to be disposed into the channel of each of the anchor devices; a pusher tool configured to engage a selected anchor device to translate the vertebral body corresponding to the selected anchor device; a compressor (175, 180) configured to apply a compressive force between two adjacent anchor devices; and a tensioner configured to apply a tension to the tether.
Multi-stage horizontal centrifugal pump for conveying a fluid having a rotor (6, 32) comprising a rotatably arranged shaft and a plurality of impellers for conveying the fluid, wherein all impellers are arranged in a rotatably fixed manner on the shaft, and having a stator (31, 33) comprising a plurality of stage casings, which are arranged consecutively one after another with respect to an axial direction determined by a central axis, wherein the stator (31, 33) encompasses the rotor (6, 32), and wherein all stage casings are designed and arranged centrically with respect to the central axis, and wherein a plurality of wear rings (7, 8) is provided between the rotor (6, 32) and the stator (31, 33), each of which is fixed with respect to the stator (31, 33), and respectively surrounds the rotor (6, 32) with a clearance (S1, S2), characterized in that at least one of the wear rings (7, 8) is designed eccentrically, wherein the eccentric design of the wear ring means that the radially outer boundary surface of the wear ring is centred about a first axis and the radially inner boundary surface of the wear ring is centred about a second axis, wherein the first and second axes are parallel but not congruent.
A coated article including a coating supported by a glass substrate, the coating comprising: first and second infrared reflecting layers comprising silver, the first IR reflecting layer being located closer to the glass substrate than is the second IR reflecting layer; a first contact layer comprising NiCr located over and directly contacting the first IR reflecting layer comprising silver; a dielectric layer comprising silicon nitride located over and directly contacting the first contact layer comprising NiCr; a second contact layer comprising NiCr located over and directly contacting the layer comprising silicon nitride; the second IR reflecting layer comprising silver located over and directly contacting the second contact layer comprising NiCr; a third contact layer comprising NiCr located over and directly contacting the second IR reflecting layer; another dielectric layer comprising silicon nitride located over and directly contacting the third contact layer comprising NiCr; wherein the second IR reflecting layer comprising silver is at least twice as thick as the first IR reflecting layer comprising silver; and wherein the coated article has a visible transmission, measured monolithically, of no greater than 55% and a glass side visible reflectance, measured monolithically, of no greater than 11%. first and second infrared reflecting layers comprising silver, the first IR reflecting layer being located closer to the glass substrate than is the second IR reflecting layer; a first contact layer comprising NiCr located over and directly contacting the first IR reflecting layer comprising silver; a dielectric layer comprising silicon nitride located over and directly contacting the first contact layer comprising NiCr; a second contact layer comprising NiCr located over and directly contacting the layer comprising silicon nitride; the second IR reflecting layer comprising silver located over and directly contacting the second contact layer comprising NiCr; a third contact layer comprising NiCr located over and directly contacting the second IR reflecting layer; another dielectric layer comprising silicon nitride located over and directly contacting the third contact layer comprising NiCr; wherein the second IR reflecting layer comprising silver is at least twice as thick as the first IR reflecting layer comprising silver; and wherein the coated article has a visible transmission, measured monolithically, of no greater than 55% and a glass side visible reflectance, measured monolithically, of no greater than 11%.
A laser system, comprising: at least one subpicosecond laser pump source configured to output at least one pump signal having a wavelength of about 475nm to about 600nm; at least one type Π optical parametric oscillator in optical communication with the pump source and configured to generate a single pulsed optical signal having a wavelength continuously tunable from about 650nm to about 1400nm; wherein the optical parametric oscillator comprises a polarization selector or a delay line for an idler pulse configured to produce a singly resonant optical parametric oscillator with no tuning gap near degeneracy; at least one optical system in optical communication with the optical parametric oscillator and configured to direct at least a portion of the optical signal to a specimen; and at least one analyzing device configured to receive at least one specimen signal from the specimen in response to the optical signal. at least one subpicosecond laser pump source configured to output at least one pump signal having a wavelength of about 475nm to about 600nm; at least one type Π optical parametric oscillator in optical communication with the pump source and configured to generate a single pulsed optical signal having a wavelength continuously tunable from about 650nm to about 1400nm; wherein the optical parametric oscillator comprises a polarization selector or a delay line for an idler pulse configured to produce a singly resonant optical parametric oscillator with no tuning gap near degeneracy; at least one optical system in optical communication with the optical parametric oscillator and configured to direct at least a portion of the optical signal to a specimen; and at least one analyzing device configured to receive at least one specimen signal from the specimen in response to the optical signal.
A computer-implemented method for enabling recovery of one or more digital assets held on a blockchain by a user under a public key Pk after a corresponding private key Sk for accessing the one or more digital assets is lost, the computer implemented method comprising: setting access for the one or more digital assets held on the blockchain under the public key Pk and accessible using the corresponding private key Sk of the user such that the one or more digital assets are also accessible using a private key x shared by a congress on the blockchain network, the congress comprising a group of users on the blockchain network, each member of the congress having a private key share x i, the private key share x i to be used in a threshold signature scheme in which at least a threshold of private key shares must be used to generate a valid signature through the combination of partial signatures of the congress to access the one or more digital assets on behalf of the user, whereby if the private key Sk is lost then the congress can be notified by the user to access the one or more digital assets using the threshold signature scheme on behalf of the user, the user proving their identity to the congress by providing a recovery password RPw, wherein the recovery password RPw has an entropy which is lower than that of the private key Sk, wherein a recovery deposit is set that needs to be provided when an attempt to recover the one or more digital assets is made and further wherein the digital assets are only accessed if a threshold number of members of the congress confirm a validity of a user request, wherein the user request comprises a request for a provision of a recovery password and providing a recovery deposit, and the confirming of the validity of the user request comprises providing the requested recovery password and the recovery deposit. setting access for the one or more digital assets held on the blockchain under the public key Pk and accessible using the corresponding private key Sk of the user such that the one or more digital assets are also accessible using a private key x shared by a congress on the blockchain network, the congress comprising a group of users on the blockchain network, each member of the congress having a private key share x i, the private key share x i to be used in a threshold signature scheme in which at least a threshold of private key shares must be used to generate a valid signature through the combination of partial signatures of the congress to access the one or more digital assets on behalf of the user, whereby if the private key Sk is lost then the congress can be notified by the user to access the one or more digital assets using the threshold signature scheme on behalf of the user, the user proving their identity to the congress by providing a recovery password RPw, wherein the recovery password RPw has an entropy which is lower than that of the private key Sk,
A rotary joint assembly for a tire inflation system, comprising: a rotating portion attached to a wheel rim for rotation therewith, wherein the rotating portion comprises a center portion which has an air passageway formed therein; a non-rotating portion having a non-rotating portion air passageway formed therein, the non-rotating portion air passageway being in fluid communication with the air passageway formed in the rotating portion via a chamber; and a pair of annular sealing members (118, 120) attached to the rotating portion and sealingly contacting a sealing surface of the non-rotating portion, wherein the annular sealing members (118, 120) define an inboard end and an outboard end of the chamber; characterized by an inboard bushing or an inboard bearing disposed in an inboard groove formed in the sealing surface and an outboard bushing or an outboard bearing disposed in an outboard groove formed in the sealing surface. a rotating portion attached to a wheel rim for rotation therewith, wherein the rotating portion comprises a center portion which has an air passageway formed therein; a non-rotating portion having a non-rotating portion air passageway formed therein, the non-rotating portion air passageway being in fluid communication with the air passageway formed in the rotating portion via a chamber; and a pair of annular sealing members (118, 120) attached to the rotating portion and sealingly contacting a sealing surface of the non-rotating portion, wherein the annular sealing members (118, 120) define an inboard end and an outboard end of the chamber; characterized by an inboard bushing or an inboard bearing disposed in an inboard groove formed in the sealing surface and an outboard bushing or an outboard bearing disposed in an outboard groove formed in the sealing surface.
A heating element composed of at least two molybdenum disilicide-based parts wherein at least one of the molybdenum disilicide-based parts is based on a molybdenum disilicide-based composition having more than or equal to 90 weight% of (Mo 1-x Cr x)Si 2 where x is of from 0.05 to 0.25; and wherein at least one of molybdenum disilicide-based parts is based on a molybdenum disilicide-based composition comprising more than or equal to 90 weight% Mo(Si,Al) 2. wherein at least one of the molybdenum disilicide-based parts is based on a molybdenum disilicide-based composition having more than or equal to 90 weight% of (Mo 1-x Cr x)Si 2 where x is of from 0.05 to 0.25; and wherein at least one of molybdenum disilicide-based parts is based on a molybdenum disilicide-based composition comprising more than or equal to 90 weight% Mo(Si,Al) 2.
A wind power installation comprising a tower having a tower wall and a longitudinal axis, and a first cooling unit in the lower region of the tower having a plurality of heat exchangers, and an outer wall at a spacing relative to the tower wall, wherein the plurality of heat exchangers are arranged between the tower wall and the outer wall of the first cooling unit, wherein the first cooling unit has a plurality of lower openings beneath the plurality of heat exchangers and a plurality of upper openings above the plurality of heat exchangers, and wherein the first cooling unit has a roof which extends between the tower wall and the outer wall of the cooling unit and covers over an intermediate space therebetween, wherein the first cooling unit has at least one fan which draws in air through the lower openings and passes it through the heat exchangers so that the air can issue through the upper openings, characterized in that the first cooling unit has at least one cooling conduit which extends through the tower wall and/or a foundation and through which a cooling medium flows.
A positioning method performed by a network-side device of a system comprising the network-side device, a terminal and a plurality of positioning nodes managed by the network-side device, the method comprising: sending (901, 1405) auxiliary data information to the terminal, wherein the auxiliary data information comprises the positioning node index number of each positioning node, the reference signal information of each positioning node, and the correspondence between the positioning node index number and the reference signal information, the positioning node index number is configured to distinguish different positioning nodes belonging to a same cell, and the positioning node index number is located in a predetermined field in the auxiliary data information, wherein the predetermined field is any one of the following: a cell global identity CGI field, an enhanced cell global identity eCGI field, and an index number field; receiving (902, 1412) from the terminal for each positioning node index number a reference signal time difference, RSTD, measurement value; and determining (903, 1413) a location of the terminal based on the received RSTD measurement values and based on a predetermined algorithm. sending (901, 1405) auxiliary data information to the terminal, wherein the auxiliary data information comprises the positioning node index number of each positioning node, the reference signal information of each positioning node, and the correspondence between the positioning node index number and the reference signal information, the positioning node index number is configured to distinguish different positioning nodes belonging to a same cell, and the positioning node index number is located in a predetermined field in the auxiliary data information, wherein the predetermined field is any one of the following: a cell global identity CGI field, an enhanced cell global identity eCGI field, and an index number field; receiving (902, 1412) from the terminal for each positioning node index number a reference signal time difference, RSTD, measurement value; and determining (903, 1413) a location of the terminal based on the received RSTD measurement values and based on a predetermined algorithm.
A hydrocarbon-based lubricating base oil wherein a urea adduct value is not greater than 4 % by mass, a viscosity index is 100 or higher, an average of carbon atoms number is 23-31, a value obtained by dividing an integral value of a peak in 30 ppm by an integral value of total peaks in the range from 0 ppm to 50 ppm for the 13 C-NMR spectrum is 0.1-0.2, and a product of a value obtained by dividing an integral value of peaks attributed to tertiary carbon atoms by an integral value of total peaks in the range of from 0 ppm to 50 ppm for the 13 C-NMR spectrum, and the average of carbon atoms number, is 1.8-2.5, wherein the lubricating base oil is obtainable by a method comprising: a first step in which a normal paraffin-containing stock oil is subjected to hydrotreatment using a hydrotreatment catalyst; a second step in which the treatment product from the first step is subjected to hydrodewaxing using a hydrodewaxing catalyst; and a third step in which the treatment product from the second step is subjected to hydrorefining using a hydrorefining catalyst; and wherein the "urea adduct value" and the "average of carbon atoms number" are measured as described in the description. a first step in which a normal paraffin-containing stock oil is subjected to hydrotreatment using a hydrotreatment catalyst; a second step in which the treatment product from the first step is subjected to hydrodewaxing using a hydrodewaxing catalyst; and a third step in which the treatment product from the second step is subjected to hydrorefining using a hydrorefining catalyst; and wherein the "urea adduct value" and the "average of carbon atoms number" are measured as described in the description.
A method for the reduction of acrylamide in thermally processed foods comprising the steps of: (a) providing a food ingredient that contains asparagine; (b) inactivating asparagine in the asparagine-containing food ingredient by contacting the asparagine-containing food ingredient with asparaginase; (c) using said food ingredient as a component in a food mixture; and (d) heating said food mixture to form a thermally processed food. (a) providing a food ingredient that contains asparagine; (b) inactivating asparagine in the asparagine-containing food ingredient by contacting the asparagine-containing food ingredient with asparaginase; (c) using said food ingredient as a component in a food mixture; and (d) heating said food mixture to form a thermally processed food.
An injector (1, 1', 1", 1'") for a fuel supply system of an internal combustion engine, namely for a common-rail fuel supply system of an internal combustion engine designed in particular as large diesel internal combustion engine or diesel internal combustion engine of a ship, with an injection nozzle (2, 2'), with a control valve (3, 3') and with a retaining body, wherein the injection nozzle (2, 2') and the control valve (3, 3') form a clamped combination (6, 6') and wherein the combination (6, 6') of the injection nozzle (2, 2') and the control valve (3, 3') is mountable as a unit to the retaining body and dismountable as a unit from the retaining body, characterized in that the control valve and the injection nozzle, on a radially outer surface, each comprise at least one circumferential groove (8, 9) directed to radially inside, wherein a clamping sleeve, on axially spaced sections, each comprises a circumferential protrusion (10, 11) directed to radially inside, which engage in the respective grooves (8, 9) directed to the inside, wherein the clamping sleeve covers separating surfaces between elements (2, 3, 4, 5) of the combination to be clamped, wherein the protrusions following a deformation of the clamping sleeve surrounding the injection nozzle and the control valve at least in sections, positively engage in the grooves (8, 9) thereby providing the clamped combination.