mhurhangee/ep-ind-claims huggingface dataset:
Electrical switchgear having a plurality of control devices which are connected to one another via a bus system and which are each designed as an insert module for inserting into one of a plurality of insert shafts of the electrical switchgear, characterised in that one or no storage device for storing configuration data and/or operating parameters of the control device or of the electric load is associated with one or a plurality of the insert shafts, having the following features: a) the control devices each have first means for checking during the insertion operation into one of the insert shafts whether a storage device is associated with the insert shaft in question, b) the control devices have second means for implementing a function, which is designed such that if a storage device is present, the parameters and data stored therein for the operation of the control device are read in, and if no storage device is present no start-up is carried out, c) wherein the subfunction of not carrying out a start-up if a storage device is not present can be deactivated. a) the control devices each have first means for checking during the insertion operation into one of the insert shafts whether a storage device is associated with the insert shaft in question, b) the control devices have second means for implementing a function, which is designed such that if a storage device is present, the parameters and data stored therein for the operation of the control device are read in, and if no storage device is present no start-up is carried out, c) wherein the subfunction of not carrying out a start-up if a storage device is not present can be deactivated.
Method for controlling the charging process of an electrical energy storage, in which - the charge state of the electrical energy storage is detected, - time curves (20, 22) of at least two possible charging processes are calculated and graphically visualized simultaneously as line diagrams, wherein one of the calculated possible charging processes is selected first, - a preset associated with a parameter of the charging process is registered via a user input, wherein, on the basis of the user input, one of the graphically represented charging processes is selected and implemented, or an already selected charging process is modified and implemented. - the charge state of the electrical energy storage is detected, - time curves (20, 22) of at least two possible charging processes are calculated and graphically visualized simultaneously as line diagrams, wherein one of the calculated possible charging processes is selected first, - a preset associated with a parameter of the charging process is registered via a user input, wherein, on the basis of the user input, one of the graphically represented charging processes is selected and implemented, or an already selected charging process is modified and implemented.
A method performed by a user equipment, UE, the method comprising: transmitting, in an inactive state, an initial grant-free uplink transmission to a base station, the initial grant-free uplink transmission including a reference signal and data, and the initial grant-free uplink transmission transmitted asynchronously with uplink transmissions from other UEs, wherein the reference signal is used for both timing advance, TA, estimation and channel estimation; receiving a signal indicating a TA value from the base station, wherein the TA value is obtained based on the reference signal; and synchronizing a subsequent grant-free uplink transmission with uplink transmissions of other UEs based on the TA value; and transmitting the subsequent grant-free uplink transmission to the base station. transmitting, in an inactive state, an initial grant-free uplink transmission to a base station, the initial grant-free uplink transmission including a reference signal and data, and the initial grant-free uplink transmission transmitted asynchronously with uplink transmissions from other UEs, wherein the reference signal is used for both timing advance, TA, estimation and channel estimation; receiving a signal indicating a TA value from the base station, wherein the TA value is obtained based on the reference signal; and synchronizing a subsequent grant-free uplink transmission with uplink transmissions of other UEs based on the TA value; and transmitting the subsequent grant-free uplink transmission to the base station.
A composition having effective broad spectrum preservation activity comprising: (a) benzyl alcohol, (b) salicylic acid, (c) sorbic acid and (d) a compound selected from the group consisting of 1,3-propanediol, glycerin and a combination thereof, wherein component (a) is present at a concentration of from 70% to 90% by weight, component (b) is present at a concentration of from 1% to 15% by weight, component (c) is present at a concentration of from 1% to 4% by weight, and component (d) is present at a concentration of from 1% to 15% by weight, provided that the total amount of components (b) and (c) is no more than 15% by weight, all based on the total weight of the composition.
An absolute position length measurement type encoder comprising: a light-emitting element; a scale which has an absolute pattern based on a pseudorandom code and forms bright and dark patterns by the absolute pattern with respect to projection light from the light-emitting element and where the line width per one pseudorandom code is the minimum line width (P ABS) of the absolute pattern; a light-receiving element for receiving the bright and dark patterns; and a binarization circuit for dividing a digital signal in accordance with a signal output from the light-receiving elements into a mode having high brightness and a mode having lower brightness; characterized in that the binarization circuit is adapted to carry out the binarization process by a threshold value (k) where dispersion (σ B 2, σ W 2 or σ T 2) with regard to the two modes is maximized, and decoding the pseudorandom code at the unit of minimum line width (P ABS) of the absolute pattern from the binarized values; in that the binarization circuit obtains the respective total numbers of the binarization values at a cycle of the minimum line width of the absolute pattern, and determines and decodes the code of the minimum line width by the value the total number of which is greater; and in that the encoder further comprises a position detection circuit for calculating the absolute position of the scale with respect to the light-receiving element by acquiring the correlation between the decoded pseudorandom code and the design value of the pseudorandom code. a light-emitting element; a scale which has an absolute pattern based on a pseudorandom code and forms bright and dark patterns by the absolute pattern with respect to projection light from the light-emitting element and where the line width per one pseudorandom code is the minimum line width (P ABS) of the absolute pattern; a light-receiving element for receiving the bright and dark patterns; and a binarization circuit for dividing a digital signal in accordance with a signal output from the light-receiving elements into a mode having high brightness and a mode having lower brightness; characterized in that the binarization circuit is adapted to carry out the binarization process by a threshold value (k) where dispersion (σ B 2, σ W 2 or σ T 2) with regard to the two modes is maximized, and decoding the pseudorandom code at the unit of minimum line width (P ABS) of the absolute pattern from the binarized values; in that the binarization circuit obtains the respective total numbers of the binarization values at a cycle of the minimum line width of the absolute pattern, and determines and decodes the code of the minimum line width by the value the total number of which is greater; and in that the encoder further comprises a position detection circuit for calculating the absolute position of the scale with respect to the light-receiving element by acquiring the correlation between the decoded pseudorandom code and the design value of the pseudorandom code.
A shift register, comprising a first pull-up control unit, a first pull-down control unit, an output control unit, a second pull-up control unit and a second pull-down control unit, the first pull-up control unit is connected to a first node, a first clock signal terminal (ckl) and a driving signal output terminal (Out), and is configured to supply a signal at the first clock signal terminal (ckl) to the driving signal output terminal (Out) under a control of the first node; the first pull-down control unit is connected to a second node, a reference signal terminal (Vref) and the driving signal output terminal (Out), and is configured to supply a signal at the reference signal terminal (Vref) to the driving signal output terminal (Out) under a control of the second node; characterized in that the output control unit is connected to the first node, the second node, a selection control signal terminal, a third node and a fourth node, and is configured to connect the first node to the third node and to connect the second node to the fourth node when the selection control signal terminal receives a selection control signal; the second pull-up control unit is connected to the third node, the first clock signal terminal (ckl) and a selection driving output terminal (Output), and is configured to supply the signal at the first clock signal terminal (ckl) to the selection driving output terminal (Output) under a control of the third node; and the second pull-down control unit is connected to the fourth node, the reference signal terminal (Vref) and the selection driving output terminal (Output), and is configured to supply the signal at the reference signal terminal (Vref) to the selection driving output terminal (Output) under a control of the fourth node.
A modular plug, comprising a terminal containing a metal contact, wherein an upper surface of a front end of the terminal is provided with a recess, wherein an upper side of the terminal is connected with a clamping elastic sheet through injection moulding, wherein a front end of the clamping elastic sheet is provided with a first projection that matches the recess in shape and size, wherein the first projection is tightly inlaid within the recess, wherein a top end of the clamping elastic sheet extends downwardly and overlays on a front surface of the terminal, wherein a material of the clamping elastic sheet is nylon or polyoxymethylene; characterized in that a material of the terminal is polycarbonate resin, wherein the recess has an oval gear shape and wherein teeth of the recess that proximate to two ends of a central part of the recess form an expanded dovetailed shape.
An aqueous suspension comprising a mineral pigment material, and at least one modified polysaccharide having a degree of carboxylation in the range from 0.6 to 2.0 and an intrinsic viscosity in the range from 3 to 178 ml/g at a pH from 4.5 to 9.5, wherein the carbon of the at least one modified polysaccharide shows a rate of nuclear transformation of 14 C to 14 N in the range from 400 to 890 transformations per hour and per gram carbon, wherein the at least one modified polysaccharide is present in an amount from 0.05 wt.-% to 5.0 wt.-%, based on the total weight of the solids in the suspension, the Brookfield viscosity of the aqueous suspension is between 50 and 1500 mPa·s at 20°C, and the solids content of the suspension is from more than 50 to 82 wt.-%, based on the total weight of the suspension.
Electromechanical assembly, comprising: a generally planar printed circuit board; an electrical terminal electrically and mechanically connected to the PCB and projecting from a major surface of the PCB; and a housing formed of a dielectric material having a base portion and a terminal portion, wherein the terminal portion defines a cavity and the electrical terminal is disposed within said cavity, wherein the terminal portion is disposed within a aperture defined by the base portion, and wherein the PCB is mechanically attached to the base portion, characterized in that the terminal portion is connected to the base portion by a pair of flexible beams, each of which is attached between one of two opposed sides of the base portion and the terminal portion, wherein a base section of the electrical terminal defines serrations configured to provide an interference fit with a pair of walls of the cavity, thereby mechanically attaching the electrical terminal to the terminal portion.. a generally planar printed circuit board; an electrical terminal electrically and mechanically connected to the PCB and projecting from a major surface of the PCB; and a housing formed of a dielectric material having a base portion and a terminal portion, wherein the terminal portion defines a cavity and the electrical terminal is disposed within said cavity, wherein the terminal portion is disposed within a aperture defined by the base portion, and wherein the PCB is mechanically attached to the base portion, characterized in that the terminal portion is connected to the base portion by a pair of flexible beams, each of which is attached between one of two opposed sides of the base portion and the terminal portion, wherein a base section of the electrical terminal defines serrations configured to provide an interference fit with a pair of walls of the cavity, thereby mechanically attaching the electrical terminal to the terminal portion..
A process for producing a processed tea, which comprises a step of mixing a granulated product of a purified green tea extract, said purified product being obtainable by dissolving and extracting the green tea extract in a mixed solution of ethanol and water at a weight ratio of from 99/1 to 75/25, with tea leaves at a solid weight ratio [ /] of from 10/90 to 90/10.
A driver airbag assembly, comprising: a driver airbag module; a mounting interface for coupling the driver airbag module to a steering wheel, wherein the mounting interface comprises: opposing mounting surfaces; a spring configured to engage the mounting interface, wherein the spring defines a perimeter comprising at least three sides [152, 154, 156], namely a first side, a second side, and a third side, wherein the first side of the at least three sides [152, 154, 156] extends opposite from the second side of the at least three sides [152, 154, 156] and wherein the first and second sides [152, 154] of the spring are connected along the third side of the at least three sides of the spring; and a coupling prong configured to engage the spring to secure the airbag module to the mounting interface, wherein the coupling prong is configured to engage one of the at least three sides [152, 154, 156]; characterized in that the first side is least partially angled towards the second side of the spring at an acute angle; and the coupling prong is configured to engage the third side of the spring during installation and translate the spring during securement of the airbag module to the mounting interface in a first direction. a driver airbag module; a mounting interface for coupling the driver airbag module to a steering wheel, wherein the mounting interface comprises: opposing mounting surfaces; a spring configured to engage the mounting interface, wherein the spring defines a perimeter comprising at least three sides [152, 154, 156], namely a first side, a second side, and a third side, wherein the first side of the at least three sides [152, 154, 156] extends opposite from the second side of the at least three sides [152, 154, 156] and wherein the first and second sides [152, 154] of the spring are connected along the third side of the at least three sides of the spring; and a coupling prong configured to engage the spring to secure the airbag module to the mounting interface, wherein the coupling prong is configured to engage one of the at least three sides [152, 154, 156]; opposing mounting surfaces; a spring configured to engage the mounting interface, wherein the spring defines a perimeter comprising at least three sides [152, 154, 156], namely a first side, a second side, and a third side, wherein the first side of the at least three sides [152, 154, 156] extends opposite from the second side of the at least three sides [152, 154, 156] and wherein the first and second sides [152, 154] of the spring are connected along the third side of the at least three sides of the spring; and a coupling prong configured to engage the spring to secure the airbag module to the mounting interface, wherein the coupling prong is configured to engage one of the at least three sides [152, 154, 156]; characterized in that the first side is least partially angled towards the second side of the spring at an acute angle; and the coupling prong is configured to engage the third side of the spring during installation and translate the spring during securement of the airbag module to the mounting interface in a first direction.
A modular surgical retractor comprising: a handle including: a base defining opposing, first and second ends, a neck projecting from the first end to a tail region; and a first blade including: a head section including a first side wall, an opposing second side wall and a floor combining to define a slot sized to receive the neck, a blade member projecting from the head section; wherein the handle and the first blade are configured to provide an attached state in which the first blade is removably attached to the handle, the attached state including an attachment face (216, 218) of each of the side walls in contact with the first end and the floor in contact with the tail region; wherein the neck defines an inside face, an outside face opposite the inside face, and opposing side faces, and further wherein the attached state includes at least a portion of the inside face in contact with the floor; and wherein at least a segment of the inside face is curved in extension from the first end to the tail region, and wherein the inside face is substantially flat along the tail region, and further wherein the floor includes a substantially flat segment, and further wherein the attached state includes the inside face of the tail region in contact with the substantially flat segment of the floor. a handle including: a base defining opposing, first and second ends, a neck projecting from the first end to a tail region; and a base defining opposing, first and second ends, a neck projecting from the first end to a tail region; and a first blade including: a head section including a first side wall, an opposing second side wall and a floor combining to define a slot sized to receive the neck, a blade member projecting from the head section; a head section including a first side wall, an opposing second side wall and a floor combining to define a slot sized to receive the neck, a blade member projecting from the head section; wherein the handle and the first blade are configured to provide an attached state in which the first blade is removably attached to the handle, the attached state including an attachment face (216, 218) of each of the side walls in contact with the first end and the floor in contact with the tail region; wherein the neck defines an inside face, an outside face opposite the inside face, and opposing side faces, and further wherein the attached state includes at least a portion of the inside face in contact with the floor; and wherein at least a segment of the inside face is curved in extension from the first end to the tail region, and wherein the inside face is substantially flat along the tail region, and further wherein the floor includes a substantially flat segment, and further wherein the attached state includes the inside face of the tail region in contact with the substantially flat segment of the floor.
A fluororesin base material comprising a fluororesin layer and a modified layer, characterised in that the fluororesin layer contains a fluororesin as a main component, the modified layer being disposed on at least a partial region of a surface of the fluororesin layer, the modified layer containing a siloxane bond and a hydrophilic organofunctional group, a surface of the modified layer having a contact angle of 90° or less with pure water, the surface of the fluororesin layer not having the modified layer having a contact angle of 95° or more with pure water, wherein the modifed layer is a layer modified by the siloxane bond and the hydrophilic organofunctional group.
A system for improved UE positioning accuracy in a mobile communication system; the system comprising: a plurality of base stations configured to provide for boosting of transmit power to increase the signal Power Spectral Density, PSD, within a predetermined number of resource blocks or within an operating bandwidth around Direct Current, DC, sub-carrier and transmit Positioning Reference Signal, PRS, transmissions that include PRSs; user equipment, UE, (204, 206) configured to listen for the PRS transmissions within an operating bandwidth around Direct Current sub-carrier, perform Time of Arrival, TOA, measurements for a plurality of the base stations based on PRSs in received PRS transmissions, obtain Observed Time Difference of Arrival, OTDOA, measurements by subtracting the TOA measurements from the plurality of the base stations from a TOA of a reference base station, and transmit the OTDOA measurements; and a location server configured to receive the OTDOA measurements, via a base station, and perform a positioning estimation of the UE based on the OTDOA measurements; characterized in that the plurality of base stations is further configured to provide for boosting the transmit power by dynamically increasing a power boosting level based on the accuracy of the positioning estimation failing to meet a predetermined positioning accuracy threshold. a plurality of base stations configured to provide for boosting of transmit power to increase the signal Power Spectral Density, PSD, within a predetermined number of resource blocks or within an operating bandwidth around Direct Current, DC, sub-carrier and transmit Positioning Reference Signal, PRS, transmissions that include PRSs; user equipment, UE, (204, 206) configured to listen for the PRS transmissions within an operating bandwidth around Direct Current sub-carrier, perform Time of Arrival, TOA, measurements for a plurality of the base stations based on PRSs in received PRS transmissions, obtain Observed Time Difference of Arrival, OTDOA, measurements by subtracting the TOA measurements from the plurality of the base stations from a TOA of a reference base station, and transmit the OTDOA measurements; and a location server configured to receive the OTDOA measurements, via a base station, and perform a positioning estimation of the UE based on the OTDOA measurements; characterized in that the plurality of base stations is further configured to provide for boosting the transmit power by dynamically increasing a power boosting level based on the accuracy of the positioning estimation failing to meet a predetermined positioning accuracy threshold.