mhurhangee/ep-ind-claims huggingface dataset:
A vertical screen winding system comprising: a tube for being positioned with respect to a vertical portion of a screen; a smoothing edge feature for being positioned parallel to the tube, wherein the tube is rotatable about a vertical axis for drawing the screen over the smoothing edge feature and causing the screen to wind up onto the tube characterised in that: the smoothing edge feature is configured to apply an amount of frictional drag to cause tension in a full vertical length of the screen between the smoothing edge feature and the tube to prevent sections of the screen from forming a fold between the tube and the smoothing edge in winding up the screen onto the tube. a tube for being positioned with respect to a vertical portion of a screen; a smoothing edge feature for being positioned parallel to the tube, wherein the tube is rotatable about a vertical axis for drawing the screen over the smoothing edge feature and causing the screen to wind up onto the tube
A method of diagnosing a frontotemporal lobar degeneration subtype comprising measuring total Tau and Tau phosphorylated at threonine 181 in a sample from a subject, calculating the ratio of Tau phosphorylated at threonine 181 to total Tau, and making a diagnosis of the subtype based on the calculated ratio, wherein a phosphorylation of Tau at threonine 181 to total Tau ratio of less than about 0.3 indicates the subject has frontotemporal lobar degeneration subtype with immunoreactive lesions to TAR DNA binding protein of 43 kD and wherein a phosphorylation of Tau at threonine 181 to total Tau ratio of greater than about 0.3 indicates the subject has frontotemporal lobar degeneration subtype with immunoreactive lesions to Tau.
A memory circuit (200; 300) comprising: - a plurality of elementary storage cells arranged in an array of rows and of columns, the cells of a same column sharing a same read bit line and a same write bit line; - an internal control circuit (CTRL) capable of implementing a calculation operation comprising the simultaneous activation in read mode of at least two rows of the array; and - a shuffle circuit comprising a data input register, a configuration register, and an output port, the shuffle circuit being capable of delivering on its output port the data stored in its input register shuffled according to a shuffle operation defined according to the state of its configuration register, wherein the shuffle circuit is a configurable routing circuit with a parallel architecture, such that the time of implementation of a shuffle operation is substantially constant whatever the respective contents of the input register and of the configuration register of the shuffle circuit, wherein the control circuit (CTRL) is capable of implementing a shuffle operation comprising a step of reading configuration data stored inside of the memory circuit and of copying the data into the configuration register of the shuffle circuit. - a plurality of elementary storage cells arranged in an array of rows and of columns, the cells of a same column sharing a same read bit line and a same write bit line; - an internal control circuit (CTRL) capable of implementing a calculation operation comprising the simultaneous activation in read mode of at least two rows of the array; and - a shuffle circuit comprising a data input register, a configuration register, and an output port, the shuffle circuit being capable of delivering on its output port the data stored in its input register shuffled according to a shuffle operation defined according to the state of its configuration register, wherein the shuffle circuit is a configurable routing circuit with a parallel architecture, such that the time of implementation of a shuffle operation is substantially constant whatever the respective contents of the input register and of the configuration register of the shuffle circuit, wherein the control circuit (CTRL) is capable of implementing a shuffle operation comprising a step of reading configuration data stored inside of the memory circuit and of copying the data into the configuration register of the shuffle circuit.
Headrest for the interception of eccentric collision of a vehicle, consisting of an inner expanding construction, on which a central cushion and side cushions are arranged, wherein the inner expanding construction is arc-shaped and is provided with an activatable safety member, characterized in that, the guiding part of the expanding construction is firmly arranged on holders for insertion into seats and the stable guiding part comprises a pair of lower guiding rails and a pair of upper guiding rails, which are connected together by a central web, wherein in a gap between each pair of lower and upper guiding rails (7,8) guiding bars are slidably disposed with their free endings, wherein their second endings are connected with a supporting connection bar and they form an extending support console, wherein the supporting connection bar is provided by side cushions and between the central web and the supporting connection bar of the supporting console extendable means are arranged.
A process for producing polyurethane boots wherein a) organic polyisocyanates are mixed with b) polyols, c) chain extender, d) blowing agent, e) catalyst and f) optionally other auxiliaries and/or additives to afford a reaction mixture and in only one injection introduced into a mold comprising the sole and the upper of the boot and allowed to react to form a polyurethane boot, wherein at least one catalyst comprising a tertiary amine and sebacic acid is employed in a molar ratio of tertiary amine to sebacic acid of 1: 0.19 to 0.27. a) organic polyisocyanates are mixed with b) polyols, c) chain extender, d) blowing agent, e) catalyst and f) optionally other auxiliaries and/or additives
An attachment device for attaching and removing a distance measuring instrument to and from a telescope of a theodolite, wherein said distance measuring instrument emits a distance measuring light and performs a distance measurement by receiving a reflected light from an object to be measured, wherein said attachment device comprises a base unit for fixing said distance measuring instrument, and a fixing unit which is fixed on said telescope of said theodolite and which is adapted for fixing said base unit, characterized in that said attachment device includes a rhombic prism provided to cover between an optical axis of said distance measuring instrument and an optical axis of said telescope, and an alignment unit (93,101) for performing alignment so that said distance measuring light entering said rhombic prism concurs with the optical axis of said telescope, wherein said rhombic prism has two reflection surfaces each on an upper end and at a lower end respectively and is arranged such that said distance measuring light emitted from said distance measuring instrument is deflected downward so as to perpendicularly cross a sighting optical axis of said telescope by the reflection surface of the upper end, and then, said distance measuring light is deflected on the reflection surface of the lower end in parallel direction so as to concur with the sighting optical axis of said telescope unit.
Mixing device for tap water comprising a mixing valve and a flow control valve, which are connected in series via a pipe, wherein the flow control valve has a headpiece with two laterally opposite windows, which is centrally penetrated by a spindle being radially guided in it, which is in mesh with a control disc and wherein a temperature sensor for determining the temperature of the water flow fed via the mixing valve is arranged in the flow control valve, which is connected to a controlling and regulating device, via which the temperature of the water flow is adjustable, wherein means for homogenization of the mixed water flow circulating around the temperature sensor are arranged, characterised in that the temperature sensor is arranged in the spindle of the mixing valve, wherein the means for homogenization of the mixed water flow circulating around the temperature sensor are formed by the control disc of the flow control valve, which is designed in a way that it has exactly one inlet and wherein the control disc is designed as a circular disc, onto which an arc-shaped web is mounted, which encloses an inner space by at least 250 degrees, preferably by 270 degrees, whereby an arc-shaped inlet is formed.
An end fitting comprising an engagement head for a subsea riser, the engagement head being arranged to be engaged with a subsea foundation in a longitudinal engagement direction and the engagement head comprising: a connector hub that is offset laterally from a central longitudinally-extending flow axis; a connector pipe in fluid communication with the connector hub, which pipe extends from the flow axis to the connector hub; and a counterweight that is opposed to the connector hub and the connector pipe about the flow axis; characterised in that the end fitting further comprises a pivot joint assembly having a first part that is attachable to or integral with the engagement head and a second part that is pivotable relative to the first part about a centre of rotation that is substantially aligned with the flow axis. a connector hub that is offset laterally from a central longitudinally-extending flow axis; a connector pipe in fluid communication with the connector hub, which pipe extends from the flow axis to the connector hub; and a counterweight that is opposed to the connector hub and the connector pipe about the flow axis; characterised in that the end fitting further comprises a pivot joint assembly having a first part that is attachable to or integral with the engagement head and a second part that is pivotable relative to the first part about a centre of rotation that is substantially aligned with the flow axis.
A drive circuit (10, 80, 104, 110, 134) for a motor comprising: a power source (12, 82, 120, 136) having a first pole (16, 140) and a second pole (18, 142); a phase coil (14a, 14b, 14c, 84a, 84b, 84c, 106a, 106b, 106c, 112a, 116a) coupled to the first pole (16, 140) of the power source (12, 82, 120, 136), the phase coil (14a, 14b, 14c, 84a, 84b, 84c, 106a, 106b, 106c, 112a, 116a) configured to receive electrical energy from the power source (12, 82, 120, 136) to form a magnetic field for imparting motion to a rotor; a switch (20a, 20b, 20c, 86a, 122a) coupling the phase coil (14a, 14b, 14c, 84a, 84b, 84c, 106a, 106b, 106c, 112a, 116a) to the second pole (18, 142) of the power source (12, 82, 120, 136); characterised in that the drive circuit (10, 80, 104, 110, 134) further includes a battery (24, 90, 114, 118, 150, 152, 154) having a first pole (26, 92, 125, 126) and a second pole (28, 94, 127, 128), the first pole (26, 92, 125, 126) of the battery (24, 90, 114, 118, 150, 152, 154) configured to receive energy of the magnetic field of the phase coil (14a, 14b, 14c, 84a, 84b, 84c, 106a, 106b, 106c, 112a, 116a), the second pole (28,94, 127, 128) of the battery (24, 90, 114,118,150, 152, 154) being coupled to the first pole (16, 140) of the power source (12, 82, 120, 136) and having a polarity that is opposite a polarity of the first pole (16, 140) of the power source, and wherein a voltage of the battery (24, 90, 114, 118, 150, 152, 154) is equal to or less than a voltage of the power source (12, 82, 120, 136). a power source (12, 82, 120, 136) having a first pole (16, 140) and a second pole (18, 142); a phase coil (14a, 14b, 14c, 84a, 84b, 84c, 106a, 106b, 106c, 112a, 116a) coupled to the first pole (16, 140) of the power source (12, 82, 120, 136), the phase coil (14a, 14b, 14c, 84a, 84b, 84c, 106a, 106b, 106c, 112a, 116a) configured to receive electrical energy from the power source (12, 82, 120, 136) to form a magnetic field for imparting motion to a rotor; a switch (20a, 20b, 20c, 86a, 122a) coupling the phase coil (14a, 14b, 14c, 84a, 84b, 84c, 106a, 106b, 106c, 112a, 116a) to the second pole (18, 142) of the power source (12, 82, 120, 136); characterised in that the drive circuit (10, 80, 104, 110, 134) further includes a battery (24, 90, 114, 118, 150, 152, 154) having a first pole (26, 92, 125, 126) and a second pole (28, 94, 127, 128), the first pole (26, 92, 125, 126) of the battery (24, 90, 114, 118, 150, 152, 154) configured to receive energy of the magnetic field of the phase coil (14a, 14b, 14c, 84a, 84b, 84c, 106a, 106b, 106c, 112a, 116a), the second pole (28,94, 127, 128) of the battery (24, 90, 114,118,150, 152, 154) being coupled to the first pole (16, 140) of the power source (12, 82, 120, 136) and having a polarity that is opposite a polarity of the first pole (16, 140) of the power source, and wherein a voltage of the battery (24, 90, 114, 118, 150, 152, 154) is equal to or less than a voltage of the power source (12, 82, 120, 136).
A method for cutting a separation membrane for a battery, in which the separation membrane is cut by a laser radiation having a pulse repetition rate on the separation membrane, characterized in that the separation membrane has a structure in which 10 or more separation membranes are laminated, and wherein the pulse repetition rate of said laser is 10 to 40 kHz, a cutting speed of said laser is 800 to 1,000 mm/s, a wavelength of said laser is 300 to 1,200 nm a pulse width of said laser is of 5 to 500 nm and said laser is a pulse laser that has an output capacity of 20 to 500 W or said laser is a CO 2 laser that has an output capacity of 10 to 200 W; a spot size of said CO 2 laser is 50 to 200 μm.
A method for providing a visitor controlled access into a building, comprising the steps of: providing entrance identification information to a mobile device of the visitor when the mobile device is in close proximity of an entrance of the building, the entrance identification information being uniquely associated with the entrance, in particular with a location of the entrance; the mobile device sending the entrance identification information to a remote server; the mobile device receiving a list of residents of the building from the server based on the entrance identification information; the mobile device presenting the list of residents to the visitor; the mobile device receiving an input from the visitor regarding a selection of a resident from the list of residents; establishing a link between the mobile device and a remote device (7, 7') associated with the selected resident; and providing access grant information to an access control means adapted to control access of the visitor into the building via the entrance. providing entrance identification information to a mobile device of the visitor when the mobile device is in close proximity of an entrance of the building, the entrance identification information being uniquely associated with the entrance, in particular with a location of the entrance; the mobile device sending the entrance identification information to a remote server; the mobile device receiving a list of residents of the building from the server based on the entrance identification information; the mobile device presenting the list of residents to the visitor; the mobile device receiving an input from the visitor regarding a selection of a resident from the list of residents; establishing a link between the mobile device and a remote device (7, 7') associated with the selected resident; and providing access grant information to an access control means adapted to control access of the visitor into the building via the entrance.
Method for controlling or regulating a brake system for a motor vehicle which has, at at least one wheel, an electrically regenerative brake and a friction brake which can be actuated by a first brake pressure generation means via a pressure medium, it being possible for the friction brake to be connected via an actuable inlet valve to the first brake pressure generation means and via a first actuable outlet valve to a pressure accumulator, with the result that a discharge of a pressure medium volume which is provided by the first brake pressure generation means can take place via the first outlet valve into the pressure accumulator, a pressure medium volume which is provided by the first brake pressure generation means being discharged into the pressure accumulator during a regenerative braking operation via a second actuable outlet valve which is arranged in a further hydraulic connection between the brake pressure generation means and the pressure accumulator, the pressure accumulator being emptied by way of opening of the first or second outlet valve after the end of a regenerative braking operation.
An adjustable moment counterweight assembly for an angle of attack sensor, the adjustable moment counterweight assembly comprising: a fixed counterweight configured to fixedly attach to a shaft of the angle of attack sensor, the shaft being rotatable about its longitudinal axis; an adjustable counterweight configured to move in a radial direction, with respect to the longitudinal axis of the shaft, relative to the fixed counterweight via rotation of a threaded member; and a first fastener in operable communication with the fixed counterweight and the adjustable counterweight such that the first fastener can fixedly attach the adjustable counterweight to the fixed counterweight; characterized in that the adjustable counterweight is positioned between first and second arms of the fixed counterweight. a fixed counterweight configured to fixedly attach to a shaft of the angle of attack sensor, the shaft being rotatable about its longitudinal axis; an adjustable counterweight configured to move in a radial direction, with respect to the longitudinal axis of the shaft, relative to the fixed counterweight via rotation of a threaded member; and a first fastener in operable communication with the fixed counterweight and the adjustable counterweight such that the first fastener can fixedly attach the adjustable counterweight to the fixed counterweight; characterized in that the adjustable counterweight is positioned between first and second arms of the fixed counterweight.
A method of blending between different torque maps of accelerator pedal position and output torque in a vehicle implemented by a control system, the method comprising: detecting a first operating mode of a vehicle and applying a source torque map; detecting a change of operating mode of the vehicle and selecting a target torque map; blending the characteristic applied to the vehicle from the source torque map to the target torque map at a blending rate, characterised by said blending rate being a percentage per unit time of the difference in torque between said source and target torque maps; and characterised by further comprising: detecting movement of an accelerator pedal to a new position after blending has commenced, to recalculate the blending rate according to the difference in torque between an instant torque map and the target torque map, and to blend to the target torque map from said new position; wherein the instant torque map corresponds to a weighted average of the source and target torque maps according to a percentage of completion of blending from the source to the target torque maps. detecting a first operating mode of a vehicle and applying a source torque map; detecting a change of operating mode of the vehicle and selecting a target torque map; blending the characteristic applied to the vehicle from the source torque map to the target torque map at a blending rate, characterised by said blending rate being a percentage per unit time of the difference in torque between said source and target torque maps; and characterised by further comprising: detecting movement of an accelerator pedal to a new position after blending has commenced, to recalculate the blending rate according to the difference in torque between an instant torque map and the target torque map, and to blend to the target torque map from said new position; wherein the instant torque map corresponds to a weighted average of the source and target torque maps according to a percentage of completion of blending from the source to the target torque maps. detecting movement of an accelerator pedal to a new position after blending has commenced, to recalculate the blending rate according to the difference in torque between an instant torque map and the target torque map, and to blend to the target torque map from said new position; wherein the instant torque map corresponds to a weighted average of the source and target torque maps according to a percentage of completion of blending from the source to the target torque maps.
A cellular communication system comprising: a small cell signal source comprising: an upper small cell unit comprising a plurality of upper protocol processors configured to process an upper first part of a protocol stack of a small cell, a lower small cell unit comprising a plurality of lower protocol processors configured to process a remaining second part of the protocol stack of the small cell, a first matching switch configured to switch on or off an output path of each of the lower protocol processors, and a common controller configured to control activation of the plurality of upper protocol processors of the upper small cell unit and the plurality of lower protocol processors of the lower small cell unit according to a required service capacity and configured to control an operation of the first matching switch; a headend unit configured to interface with a small cell signal source and process bidirectional distribution of an analog RF signal; and a plurality of remote units configured to wirelessly transmit analog RF signals, which have been distributed from the headend unit, through an antenna and configured to transmit uplink RF signals from wireless terminals to the headend unit. a small cell signal source comprising: an upper small cell unit comprising a plurality of upper protocol processors configured to process an upper first part of a protocol stack of a small cell, a lower small cell unit comprising a plurality of lower protocol processors configured to process a remaining second part of the protocol stack of the small cell, a first matching switch configured to switch on or off an output path of each of the lower protocol processors, and a common controller configured to control activation of the plurality of upper protocol processors of the upper small cell unit and the plurality of lower protocol processors of the lower small cell unit according to a required service capacity and configured to control an operation of the first matching switch; an upper small cell unit comprising a plurality of upper protocol processors configured to process an upper first part of a protocol stack of a small cell, a lower small cell unit comprising a plurality of lower protocol processors configured to process a remaining second part of the protocol stack of the small cell, a first matching switch configured to switch on or off an output path of each of the lower protocol processors, and a common controller configured to control activation of the plurality of upper protocol processors of the upper small cell unit and the plurality of lower protocol processors of the lower small cell unit according to a required service capacity and configured to control an operation of the first matching switch; a headend unit configured to interface with a small cell signal source and process bidirectional distribution of an analog RF signal; and a plurality of remote units configured to wirelessly transmit analog RF signals, which have been distributed from the headend unit, through an antenna and configured to transmit uplink RF signals from wireless terminals to the headend unit.