mhurhangee/ep-ind-claims huggingface dataset:
A method for displaying text which includes a string of characters that constitute words on an electronic display, the string of characters being dividable into a plurality of respective display elements, the method comprising: displaying, on the electronic display, the respective display elements serially in time, wherein each of the respective display elements comprises a set of one or more characters of said string of characters; characterized in that the display elements are displayed serially in time on the electronic display such that an optimal recognition position character of each of the display elements is displayed at a same location on the electronic display, said same location being referred to as a fixed display location, wherein at least some of said display elements are displayed serially in time such that the fixed display location is off-center of the respective display element toward the beginning of a displayed display element from the perspective of a reader of the electronic display; and the optimal recognition position character of each display element having 5 to 13 characters is identified as one of the second, third or fourth character of the respective display element depending on the number of characters in the respective display element. displaying, on the electronic display, the respective display elements serially in time, wherein each of the respective display elements comprises a set of one or more characters of said string of characters; characterized in that the display elements are displayed serially in time on the electronic display such that an optimal recognition position character of each of the display elements is displayed at a same location on the electronic display, said same location being referred to as a fixed display location, wherein at least some of said display elements are displayed serially in time such that the fixed display location is off-center of the respective display element toward the beginning of a displayed display element from the perspective of a reader of the electronic display; and the optimal recognition position character of each display element having 5 to 13 characters is identified as one of the second, third or fourth character of the respective display element depending on the number of characters in the respective display element.
A railway vehicle brake actuator for brakingly engaging a brake block or pad with a rotating part (W; D) of the railway vehicle, said railway vehicle brake actuator comprising spring means (24; 42) creating a linear brake force; wherein the railway vehicle brake actuator comprises an eccentric mechanism (21, 23, 25; 41) in a brake force transmitting chain from the spring means (24; 42) to the brake block or pad, and a motor configured to control the angular position of an eccentric (25; 47, 48) in said eccentric mechanism (21, 23, 25; 41) and thus the brake force transmitted from the spring means (24; 42).
A ball striking device, comprising: a ball striking head including a ball striking surface that faces a ball in use, wherein the ball striking head includes a first chamber and a second chamber defined therein, wherein the first and second chambers extend in a direction away from the ball striking surface; a first wall member located behind the ball striking surface in the first chamber; a second wall member located behind the ball striking surface in the second chamber; and means for changing a sound emanated by the ball striking head when a ball contacts the ball striking surface, wherein the means for changing a sound emanated by the ball striking head includes a first means for applying a force to the first wall member and a second means for applying a force to the second wall member. a ball striking head including a ball striking surface that faces a ball in use, wherein the ball striking head includes a first chamber and a second chamber defined therein, wherein the first and second chambers extend in a direction away from the ball striking surface; a first wall member located behind the ball striking surface in the first chamber; a second wall member located behind the ball striking surface in the second chamber; and means for changing a sound emanated by the ball striking head when a ball contacts the ball striking surface, wherein the means for changing a sound emanated by the ball striking head includes a first means for applying a force to the first wall member and a second means for applying a force to the second wall member.
A humanized antibody molecule that binds to human CD37 comprising i) a variable heavy chain with a sequence shown in SEQ ID NO:6, ii) a variable light chain with a sequence shown in SEQ ID NO:12, and iii) constant heavy and light chains that are from a human antibody. i) a variable heavy chain with a sequence shown in SEQ ID NO:6, ii) a variable light chain with a sequence shown in SEQ ID NO:12, and iii) constant heavy and light chains that are from a human antibody.
A square baler having a baling chamber and a bale chute arranged at the discharge end of the baling chamber, the bale chute comprising: - a front portion ( 22a, 22b 22c); and - a rear portion (26, 26a, 26b, 26c) that is pivotally mounted to the front portion ( 22a, 22b, 22c) about a first horizontal axis, characterised in that the rear portion comprises: - a pivot frame that is pivotable about a second axis located below the plane on which the bale slides and offset rearwards from the leading edge of the rear portion for pivoting between an upper, bale sustaining, position and a lowered, bale discharging, position to allow each bale to be lowered onto the ground without the bale toppling onto its end as it leaves the bale chute; and - a weighing table over which the bale slides as it is pushed off the bale chute, the weighing table being supported on the pivot frame by means of two load beams and mountings (26d, 26e) connecting the load beams to the weighing table and pivot frame. - a front portion ( 22a, 22b 22c); and - a rear portion (26, 26a, 26b, 26c) that is pivotally mounted to the front portion ( 22a, 22b, 22c) about a first horizontal axis, characterised in that the rear portion comprises: - a pivot frame that is pivotable about a second axis located below the plane on which the bale slides and offset rearwards from the leading edge of the rear portion for pivoting between an upper, bale sustaining, position and a lowered, bale discharging, position to allow each bale to be lowered onto the ground without the bale toppling onto its end as it leaves the bale chute; and - a weighing table over which the bale slides as it is pushed off the bale chute, the weighing table being supported on the pivot frame by means of two load beams and mountings (26d, 26e) connecting the load beams to the weighing table and pivot frame. - a pivot frame that is pivotable about a second axis located below the plane on which the bale slides and offset rearwards from the leading edge of the rear portion for pivoting between an upper, bale sustaining, position and a lowered, bale discharging, position to allow each bale to be lowered onto the ground without the bale toppling onto its end as it leaves the bale chute; and - a weighing table over which the bale slides as it is pushed off the bale chute, the weighing table being supported on the pivot frame by means of two load beams and mountings (26d, 26e) connecting the load beams to the weighing table and pivot frame.
System composed of data storage elements and at least two system components which, for operation, require one plug-in data storage element each, said required data storage elements (11, 12) being combined in a shared housing of a plug-in data store, each system component (2, 3) exclusively having access to precisely one data storage element (11, 12) by means of a separate, wired interface, each of the data storage elements (11, 12) enabling non-volatile storage of data, the data storage elements (11, 12) being configured to be independent of one another and physically separate, and the interfaces (13, 14) being configured to be independent of one another, characterised in that when the plug-in data store is inserted in only a first of the system components (2, 3) by means of the shared plug connector element, which guides all the interfaces (13, 14), the access to the further data of the further data storage elements by the further system components is enabled by additional plug connector elements between the system components, the data storage element and the interface being configured to be galvanically isolated from the further data storage elements and the further interfaces so that the shared plug-in data store can also be used when simultaneously inserted, by means of separate plug connector elements (131, 141), into more than one of the system components (2, 3) having different reference potentials. said required data storage elements (11, 12) being combined in a shared housing of a plug-in data store, each system component (2, 3) exclusively having access to precisely one data storage element (11, 12) by means of a separate, wired interface, each of the data storage elements (11, 12) enabling non-volatile storage of data, the data storage elements (11, 12) being configured to be independent of one another and physically separate, and the interfaces (13, 14) being configured to be independent of one another, characterised in that when the plug-in data store is inserted in only a first of the system components (2, 3) by means of the shared plug connector element, which guides all the interfaces (13, 14), the access to the further data of the further data storage elements by the further system components is enabled by additional plug connector elements between the system components, the data storage element and the interface being configured to be galvanically isolated from the further data storage elements and the further interfaces so that the shared plug-in data store can also be used when simultaneously inserted, by means of separate plug connector elements (131, 141), into more than one of the system components (2, 3) having different reference potentials.
A method of online power management for a hybrid powertrain, the method comprising: receiving, by a controller comprising one or more processors, measurement data when the hybrid powertrain is in operation, the measurement data comprising fuel flow rate data; pausing, by the controller, a power management of the hybrid powertrain when the hybrid powertrain is in operation; operating, by the controller, the hybrid powertrain at a plurality of speeds for a plurality of designated power levels by at least: for each speed of the plurality of speeds and designated power levels at each speed of the plurality of designated power levels, sending a torque request that is determined based on a corresponding speed and a corresponding designated power level; determining, by the controller, a plurality of brake-thermal-efficiencies (BTEs) based on the measurement data, each BTE of the plurality of BTEs being determined for one of the plurality of designated power levels at one of the plurality of speeds when the hybrid powertrain at a steady state; and selecting, by the controller, a BTE from the plurality of BTEs for each of the plurality of designated power levels, the selected BTE corresponding to a speed. receiving, by a controller comprising one or more processors, measurement data when the hybrid powertrain is in operation, the measurement data comprising fuel flow rate data; pausing, by the controller, a power management of the hybrid powertrain when the hybrid powertrain is in operation; operating, by the controller, the hybrid powertrain at a plurality of speeds for a plurality of designated power levels by at least: for each speed of the plurality of speeds and designated power levels at each speed of the plurality of designated power levels, sending a torque request that is determined based on a corresponding speed and a corresponding designated power level; determining, by the controller, a plurality of brake-thermal-efficiencies (BTEs) based on the measurement data, each BTE of the plurality of BTEs being determined for one of the plurality of designated power levels at one of the plurality of speeds when the hybrid powertrain at a steady state; and selecting, by the controller, a BTE from the plurality of BTEs for each of the plurality of designated power levels, the selected BTE corresponding to a speed. for each speed of the plurality of speeds and designated power levels at each speed of the plurality of designated power levels, sending a torque request that is determined based on a corresponding speed and a corresponding designated power level; determining, by the controller, a plurality of brake-thermal-efficiencies (BTEs) based on the measurement data, each BTE of the plurality of BTEs being determined for one of the plurality of designated power levels at one of the plurality of speeds when the hybrid powertrain at a steady state; and selecting, by the controller, a BTE from the plurality of BTEs for each of the plurality of designated power levels, the selected BTE corresponding to a speed.
Parking lock device for a motor vehicle transmission which has a base, comprising - a parking lock wheel with a locking toothing, - a pawl which is pivotable about a pawl pivot axis between a release position and an engagement position and which, in the engagement position, engages into the locking toothing and which, in the release position, is out of engagement with the locking toothing and which is spring-preloaded in the direction of the release position, - a securing element by means of which the pawl can be secured in the release position by virtue of an action portion of the securing element engaging in spring-preloaded fashion behind an edge of the pawl, and - an actuation mechanism (26, 28), by means of which, in the secured release position of the pawl, the securing element can be transferred out of its engaging-behind position and the thus unsecured pawl can, by propulsion of an actuation element, be pivoted into its engagement position and locked there, characterized in that the securing element is formed as a pivotable snap-action wire clip which is articulated on a carrier element fixed with respect to the base and which is parallel to the pawl and which has an apex portion and, to both sides of the apex portion, in each case one clip arm (222, 224), the free arm ends of which are angled oppositely to one another and are fixed, parallel and offset with respect to one another, to the carrier element. - a parking lock wheel with a locking toothing, - a pawl which is pivotable about a pawl pivot axis between a release position and an engagement position and which, in the engagement position, engages into the locking toothing and which, in the release position, is out of engagement with the locking toothing and which is spring-preloaded in the direction of the release position, - a securing element by means of which the pawl can be secured in the release position by virtue of an action portion of the securing element engaging in spring-preloaded fashion behind an edge of the pawl, and - an actuation mechanism (26, 28), by means of which, in the secured release position of the pawl, the securing element can be transferred out of its engaging-behind position and the thus unsecured pawl can, by propulsion of an actuation element, be pivoted into its engagement position and locked there,
A surgical system, comprising: a surgical evacuation system, comprising: a pump; a motor operably coupled to said pump; a flow path fluidically coupled to said pump; and a sensor positioned along said flow path, wherein said sensor is configured to monitor a particulate concentration of a fluid flowing along said flow path; a generator operably configured to supply power, such as an energy waveform, to an electrosurgical instrument; a control circuit configured to: receive the particulate concentration from said sensor; and adjust the power, such as an energy waveform, supplied by said generator in response to the particulate concentration received from said sensor; characterised in that the surgical system further comprises a surgical hub, the surgical hub comprising a situational awareness module, wherein the situational awareness module is configured to provide situational awareness information to the surgical evacuation system, and wherein the surgical evacuation system is configured to use the situational awareness information to facilitate tuning parameters of said sensor. a surgical evacuation system, comprising: a pump; a motor operably coupled to said pump; a flow path fluidically coupled to said pump; and a sensor positioned along said flow path, wherein said sensor is configured to monitor a particulate concentration of a fluid flowing along said flow path; a pump; a motor operably coupled to said pump; a flow path fluidically coupled to said pump; and a sensor positioned along said flow path, wherein said sensor is configured to monitor a particulate concentration of a fluid flowing along said flow path; a generator operably configured to supply power, such as an energy waveform, to an electrosurgical instrument; a control circuit configured to: receive the particulate concentration from said sensor; and adjust the power, such as an energy waveform, supplied by said generator in response to the particulate concentration received from said sensor; receive the particulate concentration from said sensor; and adjust the power, such as an energy waveform, supplied by said generator in response to the particulate concentration received from said sensor; characterised in that the surgical system further comprises a surgical hub, the surgical hub comprising a situational awareness module, wherein the situational awareness module is configured to provide situational awareness information to the surgical evacuation system, and wherein the surgical evacuation system is configured to use the situational awareness information to facilitate tuning parameters of said sensor.
A method of operating a terminal device in a wireless telecommunication system supporting device-to-device, D2D, communications between terminal devices (506, 508), the method comprising: receiving an indication of a set of radio resources available for D2D communications within the wireless telecommunication system from a network entity in system information block signalling; determining an indication of an extent to which the set of radio resources is being used for D2D communications by measuring the extent to which the set of radio resources is being used for D2D communications and determining from this the indication of the extent to which the set of radio resources is being used for D2D communications; wherein measuring the extent to which the set of radio resources is being used for D2D communications comprises measuring the power being transmitted on the set of radio resources; and transmitting the indication of the extent to which the set of radio resources is being used for D2D communications to the network entity; wherein the terminal device transmits the indication of the extent to which the set of radio resources is being used for D2D communications to the network entity in response to the terminal device determining from the measurements the extent to which the set of radio resources is being used for D2D communications exceeds a predefined threshold. receiving an indication of a set of radio resources available for D2D communications within the wireless telecommunication system from a network entity in system information block signalling; determining an indication of an extent to which the set of radio resources is being used for D2D communications by measuring the extent to which the set of radio resources is being used for D2D communications and determining from this the indication of the extent to which the set of radio resources is being used for D2D communications; wherein measuring the extent to which the set of radio resources is being used for D2D communications comprises measuring the power being transmitted on the set of radio resources; and transmitting the indication of the extent to which the set of radio resources is being used for D2D communications to the network entity; wherein the terminal device transmits the indication of the extent to which the set of radio resources is being used for D2D communications to the network entity in response to the terminal device determining from the measurements the extent to which the set of radio resources is being used for D2D communications exceeds a predefined threshold.
A tampon for insertion into a body cavity, in particular into a woman's vagina, comprising an absorbent body compressed in an axial and/or radial direction which has a tip tapering towards one of its axial ends, and comprising a liquid-permeable cladding material which has thermoplastic fibres and at least partially covers the outer boundary of the absorbent body, said cladding material preferably comprising a cladding nonwoven material, wherein the coefficient of static friction of the cladding material as measured in accordance with ASTM D 4918-1997, at least on the outer side facing away from the absorbent body, is more than 0.2, characterised in that the tip is provided, in its apex region, with a recess which proceeds towards the opposite end of the absorbent body and is covered by the cladding material at least partially, preferably fully.
Radiation-reflecting road marking, characterized in that the road marking comprises metal particles having a diameter of between 10 μm and 1 cm, and in that the metal particles are particles consisting wholly or partly of aluminium, magnesium or zinc or of an alloy predominantly containing aluminium, magnesium or zinc.
System for automated execution of a maneuver or behavior selected by an operator of the system, the system comprising a situation analyzing unit (3.1) for determining a currently experienced situation, a maneuver and/or behavior determining unit (3.2) for determining maneuver options and/or behavior options that potentially can be realized by the system in the determined situation, a haptic display unit for outputting information on at least one of the determined maneuvers and/or behaviors, a selection input unit (5, 3.4) for accepting a system operator's selection of one of the output maneuver options and/or behavior options, and actuators configured to execute the selected option, and the system characterized in that the output information encodes the at least one maneuver and/or behavior temporally and/or with respect to intensity of a haptic stimulation, and the haptic display unit is configured to generate a stimulation of the operator without physical contact between the operator and the haptic display unit. a situation analyzing unit (3.1) for determining a currently experienced situation, a maneuver and/or behavior determining unit (3.2) for determining maneuver options and/or behavior options that potentially can be realized by the system in the determined situation, a haptic display unit for outputting information on at least one of the determined maneuvers and/or behaviors, a selection input unit (5, 3.4) for accepting a system operator's selection of one of the output maneuver options and/or behavior options, and actuators configured to execute the selected option, and the system characterized in that the output information encodes the at least one maneuver and/or behavior temporally and/or with respect to intensity of a haptic stimulation, and the haptic display unit is configured to generate a stimulation of the operator without physical contact between the operator and the haptic display unit.