mhurhangee/ep-ind-claims huggingface dataset:
Method for object monitoring by means of a video monitoring system for a rail vehicle to which a video camera is assigned, comprising: - capturing a measurement signal of the video camera, which measurement signal is representative of image data of an environment of a vehicle interior of the rail vehicle, - determining image data of the environment of the vehicle interior depending on the captured measurement signal, - identifying a piece of luggage in the vehicle interior depending on the determined image data, - personalizing the identified piece of luggage, comprising assigning the identified piece of luggage to a mobile terminal that is capable of communicating with the video monitoring system in terms of signalling technology, - determining a manipulation of the identified piece of luggage depending on a predefined manipulation condition, and - sending a notification signal depending on the determined manipulation and depending on the personalizing of the identified piece of luggage and depending on the assigning of the identified piece of luggage to the mobile terminal. - capturing a measurement signal of the video camera, which measurement signal is representative of image data of an environment of a vehicle interior of the rail vehicle, - determining image data of the environment of the vehicle interior depending on the captured measurement signal, - identifying a piece of luggage in the vehicle interior depending on the determined image data, - personalizing the identified piece of luggage, comprising assigning the identified piece of luggage to a mobile terminal that is capable of communicating with the video monitoring system in terms of signalling technology, - determining a manipulation of the identified piece of luggage depending on a predefined manipulation condition, and - sending a notification signal depending on the determined manipulation and depending on the personalizing of the identified piece of luggage and depending on the assigning of the identified piece of luggage to the mobile terminal.
An ESD protection device comprising - an insulating substrate with an insulating surface, - electrodes (21, 22) arranged on a same plane of the insulating surface away from and opposite each other, and - a discharge induction section located between the electrodes (21,22), wherein - the discharge induction section is composed of a porous body in which micropores are discontinuously scattered, and has a hollow structure having at least one or more hollow sections, - a surface of the at least one hollow section is an interface between the porous body and the at least one hollow section and - the porous body and the at least one hollow structure are such that discharge occurring between the electrodes (21, 22) is generated mainly on the interface. - an insulating substrate with an insulating surface, - electrodes (21, 22) arranged on a same plane of the insulating surface away from and opposite each other, and - a discharge induction section located between the electrodes (21,22), wherein - the discharge induction section is composed of a porous body in which micropores are discontinuously scattered, and has a hollow structure having at least one or more hollow sections, - a surface of the at least one hollow section is an interface between the porous body and the at least one hollow section and - the porous body and the at least one hollow structure are such that discharge occurring between the electrodes (21, 22) is generated mainly on the interface.
A radio device, comprising: a first clock unit; a second clock unit (201, 401) configured to run at a lower clock rate than a clock rate of the first clock unit; and a processor configured to operate based on the first clock unit in an operation mode and based on the second clock unit (201, 401) in a sleeping mode, wherein the second clock unit (201, 401) is configured to determine at least one of a temperature deviation and a frequency deviation of the second clock unit (201, 401) and to indicate the at least one of a temperature deviation and frequency deviation to the processor, characterized in that the processor is configured to change from the sleeping mode to the operation mode in response to the indication of the at least one of a temperature deviation and frequency deviation. a first clock unit; a second clock unit (201, 401) configured to run at a lower clock rate than a clock rate of the first clock unit; and a processor configured to operate based on the first clock unit in an operation mode and based on the second clock unit (201, 401) in a sleeping mode, wherein the second clock unit (201, 401) is configured to determine at least one of a temperature deviation and a frequency deviation of the second clock unit (201, 401) and to indicate the at least one of a temperature deviation and frequency deviation to the processor, characterized in that the processor is configured to change from the sleeping mode to the operation mode in response to the indication of the at least one of a temperature deviation and frequency deviation.
A dental restorative device for use in a restoration of an affected tooth requiring restoration from a damaged state to a restored state replicating a natural, undamaged tooth, the dental restorative device comprising: a) a first layer composed of a first dental restoration material and formed into a first end-use configuration replicating an occlusal surface of the natural, undamaged tooth; and b) a second layer fixed to the first layer by cementing or bonding and composed of a first uncured dental composite material in a second end-use configuration forming a plurality of sidewalls replicating a buccal, lingual, mesial and distal sidewall of the natural, undamaged tooth. a) a first layer composed of a first dental restoration material and formed into a first end-use configuration replicating an occlusal surface of the natural, undamaged tooth; and b) a second layer fixed to the first layer by cementing or bonding and composed of a first uncured dental composite material in a second end-use configuration forming a plurality of sidewalls replicating a buccal, lingual, mesial and distal sidewall of the natural, undamaged tooth.
Vibration damping device for a motor vehicle, comprising: - a first element (13, 14) and a second element (15, 16) which can be moved in rotation about an axis X, which are coaxial, and which are able to transmit a torque - at least one group of elastic members (25, 26) mounted between the first element and the second element and acting against the rotation of the first element and the second element with respect to each other, and - a phasing member (32, 33), rotatable about the X axis and formed by a first part and a second part, for arranging the elastic members of said group in series so that the elastic members of each group deform in phase with each other - the first movable element is formed by a first portion of the first movable element and by a second portion of the first movable element, the first portion of the first movable element and the second portion of the first movable element being connected to each other in such a way as to delimit a space within which the second movable element and the phasing member are housed characterized in that the space delimited by the first part of the first mobile element and by the second part of the first mobile element is sealed, the phasing member comprises a first part of the phasing member and a second part of the phasing member, the first part of the phasing member and the second part of the phasing member being arranged on either side of the second mobile element, the space is sealed by means of a first sealing means arranged between the first part of the first mobile element and the first part of the phasing member, on the one hand, and by means of a second sealing means arranged between the second part of the phasing member and the second part of the first mobile element, on the other hand. - a first element (13, 14) and a second element (15, 16) which can be moved in rotation about an axis X, which are coaxial, and which are able to transmit a torque - at least one group of elastic members (25, 26) mounted between the first element and the second element and acting against the rotation of the first element and the second element with respect to each other, and - a phasing member (32, 33), rotatable about the X axis and formed by a first part and a second part, for arranging the elastic members of said group in series so that the elastic members of each group deform in phase with each other - the first movable element is formed by a first portion of the first movable element and by a second portion of the first movable element, the first portion of the first movable element and the second portion of the first movable element being connected to each other in such a way as to delimit a space within which the second movable element and the phasing member are housed characterized in that the space delimited by the first part of the first mobile element and by the second part of the first mobile element is sealed, the phasing member comprises a first part of the phasing member and a second part of the phasing member, the first part of the phasing member and the second part of the phasing member being arranged on either side of the second mobile element,
Plug-in connector part, comprising - a plug-in section (100, 101) for plug-connection to an associated mating plug-in connector part and - at least one contact element (11A, 11B) which is arranged on the plug-in section (100, 101) and has at least one electrically conductive contact section for plug-connection to an associated mating contact element of the mating plug-in connector part and one shaft section, which adjoins the contact section, for fastening an electrical line to the contact element (11A, 11B), characterized by a sleeve element which can be attached to the shaft section of the at least one contact element (11A, 11B) and has a body, a plug-in opening, which is formed in the body, for receiving the shaft section, and a cooling duct, which is formed in or on the body and extends around the plug-in opening, for conducting a coolant. - a plug-in section (100, 101) for plug-connection to an associated mating plug-in connector part and - at least one contact element (11A, 11B) which is arranged on the plug-in section (100, 101) and has at least one electrically conductive contact section for plug-connection to an associated mating contact element of the mating plug-in connector part and one shaft section, which adjoins the contact section, for fastening an electrical line to the contact element (11A, 11B),
A heat ray absorbing lamp cover having an average visible light transmittance of 75% or more, an average near-infrared light transmittance of 75% or less, and a haze of 3.0% or less, wherein the heat ray absorbing lamp cover is formed of a resin composition comprising an inorganic infrared-ray shielding material in a ratio of 1 to 5000 ppm by mass to 100 parts by mass of a thermoplastic resin, wherein the inorganic infrared-ray shielding material comprises composite tungsten oxide fine particles, and characterized in that the heat ray absorbing lamp cover further comprises at least one selected from the group consisting of a red dye, an orange dye and a yellow dye in a range of 0.1 to 10 parts by mass to 100 parts by mass of the composite tungsten oxide fine particles.
Intraosseous dental implant comprising a shaft provided with a first end, a second end opposite the first end, and at least one threading made on the external surface of said shaft, wherein said shaft is defined by a first portion which extends from the first end toward the inside of said shaft, and by at least a second portion which extends from the first portion toward the second end, said first portion and said second portion each having a truncated cone shape with different angles of taper from each other, and said threading being provided on the first portion and on at least part of the second portion, wherein between said first portion and said second portion there is a shoulder that defines a discontinuity of the connection diameters between said first portion and said second portion, wherein said first portion, in the connection zone with said second portion, has a first diameter, wherein said second portion, in said connection zone with said first portion, has a second diameter, bigger than said first diameter, wherein said threading comprises a first portion of threading provided in said first portion, and a second portion of threading provided in said second portion, wherein said first portion of threading has a constant height of the crests of the threads, and wherein the height of the threads of said second portion of threading is greater in correspondence with said connection zone between said first portion and said second portion, and decreases as it moves toward said second end.
A method for controlling operation of a portable electronic device, the method comprising: detecting, by a motion sensor of the portable electronic device, an alternating signature motion of the portable electronic device about a virtual axis; detecting, by the motion sensor, a stabilization time to establish an end of the alternating signature motion; subsequent to and within a predetermined time from detecting the end of the alternating signature motion, detecting, by the motion sensor, a display positioning motion, wherein the display positioning motion is associated with directing a display of the portable electronic device towards a view angle of a user; and controlling, by the portable electronic device, at least one function based on the detected alternating signature motion and the display positioning motion. detecting, by a motion sensor of the portable electronic device, an alternating signature motion of the portable electronic device about a virtual axis; detecting, by the motion sensor, a stabilization time to establish an end of the alternating signature motion; subsequent to and within a predetermined time from detecting the end of the alternating signature motion, detecting, by the motion sensor, a display positioning motion, wherein the display positioning motion is associated with directing a display of the portable electronic device towards a view angle of a user; and controlling, by the portable electronic device, at least one function based on the detected alternating signature motion and the display positioning motion.
A device (100, 300) for collecting liquid flowing down an outside surface of a drinking vessel, the drinking vessel having a bowl and a stem, the device comprising an open and substantially conical main body having a slot (130, 330) along its full length such that the device can be fitted around a portion of the bowl proximal to the stem, and snugly around a portion of the stem proximal to the bowl for providing a substantially liquid-tight seal against the stem, characterised in that the main body comprises a dished portion (120, 320) for a user to grasp, and a tubular portion (110, 310) having a smaller diameter than the dished portion, the tubular portion being positioned below the dished portion, the main body being configured such that the dished portion fits around the portion of the bowl proximal to the stem, and the tubular portion fits snugly around the portion of the stem proximal to the bowl, the dished portion providing a space above the tubular portion, during use the space being disposed between an inside surface of the dished portion and the outside surface of the drinking vessel for facilitating retention of liquid flowing down the outside surface of the drinking vessel from above the device. an open and substantially conical main body having a slot (130, 330) along its full length such that the device can be fitted around a portion of the bowl proximal to the stem, and snugly around a portion of the stem proximal to the bowl for providing a substantially liquid-tight seal against the stem, characterised in that the main body comprises a dished portion (120, 320) for a user to grasp, and a tubular portion (110, 310) having a smaller diameter than the dished portion, the tubular portion being positioned below the dished portion, the main body being configured such that the dished portion fits around the portion of the bowl proximal to the stem, and the tubular portion fits snugly around the portion of the stem proximal to the bowl, the dished portion providing a space above the tubular portion, during use the space being disposed between an inside surface of the dished portion and the outside surface of the drinking vessel for facilitating retention of liquid flowing down the outside surface of the drinking vessel from above the device.
Electrical plug-in connection in particular for electrical motor vehicles with a plug-in connector (1, 2) consisting of a socket and a plug, • a bolting unit (4, 5) with at least a blocking element and a transmission element for the detachable coupling of socket and plug, • an actuator to activate the transmission element whereby • the transmission element is formed as a gearwheel arrangement; characterized in that • the gearwheel arrangement is driven by a gear rack section of the drive pin which is moved in a linear manner by the actuator; • the blocking element is formed at one end as a bolting pin and has a gear rack section at the other end which reaches into the gearwheel arrangement and is moved by this in a linear manner. • a bolting unit (4, 5) with at least a blocking element and a transmission element for the detachable coupling of socket and plug, • an actuator to activate the transmission element • the transmission element is formed as a gearwheel arrangement; characterized in that • the gearwheel arrangement is driven by a gear rack section of the drive pin which is moved in a linear manner by the actuator; • the blocking element is formed at one end as a bolting pin and has a gear rack section at the other end which reaches into the gearwheel arrangement and is moved by this in a linear manner.
A single stranded oligonucleotide having a sequence 5'-X-Y-Z, wherein X is any nucleotide, Y is a nucleotide sequence of 6 nucleotides in length that is not a seed sequence of a human microRNA, and Z is a nucleotide sequence of 1-23 nucleotides in length, wherein the single stranded oligonucleotide is complementary with at least 8 consecutive nucleotides of a PRC2-associated region of an SMN gene, and wherein the single stranded oligonucleotide activates or enhances expression of SMN1 or SMN2 by relieving or preventing PRC2 mediated repression of SMN1 or SMN2.
Method for time synchronisation of sensor units in a distributed system, wherein the sensor units each have an internal time unit, and wherein sensor data is captured by the sensor units and transmitted to a central unit via a radio network, characterised in that a characteristic signal is emitted in the radio network at regular temporal intervals, that a receipt of the characteristic signal is monitored in a respective sensor unit, that, on receipt of a characteristic time feature of the characteristic signal, a current value of the internal time unit of the respective sensor unit is stored with at least one transmitter identifier contained in the characteristic signal in each case, that, when the sensor data is captured, a further, current value of the internal time unit of the respective sensor data is stored, that at least the value of the internal time unit stored when is received, the associated transmitter identifier of the characteristic signal, and the further value of the internal time unit stored when the sensor data is captured are assigned to the captured sensor data and transferred to the central unit together with the sensor data, and that a reference time basis is derived based on the transmitter identifier and a temporal relation between the transferred sensor data of the respective sensor unit and the reference time basis is derived based on the value of the internal time unit of the respective sensor unit stored when the characteristic time feature of the characteristic signal is received and based on the further value of the internal time unit of the respective sensor unit stored when the sensor data is captured.
Scissor-like or forceps-like medical hand tool (1, 1/1) with a first and a second hand lever (2, 3) which each have a handle (4, 5) and a tool part (6, 7) and which are connected to each other pivotably via a hinge pin, wherein the first hand lever, in the region between its handle and its tool, forms a flat first bearing plate, and the second hand lever, in the region between its handle and its tool, forms a flat second bearing plate in the region of which the hinge pin is arranged, wherein the hinge pin is arranged fixedly in the first bearing plate and pivotably receives the second bearing plate provided with a bearing bore, wherein the hinge pin passes through the second bearing plate and, in its end region passing through the second bearing plate, is provided with a radially widened annular flange which is at a distance (a), from the first bearing plate, that corresponds to twice the thickness (d) of the second bearing plate mounted on the hinge pin or that is greater than twice the thickness (d) of the second bearing plate, such that the second hand lever, in an opened pivoting position relative to the first hand lever, is movable along the hinge pin to a position in which the mutually opposite contact surfaces (17, 18) of the flat bearing plates (8, 9) lie free, and in that the first hand lever, in the region of its tool, has a blocking surface which protrudes externally in the direction of the hinge pin and lies in the pivot range of the second bearing plate of the second hand lever, and in that the second bearing plate, in its position raised from the first bearing plate, can be supported with an edge region on the blocking surface.
A communication connection device, comprising: a communication unit for receiving information showing a state of an other communication connection device; and a state change monitoring unit (117,118) for monitoring a change of the state of the other communication connection device by taking into account the information from the communication unit; characterized by further comprising a display unit for prompting a user to change the state of the other communication connection device, and for displaying information to the user for identifying the other communication connection device when the state of the other communication connection device is indicated by the state change monitoring unit (117,118) as being changed; and an input unit for receiving confirmation by the user in response to the displayed identifying information. a communication unit for receiving information showing a state of an other communication connection device; and a state change monitoring unit (117,118) for monitoring a change of the state of the other communication connection device by taking into account the information from the communication unit; characterized by further comprising a display unit for prompting a user to change the state of the other communication connection device, and for displaying information to the user for identifying the other communication connection device when the state of the other communication connection device is indicated by the state change monitoring unit (117,118) as being changed; and an input unit for receiving confirmation by the user in response to the displayed identifying information.