mhurhangee/ep-ind-claims huggingface dataset:
A dosimeter container (10, 20, 30, 40) comprising: a housing portion (11, 21, 31, 41) for housing a radiation dosage measuring device; and a shield portion surrounding the housing portion and including at least a LiF sintered body, the LiF sintered body transmitting the predetermined radiation to be measured with the radiation dosage measuring device but blocking neutron radiation, characterised in that the LiF sintered body is a 6 LiF sintered body including 6 LiF and has a relative density thereof, obtained by dividing the density of the sintered body by the theoretical density equal to 2.64 g/cm 3 of LiF, of 83% or more to 90% or less, and in that the radiation dosage measuring device is for measuring a dosage of predetermined radiation other than neutron radiation.
A method of mitigating motion sickness in an autonomous vehicle having a vehicle body, the method comprising: anticipating an upcoming vehicle maneuver when operating the autonomous vehicle on a road; prior to initiation of the vehicle maneuver, actuating an actuator of an active suspension system to induce roll in at least a portion of the autonomous vehicle to forewarn a vehicle occupant about the anticipated vehicle maneuver of the autonomous vehicle. anticipating an upcoming vehicle maneuver when operating the autonomous vehicle on a road; prior to initiation of the vehicle maneuver, actuating an actuator of an active suspension system to induce roll in at least a portion of the autonomous vehicle to forewarn a vehicle occupant about the anticipated vehicle maneuver of the autonomous vehicle.
A surgical system, comprising a bone fastener having a shaft attachable with tissue and a head, a surgical instrument comprising: a member connectable with the head of the bone fastener, the member being movable with the head to identify a range of movement of the head relative to the shaft; and an image guide connected with the member, including an emitter array and oriented relative to a sensor array to communicate a signal representative of the range of movement, and a surgical navigation system including the sensor array and a display, wherein the signal generated by the emitter array represents data points of bony impingement of the head with tissue that limits the range of movement of the head relative to the shaft and/or tissue, wherein the sensor array of the navigation system receives the signal and the navigation system is configured to provide a visual representation of the range of movement in the form of range of movement data points and/or angular position of the head on the display. a bone fastener having a shaft attachable with tissue and a head, a surgical instrument comprising: a member connectable with the head of the bone fastener, the member being movable with the head to identify a range of movement of the head relative to the shaft; and an image guide connected with the member, including an emitter array and oriented relative to a sensor array to communicate a signal representative of the range of movement, and a member connectable with the head of the bone fastener, the member being movable with the head to identify a range of movement of the head relative to the shaft; and an image guide connected with the member, including an emitter array and oriented relative to a sensor array to communicate a signal representative of the range of movement, and a surgical navigation system including the sensor array and a display, wherein the signal generated by the emitter array represents data points of bony impingement of the head with tissue that limits the range of movement of the head relative to the shaft and/or tissue, wherein the sensor array of the navigation system receives the signal and the navigation system is configured to provide a visual representation of the range of movement in the form of range of movement data points and/or angular position of the head on the display.
A gas diffusion electrode substrate that is used in a fuel cell and is constituted by an electrode substrate and microporous parts, in which a microporous part is formed on one surface of the electrode substrate with a thickness in the range of 10 μm or more and 60 μm or less, and in the gas diffusion electrode substrate, the pore volume of pores with a pore size of 0.1 μm or more and less than 10 μm is within the range of 0.9 times or more and 5 times or less of the pore volume of pores with a pore size of 10 μm or more and less than 100 μm.
Method for decontaminating a series of caps and a series of containers made of plastics material, each intended to be closed by one of the caps of the series of caps, the method comprising the following steps: - emitting decontaminating radiation using emission means, - conveying the series of containers using first gripping means towards the emission means along a conveying path, and - conveying the series of caps using second gripping means towards the emission means along the conveying path; characterized in that, during the conveying of the series of caps and of the series of containers, the second gripping means alternate along the conveying path with the first gripping means in front of the emission means. - emitting decontaminating radiation using emission means, - conveying the series of containers using first gripping means towards the emission means along a conveying path, and - conveying the series of caps using second gripping means towards the emission means along the conveying path;
A user equipment integrated circuit, the integrated circuit characterized by comprising: a receiving section configured to receive an index of at least one of sequences with consecutive indices among a plurality of sequences, which are indexed by the indices having consecutive numbers in order of increasing to a maximum value and then decreasing, from the maximum value, a cyclic shift amount corresponding to a Doppler shift according to a sequence number or in order of increasing to a maximum value and then decreasing, from the maximum value, a required cyclic shift amount according to the sequence number, the sequences being Zadoff-Chu sequences, cr(k), defined by equation c r k = exp - j ⁢ 2 ⁢ πr N ⁢ k ⁢ k + 1 2 + qk, where r is the sequence number, N is a length of the Zadoff-Chu sequence and is odd, k is an integer changing from 0 to N-1, and q is an arbitrary integer; and a transmitting section configured to transmit a preamble sequence generated from the Zadoff-Chu sequence corresponding to the index that is received. a receiving section configured to receive an index of at least one of sequences with consecutive indices among a plurality of sequences, which are indexed by the indices having consecutive numbers in order of increasing to a maximum value and then decreasing, from the maximum value, a cyclic shift amount corresponding to a Doppler shift according to a sequence number or in order of increasing to a maximum value and then decreasing, from the maximum value, a required cyclic shift amount according to the sequence number, the sequences being Zadoff-Chu sequences, cr(k), defined by equation c r k = exp - j ⁢ 2 ⁢ πr N ⁢ k ⁢ k + 1 2 + qk, where r is the sequence number, N is a length of the Zadoff-Chu sequence and is odd, k is an integer changing from 0 to N-1, and q is an arbitrary integer; and a transmitting section configured to transmit a preamble sequence generated from the Zadoff-Chu sequence corresponding to the index that is received.
A mobile relay node operable to relay received data to one or more communications devices served by the mobile relay node, the mobile relay node comprising: transceiver circuitry operable for transmitting signals to and for receiving signals from one or more remote transmission points and the one or more communications devices served by the mobile relay node; and a communications control module operable for controlling the operation of the mobile relay node such that in a first operating state the mobile relay node is configured to send and receive data to be relayed, to and from a single remote transmission point (5, 6) and such that in a second operating state the mobile relay node is configured to operate in a coordinated multipoint, 'CoMP', mode in which the mobile relay node is configured to send and receive data to be relayed, to and from a plurality of remote and separate transmission points (5, 6) wherein the communications control module is configured to receive configuration data that controls configuration of the mobile relay node from a remote transmission point wherein the configuration data defines, if the communications control module is to operate in said first operating state or said second operating state. transceiver circuitry operable for transmitting signals to and for receiving signals from one or more remote transmission points and the one or more communications devices served by the mobile relay node; and a communications control module operable for controlling the operation of the mobile relay node such that in a first operating state the mobile relay node is configured to send and receive data to be relayed, to and from a single remote transmission point (5, 6) and such that in a second operating state the mobile relay node is configured to operate in a coordinated multipoint, 'CoMP', mode in which the mobile relay node is configured to send and receive data to be relayed, to and from a plurality of remote and separate transmission points (5, 6) wherein the communications control module is configured to receive configuration data that controls configuration of the mobile relay node from a remote transmission point wherein the configuration data defines, if the communications control module is to operate in said first operating state or said second operating state.
A device configured for securing an object to a ceiling, comprising: a threaded rod having a rod axis, a first end configured to receive a driver tool and a second end; a bracket having a first bracket portion configured to be secured to a side of the object and a second bracket portion engaging the second end of the threaded rod; and a spring-loaded tab having a first tab portion that includes a stop surface and a threaded passage in engagement with the threaded rod, a second tab portion having an outer surface, and a spring mechanism in communication with the first and second tab portions (50, 54), wherein the second tab portion is rotatable about an axis substantially perpendicular to the rod axis between a first angular position in which the outer surface is substantially parallel to the rod axis and a second angular position in which the second tab portion engages the stop surface of the first tab portion, wherein the spring-loaded tab includes a spring wire attached to the first and second tab portions (50, 54), and wherein the spring wire is configured to urge the second tab portion from the first angular position toward the second angular position and the second tab portion may be urged from the second angular position toward the first angular position when in contact with a side of an opening in the ceiling, characterized in that a tab clamp and screws secure one end of the spring wire to the second tab portion while the opposite end is attached to the first tab portion. a threaded rod having a rod axis, a first end configured to receive a driver tool and a second end; a bracket having a first bracket portion configured to be secured to a side of the object and a second bracket portion engaging the second end of the threaded rod; and a spring-loaded tab having a first tab portion that includes a stop surface and a threaded passage in engagement with the threaded rod, a second tab portion having an outer surface, and a spring mechanism in communication with the first and second tab portions (50, 54), wherein the second tab portion is rotatable about an axis substantially perpendicular to the rod axis between a first angular position in which the outer surface is substantially parallel to the rod axis and a second angular position in which the second tab portion engages the stop surface of the first tab portion, wherein the spring-loaded tab includes a spring wire attached to the first and second tab portions (50, 54), and wherein the spring wire is configured to urge the second tab portion from the first angular position toward the second angular position and the second tab portion may be urged from the second angular position toward the first angular position when in contact with a side of an opening in the ceiling, characterized in that a tab clamp and screws secure one end of the spring wire to the second tab portion while the opposite end is attached to the first tab portion.
Arrangement for producing at least one image of a scene (104, 105, 106) of surroundings of at least one user, having • at least one device for recording the at least one image of the surroundings, • a device for detecting a behaviour of the at least one user, • a control unit for evaluating the behaviour of the at least one user and for obtaining therefrom at least one control signal for controlling the device for recording the at least one image of the surroundings according to the behaviour of the at least one user, which control comprises selection of a direction of recording and of image details or objects (104, 105, 106) to be recorded in the surroundings. • at least one device for recording the at least one image of the surroundings, • a device for detecting a behaviour of the at least one user, • a control unit for evaluating the behaviour of the at least one user and for obtaining therefrom at least one control signal for controlling the device for recording the at least one image of the surroundings according to the behaviour of the at least one user, which control comprises selection of a direction of recording and of image details or objects (104, 105, 106) to be recorded in the surroundings.
A light-emitting device comprising an anode, a light-emitting layer, an electron-transporting layer and a cathode, the electron-transporting layer containing: a) at least one electron-transporting material whose lowest unoccupied molecular orbital (LUMO) level is -3.0 eV or more; and b) at least one dopant material selected from the group consisting of a heterocyclic compound whose singly occupied molecular orbital (SOMO) level is -2.2 to -1.5 eV, and a derivative thereof; wherein the heterocyclic compound is selected from and wherein: the LUMO level of the electron-transporting material is smaller than the SOMO level of the heterocyclic compound; the SOMO level of the heterocyclic compound is as determined by employing a quantum-chemical calculation program Gaussian 09, the structure optimization of a radical state of the heterocyclic compound being performed by a density functional method at the B3LYP level using MIDI! as a basis to determine the SOMO level in the optimized structure; and the derivative of the heterocyclic compound is a compound that is converted to the heterocyclic compound by activation by heat or light irradiation, or a compound that is formed from the heterocyclic compound by electron donation to the electron-transporting material. a) at least one electron-transporting material whose lowest unoccupied molecular orbital (LUMO) level is -3.0 eV or more; and b) at least one dopant material selected from the group consisting of a heterocyclic compound whose singly occupied molecular orbital (SOMO) level is -2.2 to -1.5 eV, and a derivative thereof; the LUMO level of the electron-transporting material is smaller than the SOMO level of the heterocyclic compound; the SOMO level of the heterocyclic compound is as determined by employing a quantum-chemical calculation program Gaussian 09, the structure optimization of a radical state of the heterocyclic compound being performed by a density functional method at the B3LYP level using MIDI! as a basis to determine the SOMO level in the optimized structure; and the derivative of the heterocyclic compound is a compound that is converted to the heterocyclic compound by activation by heat or light irradiation, or a compound that is formed from the heterocyclic compound by electron donation to the electron-transporting material.
Method for the automated adjustment of a contacting pressure between rotary bodies in a printing press wherein a measurement of an image of a pressure strip is taken on a printing material, characterized in that an image of a first pressure strip formed by a first rotary body together with a second rotary body, and an image of a second pressure strip formed by the second rotary body together with a third rotary body are measured and that the contacting pressure between the rotary bodies is automatically adjusted.
A blade assembly (100, 200) comprising: a housing having a recess defining a first wall on a first side of the housing and a second wall on a second side of the housing; an elongated body that is attached to the first and second walls (25, 26) and is rotatable about a longitudinal axis (S-S); and a locking mechanism configured to releasably lock the body in a use position; characterized in that the elongated body has two or more facets, wherein at least one of the facets has a lubricating element disposed thereon, wherein the second side of the housing includes a retaining portion formed on an interior surface of the second wall, wherein the locking mechanism is disposed within the retaining portion and, wherein the locking mechanism is configured to slide relative to the retaining portion of the housing. a housing having a recess defining a first wall on a first side of the housing and a second wall on a second side of the housing; an elongated body that is attached to the first and second walls (25, 26) and is rotatable about a longitudinal axis (S-S); and a locking mechanism configured to releasably lock the body in a use position; characterized in that the elongated body has two or more facets, wherein at least one of the facets has a lubricating element disposed thereon, wherein the second side of the housing includes a retaining portion formed on an interior surface of the second wall, wherein the locking mechanism is disposed within the retaining portion and, wherein the locking mechanism is configured to slide relative to the retaining portion of the housing.
Photodetector for imaging applications, in particular high speed imaging applications, comprising: a photodiode array having a plurality of photodiodes, wherein each photodiode has a bulk sensitive area and a periphery at photo-lithographically defined edges of the bulk sensitive area of the photodiode, and a charge trapping suppressing unit (130, 140) configured to suppress a trapping of charges at the edges of the photodiodes, wherein the charge trapping suppressing unit (130, 140) comprises metal bias lines in direct contact with the bulk sensitive area directly at the periphery of the bulk sensitive area of the photodiode, said metal bias lines being connectable to a voltage source to bias the bias lines to repel carriers of same polarity as the bias line polarity from trap sites at the edges of the photodiode, wherein the bulk sensitive area comprises amorphous state material, wherein the photodiodes each comprise a bottom metal electrode, the bulk sensitive material with its periphery at photo-lithographically defined edges, and a top metal electrode, wherein the top electrode is facing incoming light, wherein the bottom electrode is facing away from the incoming light, wherein the metal bias lines are not in contact with the bottom electrode and characterized in that the metal bias lines are not in contact with the top metal electrode of the photodiodes. a photodiode array having a plurality of photodiodes, wherein each photodiode has a bulk sensitive area and a periphery at photo-lithographically defined edges of the bulk sensitive area of the photodiode, and a charge trapping suppressing unit (130, 140) configured to suppress a trapping of charges at the edges of the photodiodes, wherein the charge trapping suppressing unit (130, 140) comprises metal bias lines in direct contact with the bulk sensitive area directly at the periphery of the bulk sensitive area of the photodiode, said metal bias lines being connectable to a voltage source to bias the bias lines to repel carriers of same polarity as the bias line polarity from trap sites at the edges of the photodiode, wherein the bulk sensitive area comprises amorphous state material, wherein the photodiodes each comprise a bottom metal electrode, the bulk sensitive material with its periphery at photo-lithographically defined edges, and a top metal electrode, wherein the top electrode is facing incoming light, wherein the bottom electrode is facing away from the incoming light, wherein the metal bias lines are not in contact with the bottom electrode and characterized in that the metal bias lines are not in contact with the top metal electrode of the photodiodes.
Tarpaulin structure of a utility vehicle, in particular a truck, trailer or semi-trailer, with at least one longitudinal spar extending along a side wall, a side tarpaulin provided to be displaceable along the longitudinal spar from a closed position closing the associated side wall into an open position opening the associated side wall for loading and/or unloading, and with a floor structure for setting up cargo to be transported with the tarpaulin body, wherein the side tarpaulin has a plurality of planks extending at least predominantly vertically in the closed position for stiffening the side wall and at least one cross-locking means (18, 19) connected to at least one plank, characterized in that the side panel has at least one transverse locking means (18, 19) connected to at least one plank and that the at least one transverse locking means (18,19) in the closed position of the side tarpaulin is configured to be adjustable from a locking position supported positively on the longitudinal spar and/or the floor structure in the laterally outward direction relative to the side wall into a release position not supported positively on the longitudinal spar and/or the floor structure in the laterally outward direction relative to the side wall and back.
Medical device for ablating tissue cells, having at least one electrode, at least one temperature sensor and a radially expandable, at least partially tubular mesh structure that has struts delimiting the cells, wherein the mesh structure has at least one contact element which is arranged in a wall plane with the struts and is connected to the struts, wherein the electrode and the temperature sensor are arranged on the contact element, characterized in that the contact element is arranged in self-supporting manner inside a higher level cell and is designed integrally, in particular monolithically, with the struts. wherein the mesh structure has at least one contact element which is arranged in a wall plane with the struts and is connected to the struts, wherein the electrode and the temperature sensor are arranged on the contact element, characterized in that the contact element is arranged in self-supporting manner inside a higher level cell and is designed integrally, in particular monolithically, with the struts.