mhurhangee/ep-ind-claims huggingface dataset:
A mobile power supply device for outdoor power supply, comprising a housing, a battery pack, a driving device, a controller and a tracking device, wherein the battery pack is disposed inside the housing, the housing is provided with at least one socket electrically connected with the battery pack, the driving device includes wheels and driving motors for driving the wheels, the controller is connected with the driving motors, the tracking device is connected with the controller, characterized in that the battery pack is used to supply electric power to an electric tool which is an electric saw, a blower, a pump or an electric lawn mower during outdoor work through the at least one socket, the tracking device is used to track a user of the mobile power supply device, the controller is configured to control the driving device to drive the housing to automatically follow the user according to the tracking result of the tracking device.
Pharmaceutical composition containing selenite-containing compounds and pharmaceutically acceptable acids, selected from citric acid, acetic acid, malic acid, carbonic acid, sulfuric acid, nitric acid, hydrochloric acid, fruit acids or mixtures thereof, for the use in the treatment of cervical cell alterations with a PAP score of ≥ PAP III and/or a CIN score of ≥ CIN 1.
A method of transmitting data to a mobile terminal from a plurality of transmit antennas, the method comprising transmitting a plurality of reference signals and wherein the method further comprises: assigning each of the reference signals to a corresponding one of two or more antenna groupings, wherein at least a first one of the antenna groupings comprises two or more transmit antennas; transmitting each of the reference signals using at least one transmit antenna from the corresponding antenna grouping; receiving channel feedback data derived by the mobile terminal from the reference signals, wherein the channel feedback data includes an indicator corresponding to a recommended precoder matrix selected by the mobile terminal, determining a first beam-forming vector for the first one of the antenna groupings by estimating a direction of arrival for uplink signals received from the mobile terminal; and mapping the one or more data streams to the transmit antennas according to a final precoding matrix that depends on the channel feedback data and the first beam-forming vector, to obtain a weighted transmit signal for each of the transmit antennas. assigning each of the reference signals to a corresponding one of two or more antenna groupings, wherein at least a first one of the antenna groupings comprises two or more transmit antennas; transmitting each of the reference signals using at least one transmit antenna from the corresponding antenna grouping; receiving channel feedback data derived by the mobile terminal from the reference signals, wherein the channel feedback data includes an indicator corresponding to a recommended precoder matrix selected by the mobile terminal, determining a first beam-forming vector for the first one of the antenna groupings by estimating a direction of arrival for uplink signals received from the mobile terminal; and mapping the one or more data streams to the transmit antennas according to a final precoding matrix that depends on the channel feedback data and the first beam-forming vector, to obtain a weighted transmit signal for each of the transmit antennas.
A modified silica support having a polar phase bound to its surface and suitable for use for chromatographic separations, said modified silica support having the following formula: wherein, m = 0-20; n = 0-20; p = 1-50; X is sulfonyl, carbonyl, carbamoyl or oxycarbonyl; R 1 = H, alkyl, substituted alkyl, aryl or substituted aryl; R 2 = alkyl, substituted alkyl, aryl or substituted aryl; and R 3 and R 4 are alkyl, aryl, hydroxyl, or alkoxy, or groups including oxygen atoms linked to silicon atoms, wherein at least one of R 1 and R 2 comprises a carbon chain having a length of at least C 10. m = 0-20; n = 0-20; p = 1-50; X is sulfonyl, carbonyl, carbamoyl or oxycarbonyl; R 1 = H, alkyl, substituted alkyl, aryl or substituted aryl; R 2 = alkyl, substituted alkyl, aryl or substituted aryl; and R 3 and R 4 are alkyl, aryl, hydroxyl, or alkoxy, or groups including oxygen atoms linked to silicon atoms,
Height-adjustable piece of furniture comprising a lower part which can be placed on a floor, an upper part, an adjustment arrangement, a first reference portion, a second reference portion and a deformation sensor, wherein a distance between the lower part and the upper part can be changed by means of the adjustment arrangement, the deformation sensor is arranged so as to detect a change in the first reference portion and the second reference portion with respect to one another, the deformation sensor is connected to the adjustment arrangement such that a signal from the deformation sensor can be transmitted to the adjustment arrangement, and the adjustment arrangement is designed to stop a change in the distance between the lower part and the upper part when the signal transmitted by the deformation sensor represents a change in the first reference portion and the second reference portion with respect to one another that exceeds a predefined threshold value, characterized by a cable protector on which a cable for wiring an electrical device can be mounted, and which is coupled to the first reference portion and the second reference portion such that a tensile force acting on the cable mounted on the cable protector causes a change in the first reference portion and the second reference portion with respect to one other. a distance between the lower part and the upper part can be changed by means of the adjustment arrangement, the deformation sensor is arranged so as to detect a change in the first reference portion and the second reference portion with respect to one another, the deformation sensor is connected to the adjustment arrangement such that a signal from the deformation sensor can be transmitted to the adjustment arrangement, and the adjustment arrangement is designed to stop a change in the distance between the lower part and the upper part when the signal transmitted by the deformation sensor represents a change in the first reference portion and the second reference portion with respect to one another that exceeds a predefined threshold value, characterized by a cable protector on which a cable for wiring an electrical device can be mounted, and which is coupled to the first reference portion and the second reference portion such that a tensile force acting on the cable mounted on the cable protector causes a change in the first reference portion and the second reference portion with respect to one other.
A braking system for a support member of a reel, e.g. a reel of paper in a machine for producing cardboard or corrugated cardboard, wherein said braking system comprises a motor-generator device and a mechanical brake device arranged coaxially, characterised in that said mechanical brake device is an air brake, comprising: - a detection device configured to detect, in real time, the tension applied to the paper unwound from a reel; - an electro-pneumatic converter operatively connected to said detection device, the electro-pneumatic converter being configured to regulate the air pressure to be sent to said mechanical brake device according to a preset braking torque value to be supplied; - at least one pneumatic line (15, 15') connected to said electro-pneumatic converter and to said mechanical brake device; - a pressure transducer connected, by means of a shunt (15"), to said at least one pneumatic line (15, 15') and to a command and control unit, wherein said command and control unit calculates a splitting of the preset braking torque to be supplied between a braking torque of the mechanical brake device and a braking torque of the motor-generator device according to the pressure detected by the pressure transducer and it commands the braking torque of the motor-generator device according to said calculation. - a detection device configured to detect, in real time, the tension applied to the paper unwound from a reel; - an electro-pneumatic converter operatively connected to said detection device, the electro-pneumatic converter being configured to regulate the air pressure to be sent to said mechanical brake device according to a preset braking torque value to be supplied; - at least one pneumatic line (15, 15') connected to said electro-pneumatic converter and to said mechanical brake device; - a pressure transducer connected, by means of a shunt (15"), to said at least one pneumatic line (15, 15') and to a command and control unit, wherein said command and control unit calculates a splitting of the preset braking torque to be supplied between a braking torque of the mechanical brake device and a braking torque of the motor-generator device according to the pressure detected by the pressure transducer and it commands the braking torque of the motor-generator device according to said calculation.
A vehicle control system comprising: a knob having a flexible surface and comprising a shape changing device, the shape changing device comprising a rotary rod (602, 702) or hinged rods (802, 804, 902- 908, 1002-1008); a shape manager configured to generate one or more output signals to cause the knob to change shape, the shape changing device being configured to receive the output signals from the shape manager; determine that a software application has switched from a first mode to a second mode; and cause the shape changing device to expand horizontally from a narrower shape associated with the first mode to a wider shape wider than the narrower shape associated with the second mode, by rotating the rotary rod or the hinged rods by a certain amount, characterized in that a width of the knob corresponds to a rate at which a user is able to scroll through a list that is displayed via the vehicle control system, wherein a smaller diameter of the knob corresponds to a slower scroll rate, and a larger diameter of the knob corresponds to a higher scroll rate. a knob having a flexible surface and comprising a shape changing device, the shape changing device comprising a rotary rod (602, 702) or hinged rods (802, 804, 902- 908, 1002-1008); a shape manager configured to generate one or more output signals to cause the knob to change shape, the shape changing device being configured to receive the output signals from the shape manager; determine that a software application has switched from a first mode to a second mode; and cause the shape changing device to expand horizontally from a narrower shape associated with the first mode to a wider shape wider than the narrower shape associated with the second mode, by rotating the rotary rod or the hinged rods by a certain amount, characterized in that a width of the knob corresponds to a rate at which a user is able to scroll through a list that is displayed via the vehicle control system, wherein a smaller diameter of the knob corresponds to a slower scroll rate, and a larger diameter of the knob corresponds to a higher scroll rate. generate one or more output signals to cause the knob to change shape, the shape changing device being configured to receive the output signals from the shape manager; determine that a software application has switched from a first mode to a second mode; and cause the shape changing device to expand horizontally from a narrower shape associated with the first mode to a wider shape wider than the narrower shape associated with the second mode, by rotating the rotary rod or the hinged rods by a certain amount, characterized in that a width of the knob corresponds to a rate at which a user is able to scroll through a list that is displayed via the vehicle control system, wherein a smaller diameter of the knob corresponds to a slower scroll rate, and a larger diameter of the knob corresponds to a higher scroll rate.
A spring assembly for a one-way drive assembly for a gas turbine engine comprising: a spring end for engagement with a component to bias the component in a first direction, and said spring end being connected to a plurality of coils, said coils having an inner peripheral surface; characterised by further comprising a pivot pin, said coils being mounted about said pivot pin; and a damper (120; 221) positioned between an outer peripheral surface on said pivot pin and said inner peripheral surface of said spring coils, with said damper (120; 221) being engaged by said spring coils, if said spring end is driven in a direction opposed to said first direction. a spring end for engagement with a component to bias the component in a first direction, and said spring end being connected to a plurality of coils, said coils having an inner peripheral surface; characterised by further comprising a pivot pin, said coils being mounted about said pivot pin; and a damper (120; 221) positioned between an outer peripheral surface on said pivot pin and said inner peripheral surface of said spring coils, with said damper (120; 221) being engaged by said spring coils, if said spring end is driven in a direction opposed to said first direction.
A reception circuit that receives data by serial communication in a plurality of lanes, the reception circuit comprising: a plurality of error checking units each of which checks presence of an error in the received data and is provided for each lane; a plurality of memories each of which stores the received data and is provided for each lane; and a processing unit that reads the received data from the plurality of memories at a same reading timing, and outputs a read data, wherein the plurality of lanes include a redundant lane that transmits redundant data for the received data, a plurality of areas is set for each of the plurality of memories, a size of each area being a prescribed size, the reception circuit is adapted to store the received data from a start code indicating start of the received data to a termination code indicating termination of the received data in a first area of the plurality of areas that are included in each of the plurality of memories, and to store other received data from a start code indicating start of the other received data to a termination code indicating termination of the other received data that is received next to the received data in a second area of the plurality of areas, and the processing unit is adapted when there is an error in any one of the pieces of received data that are stored in the respective first areas of the plurality of memories, to generate correct data using the redundant data that is stored in the first area of the memory storing the redundant data received in the redundant lane, and to output the correct data instead of the received data with the error therein. a plurality of error checking units each of which checks presence of an error in the received data and is provided for each lane; a plurality of memories each of which stores the received data and is provided for each lane; and a processing unit that reads the received data from the plurality of memories at a same reading timing, and outputs a read data, wherein the plurality of lanes include a redundant lane that transmits redundant data for the received data, a plurality of areas is set for each of the plurality of memories, a size of each area being a prescribed size, the reception circuit is adapted to store the received data from a start code indicating start of the received data to a termination code indicating termination of the received data in a first area of the plurality of areas that are included in each of the plurality of memories, and to store other received data from a start code indicating start of the other received data to a termination code indicating termination of the other received data that is received next to the received data in a second area of the plurality of areas, and the processing unit is adapted when there is an error in any one of the pieces of received data that are stored in the respective first areas of the plurality of memories, to generate correct data using the redundant data that is stored in the first area of the memory storing the redundant data received in the redundant lane, and to output the correct data instead of the received data with the error therein.
A substance that interferes with the activity of CUL4A for use in the treatment of a cancer in an animal in need thereof, wherein the substance is a 1,3-benzoxathiol-2-one compound, wherein the substance is used in an effective amount and wherein optionally the cancer is skin cancer, breast cancer, liver cancer, colon cancer, adrenocortical carcinoma, or brain cancer.
An adeno-associated virus capsid polypeptide comprising a peptide insert at position 453 or at position 587 to 592, particularly at position 587 to 592, more particularly at position 587 of the AAV serotype 2 capsid or a position homologous thereto in an AAV of another serotype, wherein the peptide insert is selected from: SASEAST (Cap3; SEQ ID NO 10), DTRPHDQ (Cap5; SEQ ID NO 11), EHYNSTC (Cap7; SEQ ID NO 12), PNPNCTL (Cap9; SEQ ID NO 13), TPPSITA (Cap11; SEQ ID NO 14), CGESSYL (Cap12; SEQ ID NO 15), PRTPHTA (Cap13; SEQ ID NO 16) and ELCDGFA (Cap14; SEQ ID NO 17), particularly wherein the insert is selected from SASEAST (Cap3; SEQ ID NO 10), TPPSITA (Cap11; SEQ ID NO 14), PRTPHTA (Cap13; SEQ ID NO 16) and ELCDGFA (Cap14; SEQ ID NO 17). SASEAST (Cap3; SEQ ID NO 10), DTRPHDQ (Cap5; SEQ ID NO 11), EHYNSTC (Cap7; SEQ ID NO 12), PNPNCTL (Cap9; SEQ ID NO 13), TPPSITA (Cap11; SEQ ID NO 14), CGESSYL (Cap12; SEQ ID NO 15), PRTPHTA (Cap13; SEQ ID NO 16) and ELCDGFA (Cap14; SEQ ID NO 17), particularly wherein the insert is selected from SASEAST (Cap3; SEQ ID NO 10), TPPSITA (Cap11; SEQ ID NO 14), PRTPHTA (Cap13; SEQ ID NO 16) and ELCDGFA (Cap14; SEQ ID NO 17).
A helmet comprising: A. a memory foam member formed from a memory foam material, wherein the memory foam member comprises a memory foam member inner side, and wherein the memory foam material comprises a memory foam member outer side opposite the memory foam member inner side; and B. an impact-dissipating member formed from an impact-dissipating member material, wherein the impact-dissipating member comprises an impact-dissipating member inner side, wherein the impact-dissipating member comprises an impact-dissipating member outer side opposite the impact-dissipating member inner side, and characterised in that the memory foam member outer side is in-moulded with the impact-dissipating member inner side. A. a memory foam member formed from a memory foam material, wherein the memory foam member comprises a memory foam member inner side, and wherein the memory foam material comprises a memory foam member outer side opposite the memory foam member inner side; and B. an impact-dissipating member formed from an impact-dissipating member material, wherein the impact-dissipating member comprises an impact-dissipating member inner side, wherein the impact-dissipating member comprises an impact-dissipating member outer side opposite the impact-dissipating member inner side, and
A nacelle for a turbojet engine comprising a rear section having an inner structure intended to surround a rear portion of a motor compartment and to delimit, with an ejection nozzle, an outlet section of the ventilation of the motor compartment, the nacelle comprising at least one movable member (15, 151, 152, 153, 154, 155, 156, 158, 159), said movable member being movable between a retracted position in which the ventilation outlet section is maximum, and an engagement position in which the movable member reduces at least partially the ventilation outlet section relative to the retracted position, characterized in that the nacelle comprises at least one control means to which the mobile member is associated, said control means being capable of displacing the movable member between the retracted and engagement positions.
Rotary feedthrough for use with a device for the transport and/or treatment of containers and for delivering a liquid bactericide sterilisation medium as well as at least one further liquid and/or gaseous and/or vaporous sterile medium to nozzles and/or treatment heads on a rotating transport element of the device, wherein the rotary feedthrough (9, 9a, 9b) comprises at least two rotary feedthrough parts (10, 11), of which one first rotary feedthrough part forms a stationary part which does not rotate with the transport element, and a second rotary feedthrough part forms a part which circulates with the transport element about an axis of rotation of the rotary feedthrough (9, 9a, 9b), and wherein the rotary feedthrough parts (10, 11), connecting to one another, form at least one flow channel sealed to the outside, for the delivery of the further sterile medium to the treatment positions, as well as with a buffer chamber, subjected to a barrier medium, at a transition between the rotary feedthrough parts (10, 11), wherein the buffer chamber is configured as a ring space, characterised in that the ring space forming the buffer chamber, relative to the axis of rotation, directly surrounds both the rotary feedthrough parts (10, 11), in each case at a radially outwards surface, at least partially, as well as also the transition between the rotary feedthrough parts (10, 11), and that the ring space is connected in the form of a line to the nozzles and/or treatment heads, such that this space can be flowed through by the sterilisation medium used for the treatment, and the sterilisation medium can be conveyed to the nozzles and/or treatment heads for the treatment of the containers.
A gripper assembly comprising: a carrier, said carrier having an upper surface with at least one arcuate channel (42a, 42b); a gripping shoe positioned on said carrier, said gripping shoe has at least one downwardly extending leg (46, 50) carrying an inwardly projecting tab (54, 58) and said gripping shoe has an upper surface configured to grip coiled tubing; and wherein in the assembled configuration, said upper surface of said gripping shoe defines the central axis of said gripper assembly characterised in that said inwardly projecting tab (54, 58) and downwardly extending leg (46, 50) cooperates with said carrier to preclude lateral movement of said gripping shoe while permitting rotational movement of said gripping shoe on said carrier. a carrier, said carrier having an upper surface with at least one arcuate channel (42a, 42b); a gripping shoe positioned on said carrier, said gripping shoe has at least one downwardly extending leg (46, 50) carrying an inwardly projecting tab (54, 58) and said gripping shoe has an upper surface configured to grip coiled tubing; and wherein in the assembled configuration, said upper surface of said gripping shoe defines the central axis of said gripper assembly characterised in that said inwardly projecting tab (54, 58) and downwardly extending leg (46, 50) cooperates with said carrier to preclude lateral movement of said gripping shoe while permitting rotational movement of said gripping shoe on said carrier.
A method of purifying a nitroaromatic product stream, comprising the steps of: (a) water washing the nitroaromatic product stream to remove mineral acids; (b) alkaline washing the nitroaromatic product stream from step (a) to remove organic by-products; (c) washing the nitroaromatic product stream from step (b) with an acidic aqueous solution; and (d) removing residual organic reactant from the nitroaromatic product stream from step (c). (a) water washing the nitroaromatic product stream to remove mineral acids; (b) alkaline washing the nitroaromatic product stream from step (a) to remove organic by-products; (c) washing the nitroaromatic product stream from step (b) with an acidic aqueous solution; and (d) removing residual organic reactant from the nitroaromatic product stream from step (c).