mhurhangee/ep-ind-claims huggingface dataset:
An exchangeable needle cartridge for a drilling measuring device, said exchangeable needle cartridge having a guiding device for a drilling needle, which guiding device is realized as a telescopic tube with a plurality of telescopic tube portions, characterized in that the plurality of telescopic tube portions extends between an operating end, on which a mounting is arranged for holding the drilling needle in a nonrotatable manner, and a docking end, on which a docking device is arranged for coupling the telescopic tube with a driving device of the drilling measuring device, wherein the docking device comprises - a coupling device for transmitting torque from the driving device of the drilling measuring device to the telescopic tube and - a gear device for converting the rotational movement of the driving device of the drilling measuring device into a linear movement of the telescopic tube and - means for detachably fastening the exchangeable needle cartridge on the drilling measuring device. - a coupling device for transmitting torque from the driving device of the drilling measuring device to the telescopic tube and - a gear device for converting the rotational movement of the driving device of the drilling measuring device into a linear movement of the telescopic tube and - means for detachably fastening the exchangeable needle cartridge on the drilling measuring device.
A completion tool for deployment within a wellbore on tubing string, the completion tool comprising: - upper and lower sealing members (20,30) defining a straddle zone; - one or more treatment ports within the straddle zone, the treatment ports continuous with tubing string to allow fluid delivery to the wellbore from surface; - a valve housing defining a fluid passageway; - a bypass plug slidable within the valve housing between an open position in which fluid passage through the valve housing is permitted, and a sealed position in which fluid passage through the valve housing is prevented; - characterized in that the bypass plug is actuable to open or to seal the passageway upon application of mechanical pressure to the tubing string; and in that: - the straddle zone is between the upper and lower sealing members (20,30), the valve housing is mounted beneath the lower sealing member, the fluid passageway is continuous with the tubing string and with the wellbore annulus beneath the lower sealing member to allow pressure equalization therebetween and the completion tool comprises a resettable anchor device operatively mounted beneath the lower sealing member for setting against a casing of a wellbore, the anchor device operable by application of mechanical force to the tubing string. - upper and lower sealing members (20,30) defining a straddle zone; - one or more treatment ports within the straddle zone, the treatment ports continuous with tubing string to allow fluid delivery to the wellbore from surface; - a valve housing defining a fluid passageway; - a bypass plug slidable within the valve housing between an open position in which fluid passage through the valve housing is permitted, and a sealed position in which fluid passage through the valve housing is prevented; - characterized in that the bypass plug is actuable to open or to seal the passageway upon application of mechanical pressure to the tubing string; and in that: - the straddle zone is between the upper and lower sealing members (20,30), the valve housing is mounted beneath the lower sealing member, the fluid passageway is continuous with the tubing string and with the wellbore annulus beneath the lower sealing member to allow pressure equalization therebetween and the completion tool comprises a resettable anchor device operatively mounted beneath the lower sealing member for setting against a casing of a wellbore, the anchor device operable by application of mechanical force to the tubing string. - the straddle zone is between the upper and lower sealing members (20,30), the valve housing is mounted beneath the lower sealing member, the fluid passageway is continuous with the tubing string and with the wellbore annulus beneath the lower sealing member to allow pressure equalization therebetween and the completion tool comprises a resettable anchor device operatively mounted beneath the lower sealing member for setting against a casing of a wellbore, the anchor device operable by application of mechanical force to the tubing string.
Stackable cup made from plastic with a cup body open to the top forming a receptacle, with a base (3, 5) of the cup body, with a cup opening of the cup body, with a cup wall of cup body which spreads a truncated cone with a surface area and a base area, where the cup opening coincides with the base area, with a handle that exhibits a grip piece and a handle connecting piece that connects the grip piece to the cup body, where the handle connecting piece exhibits an essentially continuous surface that is airtight, such that a higher air resistance acts on the handle connecting piece in an air stream in free flight or free fall than on the diametrically opposite side of the cup, as a result of which a torque acting on the cup is generated, with a centre of gravity of the empty cup and with a longitudinal axis of the cup that runs through the centre of gravity of the empty cup in a vertical direction when the cup is standing on a horizontally aligned surface, where the base exhibits a first base element with which the cup can be placed on a surface with the cup opening pointing upwards, where the base exhibits a second base element or several different levels that are above the level of the first base element in a cup standing on an essentially horizontally aligned surface, characterised in that a highest level of the second base element is adjacent to the cup wall next to the grip piece and a lowest level is diametrically opposite again adjacent to the cup wall on the side of the cup body away from the grip piece, and the centre of gravity of the cup filled at least partly with liquid is offset away from the longitudinal axis and in the direction diametrically opposite to the grip piece, such that the weight force of the cup filled with liquid is greater on the side of the cup away from the grip piece, due to the column of liquid arranged above the base, than on the diametrically opposite side, as a result of which the cup with the cup opening pointing upwards turns or tilts in free fall or free flight and the opening of the cup body points to the side or downwards.
A self-healing mircrocapsule comprising: a) a polymeric shell; b) a healing-agent compartmentalized inside the polymeric shell; and c) a catalyst deposited on the surface of the polymeric shell, wherein the polymeric shell comprises a monovinyl monomer selected from one or more of the following: styrene, methyl styrene, ethylene, propylene, methyl acrylate, ethyl acrylate, butyl acrylate, cyclohexyl acrylate, methyl methacrylate, ethyl methacrylate, hydroxyethyl methacrylate, glycidyl methacrylate, acrylic acid preferably the monovinyl monomer is methyl methacrylate; wherein the healing-agent is selected from epoxy polymer, diglycidyl ether of bisphenol A (DGEBA), diglycidyl ether of bisphenol F (DGEBF), polyglycidyl ether of phenol-formaldehyde novolac, polyglycidyl ether of o-cresol-formaldehyde novolac, N,N,N',N',-tetraglycidyl methylenedianiline, bisphenol-A novolac, triglycidyl ether of trisphenol-methane, triglycidyl p-aminophenol, 3,4-epoxycyclohexylmethyl-3,4-epoxycyclohexane carboxylate and mixtures thereof; wherein the catalyst is scandium triflate. a) a polymeric shell; b) a healing-agent compartmentalized inside the polymeric shell; and c) a catalyst deposited on the surface of the polymeric shell,
A device for spreading liquid and/or solid active agents, comprising: - a carrier vehicle; - at least one boom (02, 21, 22) arranged pivotably about at least one rotation axis; - at least one sensor arrangement (25, 26) for the detection of an angular velocity (w) and/or the acceleration of the boom (02, 21, 22) about the rotation axis in relation to a reference plane; - at least one sensor arrangement for the detection of an angular position (alpha1, d_alpha1) of the boom (02, 21, 22) about the rotation axis in relation to a reference plane; - a control unit processing output signals (alpha0) of the sensor arrangements to control signals; - at least one actuator acting on the present angular position (alpha0) of the boom (02, 21, 22) about the rotation axis in dependence on control signals from the control unit; wherein, for the purpose of determining an angular position (alpha0) of the boom (02, 21, 22) about the rotation axis in relation to an initial alignment, the control unit: - calculates at least one angular position (alpha2) of the boom (02, 21, 22) in relation to the reference plane by means of temporal integration of the angular velocity (w). - a carrier vehicle; - at least one boom (02, 21, 22) arranged pivotably about at least one rotation axis; - at least one sensor arrangement (25, 26) for the detection of an angular velocity (w) and/or the acceleration of the boom (02, 21, 22) about the rotation axis in relation to a reference plane; - at least one sensor arrangement for the detection of an angular position (alpha1, d_alpha1) of the boom (02, 21, 22) about the rotation axis in relation to a reference plane; - a control unit processing output signals (alpha0) of the sensor arrangements to control signals; - at least one actuator acting on the present angular position (alpha0) of the boom (02, 21, 22) about the rotation axis in dependence on control signals from the control unit; - calculates at least one angular position (alpha2) of the boom (02, 21, 22) in relation to the reference plane by means of temporal integration of the angular velocity (w).
A beam shaping assembly for neutron capture therapy comprising: a beam inlet; a target, wherein the target has nuclear reaction with an incident proton beam from the beam inlet to produce neutrons, and wherein the neutrons form a neutron beam defining a main axis; a moderator adjoining to the target, wherein the neutrons are moderated by the moderator to epithermal neutron energies, and wherein an outer surface of the moderator includes at least a first tapered section; a reflector surrounding the moderator, wherein the reflector leads the neutrons deviated from the main axis back to enhance epithermal neutron beam intensity; a thermal neutron absorber adjoining to the moderator, wherein the thermal neutron absorber is used for absorbing thermal neutrons so as to avoid overdosing in superficial normal tissue during therapy; a radiation shield arranged inside the beam shaping assembly, wherein the radiation shield is used for shielding leaking neutrons and photons so as to reduce dose of the normal tissue not exposed to irradiation; and a beam outlet; characterized in that the outer surface of the moderator includes a second tapered section adjoining to the first tapered section, wherein a tapering direction of the first tapered section is opposite to a tapering direction of the second tapered section. a beam inlet; a target, wherein the target has nuclear reaction with an incident proton beam from the beam inlet to produce neutrons, and wherein the neutrons form a neutron beam defining a main axis; a moderator adjoining to the target, wherein the neutrons are moderated by the moderator to epithermal neutron energies, and wherein an outer surface of the moderator includes at least a first tapered section; a reflector surrounding the moderator, wherein the reflector leads the neutrons deviated from the main axis back to enhance epithermal neutron beam intensity; a thermal neutron absorber adjoining to the moderator, wherein the thermal neutron absorber is used for absorbing thermal neutrons so as to avoid overdosing in superficial normal tissue during therapy; a radiation shield arranged inside the beam shaping assembly, wherein the radiation shield is used for shielding leaking neutrons and photons so as to reduce dose of the normal tissue not exposed to irradiation; and a beam outlet;
A heat-pump hot-water supply outdoor unit comprising: a box-shaped heat insulator (9, 10); and a water-refrigerant heat exchanger accommodated in the heat insulator (9, 10) and configured to heat water with refrigerant, wherein an inner bottom portion of the heat insulator (9, 10) has an uneven shape with a protruding portion and a recessed portion, and the water-refrigerant heat exchanger is placed on the protruding portion, characterized in that the recessed portion is formed with a drain hole extending through the inner bottom portion, the inner bottom portion includes a plurality of the protruding portions, and a plurality of the protruding portions are spaced apart from each other in a direction oriented in a longitudinal direction of the water-refrigerant heat exchanger when the water-refrigerant heat exchanger is viewed in plan. a box-shaped heat insulator (9, 10); and a water-refrigerant heat exchanger accommodated in the heat insulator (9, 10) and configured to heat water with refrigerant, an inner bottom portion of the heat insulator (9, 10) has an uneven shape with a protruding portion and a recessed portion, and the water-refrigerant heat exchanger is placed on the protruding portion, the recessed portion is formed with a drain hole extending through the inner bottom portion, the inner bottom portion includes a plurality of the protruding portions, and a plurality of the protruding portions are spaced apart from each other in a direction oriented in a longitudinal direction of the water-refrigerant heat exchanger when the water-refrigerant heat exchanger is viewed in plan.
An optical amplifier including a plurality of multiplexed signal lights (MS1,MS2) of mutually different frequencies as input light, the optical amplifier comprising: a first detector configured to detect a power of the input light; an excitation light outputter configured to output an excitation light to amplify the input light; a second detector configured to detect the power of the amplified input light; a third detector configured to detect a power of the excitation light; and a controller configured to determine that the power of the input light is large upon the power of the excitation light detected by the third detector being greater than or equal to a first threshold; determine that the power of the input light is small upon the power of the excitation light detected by the third detector being smaller than or equal to a second threshold smaller than the first threshold; control the excitation light outputter so as to, upon determination that the power of the input light is large, make a ratio of a detection result by the second detector relative to a detection result by the first detector constant, and control the excitation light outputter so as to, upon determining that the power of the input light is small, make the detection result by the second detector substantially constant. a first detector configured to detect a power of the input light; an excitation light outputter configured to output an excitation light to amplify the input light; a second detector configured to detect the power of the amplified input light; a third detector configured to detect a power of the excitation light; and a controller configured to determine that the power of the input light is large upon the power of the excitation light detected by the third detector being greater than or equal to a first threshold; determine that the power of the input light is small upon the power of the excitation light detected by the third detector being smaller than or equal to a second threshold smaller than the first threshold; determine that the power of the input light is large upon the power of the excitation light detected by the third detector being greater than or equal to a first threshold; determine that the power of the input light is small upon the power of the excitation light detected by the third detector being smaller than or equal to a second threshold smaller than the first threshold; control the excitation light outputter so as to, upon determination that the power of the input light is large, make a ratio of a detection result by the second detector relative to a detection result by the first detector constant, and control the excitation light outputter so as to, upon determining that the power of the input light is small, make the detection result by the second detector substantially constant.
A circuit arrangement for receiving digital optical signals by means of at least one light-receiving component arranged upstream of at least one signal input port (P IN-Signal), in particular by means of at least one photodiode, said circuit arrangement comprising: - at least one digital register (MM, MC) provided for defining a compensation current (I DC) which can be provided by at least one current source (IDAC), wherein a unipolar current signal (I PD) coming from the light-receiving component through the signal input port (P IN-Signal) can be transformed into a bipolar current signal (I PD -I DC) by means of said compensation current (I DC), - at least one input stage configured as a transimpedance amplifier arranged downstream of the signal input port (P IN-Signal), characterized by a voltage digital/analogue converter (VDAC) arranged downstream of the digital register (MM, MC), in particular of the memory module, wherein the amplification of the input stage can be adapted, in particular controlled and/or regulated, by means of said voltage digital/analogue converter (VDAC). - at least one digital register (MM, MC) provided for defining a compensation current (I DC) which can be provided by at least one current source (IDAC), wherein a unipolar current signal (I PD) coming from the light-receiving component through the signal input port (P IN-Signal) can be transformed into a bipolar current signal (I PD -I DC) by means of said compensation current (I DC), - at least one input stage configured as a transimpedance amplifier arranged downstream of the signal input port (P IN-Signal), characterized by a voltage digital/analogue converter (VDAC) arranged downstream of the digital register (MM, MC), in particular of the memory module, wherein the amplification of the input stage can be adapted, in particular controlled and/or regulated, by means of said voltage digital/analogue converter (VDAC).
An information processing device, comprising: a sensor (510; 511; 512; 513) configured to detect an object; an open ear style earpiece configured to be worn on an ear of a listener, and includes an acoustics generation unit, and a sound guide portion configured to transmit a sound generated by the acoustics generation unit into an earhole; and a processing unit (1724; 1725) configured to process sound information of a virtual sound source, the processed sound information being generated by the acoustics generation unit, the processing unit (1724; 1725) configured to acquire the sound information of the virtual sound source corresponding to the object detected by the sensor (510; 511; 512; 513), and localize a sound image of the acquired virtual sound source at positions along a trajectory in a three-dimensional acoustic space while moving the position of the sound image along the trajectory in the three-dimensional acoustic space from a start point toward an end point, the end point of the trajectory being in accordance with a position of the detected object. a sensor (510; 511; 512; 513) configured to detect an object; an open ear style earpiece configured to be worn on an ear of a listener, and includes an acoustics generation unit, and a sound guide portion configured to transmit a sound generated by the acoustics generation unit into an earhole; and an acoustics generation unit, and a sound guide portion configured to transmit a sound generated by the acoustics generation unit into an earhole; and a processing unit (1724; 1725) configured to process sound information of a virtual sound source, the processed sound information being generated by the acoustics generation unit, the processing unit (1724; 1725) configured to acquire the sound information of the virtual sound source corresponding to the object detected by the sensor (510; 511; 512; 513), and localize a sound image of the acquired virtual sound source at positions along a trajectory in a three-dimensional acoustic space while moving the position of the sound image along the trajectory in the three-dimensional acoustic space from a start point toward an end point, the end point of the trajectory being in accordance with a position of the detected object. acquire the sound information of the virtual sound source corresponding to the object detected by the sensor (510; 511; 512; 513), and localize a sound image of the acquired virtual sound source at positions along a trajectory in a three-dimensional acoustic space while moving the position of the sound image along the trajectory in the three-dimensional acoustic space from a start point toward an end point, the end point of the trajectory being in accordance with a position of the detected object.
A video decoding apparatus, comprising: a maximum partition layer decoder for decoding a maximum partition layer value and a value of a log function of a minimum subblock size from a bitstream to decode a current block, wherein the maximum partition layer value indicates the number of layers by which the current block can be maximally split into subblocks by using a tree structure, and wherein the subblocks have a size equal to or larger than the minimum subblock size, and for determining the size of the current block from the maximum partition layer value and the minimum subblock size; and a video decoder for decoding the current block having the determined size by decoding partition information and encoded image data extracted from the bitstream, wherein the current block is reconstructed by decoding respective subblocks within the current block which have a size equal to or larger than the minimum subblock size and are identified by the partition information. a maximum partition layer decoder for decoding a maximum partition layer value and a value of a log function of a minimum subblock size from a bitstream to decode a current block, wherein the maximum partition layer value indicates the number of layers by which the current block can be maximally split into subblocks by using a tree structure, and wherein the subblocks have a size equal to or larger than the minimum subblock size, and for determining the size of the current block from the maximum partition layer value and the minimum subblock size; and for decoding a maximum partition layer value and a value of a log function of a minimum subblock size from a bitstream to decode a current block, wherein the maximum partition layer value indicates the number of layers by which the current block can be maximally split into subblocks by using a tree structure, and wherein the subblocks have a size equal to or larger than the minimum subblock size, and for determining the size of the current block from the maximum partition layer value and the minimum subblock size; and a video decoder for decoding the current block having the determined size by decoding partition information and encoded image data extracted from the bitstream, wherein the current block is reconstructed by decoding respective subblocks within the current block which have a size equal to or larger than the minimum subblock size and are identified by the partition information.