mhurhangee/ep-ind-claims huggingface dataset:
A radiation detection system comprising: a scintillator configured to detect sample events associated with an unknown sample; a guard detector subsystem configured to detect active guard events; one or more processors adapted to: count coincident events (SP12 R) that are the sample events and the active guard events detected coincidently in one or more energy regions and count non-coincident events (SP11 R) that are the sample events detected when the active guard events are not coincidently detected; wherein, the system is characterized by the one or more processors being further adapted, for each energy region, to: calculate a compensation guard count (CGC R) based on the count of coincident events (SP12 R) and a predetermined guard efficiency value (GE R) associated with the energy region, calculate a correction value (BRF R) that is based on the compensation guard count (CGC R) and the counts of coincident events (SP12 R) and the count of non-coincident events (SP11 R), and correct the count of non-coincident events (SP11 R) corresponding to the energy region based on the calculated correction value (BRF R) to produce corrected sample event counts (corrected SP11 1). a scintillator configured to detect sample events associated with an unknown sample; a guard detector subsystem configured to detect active guard events; one or more processors adapted to: count coincident events (SP12 R) that are the sample events and the active guard events detected coincidently in one or more energy regions and count non-coincident events (SP11 R) that are the sample events detected when the active guard events are not coincidently detected; wherein, the system is characterized by the one or more processors being further adapted, for each energy region, to: calculate a compensation guard count (CGC R) based on the count of coincident events (SP12 R) and a predetermined guard efficiency value (GE R) associated with the energy region, calculate a correction value (BRF R) that is based on the compensation guard count (CGC R) and the counts of coincident events (SP12 R) and the count of non-coincident events (SP11 R), and correct the count of non-coincident events (SP11 R) corresponding to the energy region based on the calculated correction value (BRF R) to produce corrected sample event counts (corrected SP11 1).
A multi-view optical apparatus, comprising at least two optical devices (110, 120) that are arranged to have optical axes extending approximately parallel to each other, each optical device (110, 120) including: a housing having a flange (112,122) of a tubular shape; and a lens (113, 123) inserted into and fixed to the flange (112,122), wherein the multi-view optical apparatus is a stereo camera for measuring a distance to an object from a parallax between images obtained by the two optical devices (110, 120), characterised in that, assuming that a direction in which the two optical devices (110, 120) are arranged is a baseline length direction, a through hole (115, 125) is formed in a side surface of the flange (112,122) and on an extension in the baseline length direction of the lens (113, 123), and the housing and lens (113, 123) are fixed to each other via the through hole (115, 125). a housing having a flange (112,122) of a tubular shape; and a lens (113, 123) inserted into and fixed to the flange (112,122), wherein the multi-view optical apparatus is a stereo camera for measuring a distance to an object from a parallax between images obtained by the two optical devices (110, 120), characterised in that, assuming that a direction in which the two optical devices (110, 120) are arranged is a baseline length direction, a through hole (115, 125) is formed in a side surface of the flange (112,122) and on an extension in the baseline length direction of the lens (113, 123), and the housing and lens (113, 123) are fixed to each other via the through hole (115, 125).
Configuration apparatus for configuring an automation system of a customer that comprises device components (1, 2) of one or more manufacturers, characterized in that at least one first software tool (S1.1, S1.2, S1.3) is provided for inputting user data (AD1, AD2, AD3) in customer-specific terminology and that stores the input user data (AD1, AD2, AD3) in a data management sector, wherein the customer-specific terminology comprises a first data format in which the customer describes the user data (AD1, AD2, AD3) and the user data comprise automation system operation data, a second software tool (S2.1, S2.2) is provided for receiving the user data (AD1, AD2, AD3) and that has a calculation unit for determining configuration data (KD1, KD2) from the user data (AD1, AD2, AD3), wherein the second software tool (S2.1, S2.2) has at least one mapping algorithm (AV1, AV2) that prepares the user data (AD1, AD2, AD3) stored in customer-specific terminology for the calculation unit into manufacturer-specific terminology; wherein the manufacturer-specific terminology comprises a second data format in which the manufacturer describes the configuration data (KD1, KD2) and the configuration data (KD1, KD2) comprise component operating data of the device components (1, 2) and wherein the at least one mapping algorithm (AV1, AV2) of the second software tool (S2.1, S2.2) has a conversion algorithm that converts the customer-specific terminological user data (AD1, AD2, AD3) into manufacturer-specific terminological data and provides them to the calculation unit which creates the configuration data (KD1, KD2), and wherein a storage of the user data (AD1, AD2, AD3) and a storage of the configuration data (KD1, KD2) can be carried out by the second software tool (S2.1, S2.2) separately from the data management sector of the first software tool (S1.1, S1.2, S1.3).
A method for manufacturing a curvilinear track section (102, 702, 1000) of a linear motor conveyor system, the method comprising: forming a curvilinear track portion into a suitable shape; cutting out a first slot grouping from an exterior edge of the curvilinear track portion, wherein the first slot grouping is at a first predetermined angle relative to the exterior edge of the curvilinear track portion; cutting out a second slot grouping from the exterior edge of the curvilinear track portion, wherein the second slot grouping is at a second predetermined angle relative to the exterior edge of the curvilinear track portion; wherein the slots in a slot grouping are approximately parallel to one another and the first predetermined angle is different from the second predetermined angle and inserting interleaved motor units into the first and second slot groupings. forming a curvilinear track portion into a suitable shape; cutting out a first slot grouping from an exterior edge of the curvilinear track portion, wherein the first slot grouping is at a first predetermined angle relative to the exterior edge of the curvilinear track portion; cutting out a second slot grouping from the exterior edge of the curvilinear track portion, wherein the second slot grouping is at a second predetermined angle relative to the exterior edge of the curvilinear track portion; wherein the slots in a slot grouping are approximately parallel to one another and the first predetermined angle is different from the second predetermined angle and inserting interleaved motor units into the first and second slot groupings.
A method of wireless communication in a long term evolution-time division duplex, LTE-TDD system, wherein a base station switches among different TDD configurations, wherein uplink and downlink transmissions are orthogonalized in time, comprising: modifying a behavior of non-legacy UEs arranged for adaptively changing their TDD configurations, while legacy UEs remain in an original TDD configuration to only use physical random access channel, PRACH resources that fall on subframes that are uplink for all TDD configurations among which the base station switches.
Ball socket for a ball joint, having a ball socket body which comprises a ball socket opening and a cavity and which comprises a concave internal circumferential face that delimits the cavity and runs about a longitudinal axis extending in an axial direction and which along the longitudinal axis is subdivided into two ball socket body halves (15, 16) that are disposed in succession and in a transition region transition into one another, said ball socket body halves (15, 16) comprising in each case one internal circumferential half face (17, 18) of the internal circumferential face that runs about the longitudinal axis wherein a first one of the ball socket body halves comprises a first one of the internal circumferential face halves that lies on a ball face and in the circumferential direction is configured so as to be closed; and a second one of the ball socket body halves comprises the ball socket opening, at least one slot that runs in the direction of the longitudinal axis, and a second one of the internal circumferential face halves which in the circumferential direction is configured so as to be closed, or closed with the exception of the slot, characterized in that the second ball socket body half is configured in such a manner that the second internal circumferential face, at least in the axial spacing in relation to the transition region, lies outside the ball face, wherein the second ball socket body half for closing the slot is deformable, on account of which the second internal circumferential face half lies on the ball face.
A system, comprising: a portable spray device, comprising: a battery powered drive; a rotary atomizer driven by the battery powered drive; and characterised in that, the portable spray device further comprises a syringe configured to supply a liquid to the rotary atomizer, wherein the rotary atomizer is configured to rotate to atomize the liquid into a spray, and an adjustable guard extending about the rotary atomizer. a portable spray device, comprising: a battery powered drive; a rotary atomizer driven by the battery powered drive; and characterised in that, the portable spray device further comprises a syringe configured to supply a liquid to the rotary atomizer, wherein the rotary atomizer is configured to rotate to atomize the liquid into a spray, and an adjustable guard extending about the rotary atomizer. a battery powered drive; a rotary atomizer driven by the battery powered drive; and characterised in that, the portable spray device further comprises a syringe configured to supply a liquid to the rotary atomizer, wherein the rotary atomizer is configured to rotate to atomize the liquid into a spray, and an adjustable guard extending about the rotary atomizer.
A process for pressurizing bulk material in an apparatus for pressurizing bulk material in a hopper; wherein the hopper is configured as a lock hopper containing a bulk material, wherein the apparatus comprises a source of pressurized gas, lines (22, 26, 28) to convey the pressurized gas from the source of pressurized gas to one or more inlets of the lock hopper, a valve arrangement arranged in the lines, wherein the process is characterized in that said valve arrangement comprises at least two valves (34A, 34B, 34C) arranged in parallel, each valve being connected to a downstream Laval tuyere, and in that said valves (34A, 34B, 34C) are controlled to open in an operating sequence to provide pressurizing gas with an adjusted gas flow rate to the lock hopper.
Discontinuous recliner for a vehicle seat, which discontinuous recliner comprises a first disc-shaped plate and a second disc-shaped plate, said first and second plates substantially having the same diameter so that they can be coupled to each other, wherein said first plate comprises a peripheral rim oriented towards said second plate and provided with teeth on its inner surface, and wherein said second plate is provided with one or more locking pawls, which have an outer surface in the radial direction provided with teeth and which are movable in the radial direction from a locking position, in which the teeth on their outer surface engage the teeth on the inner surface of said peripheral rim of said first plate, to an unlocking position, in which the teeth on their outer surface are spaced apart from the teeth on the inner surface of said peripheral rim of said first plate, and vice versa, wherein said discontinuous recliner is provided with a single actuating element for driving said locking pawls both from said unlocking position to said locking position and from said locking position to said unlocking position and with a single return spring, having the shape of a spiral, with a first, outer end inserted into a hole provided in said second plate, and a second, inner end wound to form a square and fitted on a square boss provided on said actuating element, characterized in that said actuating element is provided, on its surface oriented towards said first plate, with a hub protruding from said surface thereof, whereby said hub penetrates into a matching hole centrally provided in said first plate, and in that said actuating element is provided, on its surface oriented towards said second plate, with a cylindrical protrusion, whereby said protrusion penetrates into a matching hole centrally provided in said second plate..
A porous titanium-based sintered body, having a porosity of 50% to 75%, an average pore diameter of 23 μm to 45 μm, and a specific surface area of 0.020 m 2 /g to 0.065 m 2 /g; and having a bending strength of 22 MPa or more, wherein the porosity, the average pore diameter, the specific surface area, and the bending strength are determined by the measurement methods defined in the description. having a bending strength of 22 MPa or more, wherein the porosity, the average pore diameter, the specific surface area, and the bending strength are determined by the measurement methods defined in the description.
Frequency converter with operating signal monitoring, comprising: - a circuit for digitizing an analog operating signal to be monitored, including: - a sigma-delta modulator to convert the operating signal into a binary string of characters with a predetermined bit repetition frequency, and - a digital filter to generate from the binary string of characters successive digital data words with a predetermined number of bits, wherein the data words are generated as a weighted sum of a predetermined number of successive bit values of the binary string of characters outputted from the sigma-delta modulator, wherein the digital filter is arranged to generate the successive data words with the bit repetition frequency, and - a digital evaluation circuit to evaluate the successive data words with the bit repetition frequency for monitoring the operating signal. - a circuit for digitizing an analog operating signal to be monitored, including: - a sigma-delta modulator to convert the operating signal into a binary string of characters with a predetermined bit repetition frequency, and - a digital filter to generate from the binary string of characters successive digital data words with a predetermined number of bits, wherein the data words are generated as a weighted sum of a predetermined number of successive bit values of the binary string of characters outputted from the sigma-delta modulator, wherein the digital filter is arranged to generate the successive data words with the bit repetition frequency, and - a sigma-delta modulator to convert the operating signal into a binary string of characters with a predetermined bit repetition frequency, and - a digital filter to generate from the binary string of characters successive digital data words with a predetermined number of bits, wherein the data words are generated as a weighted sum of a predetermined number of successive bit values of the binary string of characters outputted from the sigma-delta modulator, wherein the digital filter is arranged to generate the successive data words with the bit repetition frequency, and - a digital evaluation circuit to evaluate the successive data words with the bit repetition frequency for monitoring the operating signal.
Method for producing a bioactive surface on an endoprosthesis or on the balloon of a balloon catheter, wherein the surface of the endoprosthesis or the surface of the balloon is wetted with a solution of an active ingredient, superfluous active ingredient and solvent is removed from the wetted surface by agitating the endoprosthesis or the balloon and the solvent is separated from the active ingredient, wherein the solvent is miscible with water and the active ingredient has a maximum solubility of 0.9 mg/ml in distilled water, characterized in that, the solvent is separated from the active ingredient by dipping the wetted endoprosthesis or the wetted balloon in water, whereupon the water-insoluble active ingredient precipitates and partially deposits on the surface.
Method of producing stacks from a shingled flow of printed products which is fed continuously on a continuous conveyor in the direction of a stacking chute, having the following steps: - production of a main stack in the stacking chute on a stack support, with an intermediate member being situated in a rest position outside the stacking chute, - extension of the intermediate member to an end position in the stacking chute, - deposit of the printed products on the intermediate member or on the printed products already situated thereon, as the case may be, a sub-stack being produced on the intermediate member, - transport away of the main stack from the stacking chute, - withdrawal of the intermediate member to its rest position outside the stacking chute, - transfer of the existing sub-stack onto the stack support as a new main stack, an auxiliary comb which is arranged in the continuous conveyor on a level with the shingled flow being extended from a rest position outside the stacking chute to an end position in the stacking chute before the intermediate member is extended, - lowering of the stack support, - forming of a free gap between the main stack and the sub-stack, below the auxiliary comb, - extension of the intermediate member into the free gap and then to its end position in the stacking chute, - withdrawal of the auxiliary comb to its rest position, the extension of the auxiliary comb from its rest position to its end position taking place into the stacking chute at approximately the same speed as the shingled flow and at least approximately horizontally. - production of a main stack in the stacking chute on a stack support, with an intermediate member being situated in a rest position outside the stacking chute, - extension of the intermediate member to an end position in the stacking chute, - deposit of the printed products on the intermediate member or on the printed products already situated thereon, as the case may be, a sub-stack being produced on the intermediate member, - transport away of the main stack from the stacking chute, - withdrawal of the intermediate member to its rest position outside the stacking chute, - transfer of the existing sub-stack onto the stack support as a new main stack, an auxiliary comb which is arranged in the continuous conveyor on a level with the shingled flow being extended from a rest position outside the stacking chute to an end position in the stacking chute before the intermediate member is extended, - lowering of the stack support, - forming of a free gap between the main stack and the sub-stack, below the auxiliary comb, - extension of the intermediate member into the free gap and then to its end position in the stacking chute, - withdrawal of the auxiliary comb to its rest position,
A method for fabricating an integrated circuit, the method comprising: providing a substrate having a frontside and a backside; depositing a frontside metal layer on the frontside of the substrate; forming a via in the substrate; depositing a backside metal layer onto the backside of the substrate and into the via such that a portion of the backside metal layer is connected to a portion of the frontside metal layer; depositing a diffusion barrier layer onto the backside metal layer located in the via, the diffusion barrier substantially maintaining a shape of the via; and characterised in that the backside metal layer comprises breaks proximate an end of the via corresponding to the backside of the substrate, and further including depositing the diffusion barrier into the breaks. providing a substrate having a frontside and a backside; depositing a frontside metal layer on the frontside of the substrate; forming a via in the substrate; depositing a backside metal layer onto the backside of the substrate and into the via such that a portion of the backside metal layer is connected to a portion of the frontside metal layer; depositing a diffusion barrier layer onto the backside metal layer located in the via, the diffusion barrier substantially maintaining a shape of the via; and characterised in that the backside metal layer comprises breaks proximate an end of the via corresponding to the backside of the substrate, and further including depositing the diffusion barrier into the breaks.
A drive arrangement for a pneumatic power tool comprising a pneumatic motor, wherein the drive arrangement comprises a spindle for mounting a cutting element, which spindle is drivingly connected to said motor, and which spindle externally includes both a thread and an axial groove, wherein the drive rotation of the spindle is driven by a drive gear that is engaged with the axial groove on the spindle and drivingly connected to the motor so as to rotate at a constant rotational speed with respect to the motor output shaft, and wherein a feed gear is threaded upon said spindle, which feed gear may be rotated with respect to the spindle in order to advance and retract said spindle, characterised in that the feed gear is driven by an intermediate feed gear, which intermediate feed gear is interchangeably drivingly connectable to the motor via a first and a second gear connection, respectively, wherein the intermediate feed gear is arranged to drive the feed gear at a slightly higher rotational speed than the constant rotational speed of the drive gear so as to advance the spindle with respect to the feed gear in the first gear connection, and to drive the feed gear at a lower rotational speed than the constant rotational speed of the drive gear so as to retract the spindle with respect to the feed gear in the second gear connection.
Device for sealing a vertical secondary closing edge of a door leaf, comprising a frame fastening profile (100; 101), a leaf fastening profile (102; 103), a first cover profile and a second cover profile, wherein the first cover profile and the second cover profile each have an annular arc-shaped cross-sectional surface, wherein the leaf fastening profile (102; 103) is designed for fastening to the door leaf and the frame fastening profile (100; 101) is designed for fastening to a door frame, wherein the leaf fastening profile (102; 103) is pivotable relative to the frame fastening profile (100; 101) between a first state and a second state, wherein the first cover profile and the second cover profile are each arranged between the frame fastening profile (100; 101) and the leaf fastening profile (102; 103), wherein, in the first state of the device, the first cover profile covers a first free space between the frame fastening profile (100; 101) and the leaf fastening profile (102; 103), and in that, in the second state of the device, the second cover profile covers a second free space between the frame fastening profile (100; 101) and the leaf fastening profile (102; 103), characterised in that the frame fastening profile (100; 101) and/or the leaf fastening profile (102; 103) each have two receiving spaces (106; 107; 300; 301), wherein a portion of the first cover profile is arranged in a respective first receiving space (300; 301) of the two receiving spaces and a portion of the second cover profile is arranged in a respective second receiving space (106; 107) of the two receiving spaces.