mhurhangee/ep-ind-claims huggingface dataset:
A volumetric measuring method based on a time-of-flight depth camera, comprising: acquiring depth images returned by the time-of-flight depth camera; the depth images comprise a first depth image and a second depth image which are adjacent to each other; denoising the first depth image and the second depth image; selecting a first feature area of the first depth image and a second feature area of the second depth image that have been denoised respectively, traversing each pixel point in the first feature area at multiple traversal speeds v, and matching a first depth value of a current pixel point with a second depth value of a target pixel point corresponding to the current pixel point in the second feature area to acquire multiple total similarity values; determining a traversal speed corresponding to a maximum total similarity value among the multiple total similarity values as an instantaneous speed at a current moment; calculating a package volume according to the instantaneous speed. acquiring depth images returned by the time-of-flight depth camera; the depth images comprise a first depth image and a second depth image which are adjacent to each other; denoising the first depth image and the second depth image; selecting a first feature area of the first depth image and a second feature area of the second depth image that have been denoised respectively, traversing each pixel point in the first feature area at multiple traversal speeds v, and matching a first depth value of a current pixel point with a second depth value of a target pixel point corresponding to the current pixel point in the second feature area to acquire multiple total similarity values; determining a traversal speed corresponding to a maximum total similarity value among the multiple total similarity values as an instantaneous speed at a current moment; calculating a package volume according to the instantaneous speed.
A compound of Formula I or a pharmaceutically acceptable salt or derivative thereof, wherein R 1 is acetamido, acetamidino, N-methyl-acetamidino, di-N-methyl-acetamidino, (2,3-di-O-methyl-propionoyl)amino, N-2,3-dihydroxypropionyl, (glutam-4-yl)amino, (N-methyl-glutam-4-yl)amino, or N-4-hydroxybutanoyl; R 2 is acetamido, N-(D-alanyl), acetamidino, N-formyl, N- -3-hydroxybutanoyl, (N-acetyl-D-alanyl)amido, or N-2,3-dihydroxypropionyl; and R 3 is a hydroxyl or amino group, wherein the derivative comprises modification of the hydroxyl group at C4 and/or C8 to O-acetyl, or the modification of the hydroxyl group at C8 such that it is O-linked to N-acetyl-glutamine.
A system for producing multiple-pane insulating glazing units, the system comprising: a conveyor and a machine that assembles two or more glazing panes (152, 154) and one or more glazing spacers into a multiple-pane insulating glazing unit, the conveyor comprising a longitudinally extending conveyor line configured to transport glazing panes (152, 154) to the machine, the machine comprising a plurality of laterally spaced-apart processing stations, each processing station being movable transversely relative to the longitudinally extending conveyor line, characterized in that each processing station is configured to independently: i) assemble two or more glazing panes (152, 154) and one or more glazing spacers into a multiple-pane insulating glazing unit, and ii) deliver insulative gas into at least one between-pane space of the insulating glazing unit, such that the system has multiple processing stations each independently configured to assemble and gas fill multiple-pane insulating glazing units. i) assemble two or more glazing panes (152, 154) and one or more glazing spacers into a multiple-pane insulating glazing unit, and ii) deliver insulative gas into at least one between-pane space of the insulating glazing unit, such that the system has multiple processing stations each independently configured to assemble and gas fill multiple-pane insulating glazing units.
A transmission apparatus comprising: a reference signal configuration section that is adapted to configure a demodulation reference signal, DMRS, mapping pattern for each reception apparatus, the DMRS mapping pattern being a pattern in which DMRSs are mapped in a way adapted to the reception environment of each reception apparatus; and a transmission section that is adapted to transmit a transmission signal including information indicating the DMRS mapping pattern, and a DMRS mapped in a resource according to the DMRS mapping pattern, wherein the reference signal configuration section is adapted to configure the DMRS mapping pattern by determining whether or not to map the DMRS in each of DMRS groups, the DMRS groups each being formed of a plurality of adjacent resource elements, REs, in which the DMRS is mappable. a reference signal configuration section that is adapted to configure a demodulation reference signal, DMRS, mapping pattern for each reception apparatus, the DMRS mapping pattern being a pattern in which DMRSs are mapped in a way adapted to the reception environment of each reception apparatus; and a transmission section that is adapted to transmit a transmission signal including information indicating the DMRS mapping pattern, and a DMRS mapped in a resource according to the DMRS mapping pattern, wherein the reference signal configuration section is adapted to configure the DMRS mapping pattern by determining whether or not to map the DMRS in each of DMRS groups, the DMRS groups each being formed of a plurality of adjacent resource elements, REs, in which the DMRS is mappable.
Method of manufacturing polymeric parts, the method comprising the following steps: - injection of material by a material injection part into a mould, the mould being in a closed position, so as to form at least one part, the injection part being connected to the closed mould, - after injection, displacement of the material injection part relative to the mould, an outer part of the mould being held in contact with the part formed by injection to cool the part during displacement of the injection part, and - after displacement, opening of the mould, comprising: ∘ release of an inner part of the mould, so as to allow the inner part to cool, and ∘ release of the outer part, wherein release of the outer part begins after release of the inner part. - injection of material by a material injection part into a mould, the mould being in a closed position, so as to form at least one part, the injection part being connected to the closed mould, - after injection, displacement of the material injection part relative to the mould, an outer part of the mould being held in contact with the part formed by injection to cool the part during displacement of the injection part, and - after displacement, opening of the mould, comprising: ∘ release of an inner part of the mould, so as to allow the inner part to cool, and ∘ release of the outer part, ∘ release of an inner part of the mould, so as to allow the inner part to cool, and ∘ release of the outer part,
Expandable infusion packet, wherein the infusion packet is in a permanently compressed state in the absence of water and converts to an expanded state in the presence of water, and wherein the infusion packet has a substantially rigid structure such that it does not deform when handled in the permanently compressed state.
Connector arrangement, comprising: • a first connector housing and a complementary second connector housing, • a mate assist device, comprising at least one actuating arm (12, 14) movably mountable to the first connector housing, wherein the actuating arm (12, 14) comprises at least one cam slot and the second connector housing comprises at least one corresponding cam peg to engage the cam slot, such that upon actuating of the mate assist device, in an actuating direction, the cam slot can draw the cam peg towards the first connector housing to move the second connector housing towards the first connector housing, wherein the first connector housing is provided with a groove or slot interacting with a protrusion provided on the actuating arm (12, 14) of the device, wherein the actuating arm is provided with at least one blocking wing which is arranged so as to be deflected with respect to the actuating arm (12, 14) and which forms part of the at least one cam slot and which wing abuts on the first connector housing and stops movement of the mate assist device in the actuating direction, when the second connector housing is not at least partially mated with the first connector housing, characterized in that at least one portion of the blocking wing is provided with a reduced thickness in comparison with the actuating arm (12, 14) to facilitate a bending of the blocking wing with respect to the actuating arm wherein the blocking wing is bent outwardly when the second connector housing is at least partially mated with the first connector housing, so that the blocking wing is no longer in abutment with the first connector housing. • a first connector housing and a complementary second connector housing, • a mate assist device, comprising at least one actuating arm (12, 14) movably mountable to the first connector housing,
A method of producing an object, the object being made of titanium or titanium alloy, the object having a desired shape, the object being a non-porous object, the method comprising: providing some titanium or titanium alloy, the provided titanium or titanium alloy having a first average oxygen level; using the provided titanium or titanium alloy, performing a net-shape or near-net shape manufacturing process to produce an intermediate object, the intermediate object having the desired shape, the intermediate object being a non-porous object, the intermediate object having a second average oxygen level, the second average oxygen level being greater than or equal to the first average oxygen level; performing a deoxidation process to remove an amount of oxygen from a surface of the intermediate object such as to provide the intermediate object with a third average oxygen level, the third average oxygen level being less than the second average oxygen level; and thereafter, performing a homogenisation process on the intermediate object to increase the uniformity of the oxygen level within the intermediate object, thereby providing the object, wherein the homogenisation process comprises heating the object to between 1000°C and 1300°C for between 0.5 and 100 hours. providing some titanium or titanium alloy, the provided titanium or titanium alloy having a first average oxygen level; using the provided titanium or titanium alloy, performing a net-shape or near-net shape manufacturing process to produce an intermediate object, the intermediate object having the desired shape, the intermediate object being a non-porous object, the intermediate object having a second average oxygen level, the second average oxygen level being greater than or equal to the first average oxygen level; performing a deoxidation process to remove an amount of oxygen from a surface of the intermediate object such as to provide the intermediate object with a third average oxygen level, the third average oxygen level being less than the second average oxygen level; and thereafter, performing a homogenisation process on the intermediate object to increase the uniformity of the oxygen level within the intermediate object, thereby providing the object, wherein the homogenisation process comprises heating the object to between 1000°C and 1300°C for between 0.5 and 100 hours.
An apparatus (12, 14) for camping on a call, the apparatus comprising: a processor; and a memory coupled to the processor comprising instructions for execution by the processor, the processor being operable when executing the instructions to: determine an advertised state of a first communication device (16, 32) in response to a caller attempting to call the first communication device from a second communication device, wherein the advertised state comprises state information configured by a user of the first communication device to be made available by the first communication device; transmit reason information to the second communication device, the reason information indicating a reason for the attempted call not being answered at the first communication device, the reason information based on the advertised state of the first communication device; enable the caller at the second communication device to make a camp-on selection based On the transmitted reason information; and set a camp on the call to the first communication device in response to input from the caller indicating a desire to camp on the call to the first communication device. a processor; and a memory coupled to the processor comprising instructions for execution by the processor, the processor being operable when executing the instructions to: determine an advertised state of a first communication device (16, 32) in response to a caller attempting to call the first communication device from a second communication device, wherein the advertised state comprises state information configured by a user of the first communication device to be made available by the first communication device; transmit reason information to the second communication device, the reason information indicating a reason for the attempted call not being answered at the first communication device, the reason information based on the advertised state of the first communication device; enable the caller at the second communication device to make a camp-on selection based On the transmitted reason information; and set a camp on the call to the first communication device in response to input from the caller indicating a desire to camp on the call to the first communication device. determine an advertised state of a first communication device (16, 32) in response to a caller attempting to call the first communication device from a second communication device, wherein the advertised state comprises state information configured by a user of the first communication device to be made available by the first communication device; transmit reason information to the second communication device, the reason information indicating a reason for the attempted call not being answered at the first communication device, the reason information based on the advertised state of the first communication device; enable the caller at the second communication device to make a camp-on selection based On the transmitted reason information; and set a camp on the call to the first communication device in response to input from the caller indicating a desire to camp on the call to the first communication device.
A method for manufacturing clinker, the method comprising at least: - sintering raw meal in a kiln to clinker, - preheating raw meal in a preheater using a main flue gas stream from the kiln as heat source, - dedusting the main flue gas downstream of the preheater at a temperature below the boiling point of mercury, thereby obtaining mercury loaded dust, - withdrawing a bypass flue gas stream from the kiln, - vaporizing at least mercury and/or a mercury compound in the bypass flue gas by injecting at least a fraction of the mercury loaded dust and/or mercury loaded waste-products into the bypass flue gas stream, - dedusting the bypass flue gas stream, - cooling the bypass flue gas stream and binding the mercury and/or the compound to an adsorbent, said adsorbent being injected into the cooled bypass flue gas, - removing the adsorbent from the bypass flue gas and further processing the bypass flue gas. characterized in that the method further comprises at least: injecting a reductant prior to the dedusting step of the bypass flue gas into the bypass flue gas and dedusting the bypass flue gas using a catalytic hot gas filter, thereby oxidizing mercury atoms in the bypass flue gas and converting nitrogen oxides in to nitrogen (N 2). - sintering raw meal in a kiln to clinker, - preheating raw meal in a preheater using a main flue gas stream from the kiln as heat source, - dedusting the main flue gas downstream of the preheater at a temperature below the boiling point of mercury, thereby obtaining mercury loaded dust, - withdrawing a bypass flue gas stream from the kiln, - vaporizing at least mercury and/or a mercury compound in the bypass flue gas by injecting at least a fraction of the mercury loaded dust and/or mercury loaded waste-products into the bypass flue gas stream, - dedusting the bypass flue gas stream, - cooling the bypass flue gas stream and binding the mercury and/or the compound to an adsorbent, said adsorbent being injected into the cooled bypass flue gas, - removing the adsorbent from the bypass flue gas and further processing the bypass flue gas. injecting a reductant prior to the dedusting step of the bypass flue gas into the bypass flue gas and dedusting the bypass flue gas using a catalytic hot gas filter, thereby oxidizing mercury atoms in the bypass flue gas and converting nitrogen oxides in to nitrogen (N 2).
A turbine housing coupled to a bearing housing that rotatably supports a rotating shaft of a turbine wheel, the turbine housing comprising: a scroll unit that is formed in a bottomed tubular shape having a circumferential wall portion and a bottom surface portion, has a flanged portion protruding in a radial direction orthogonal to the rotating shaft formed at a tip of the circumferential wall portion, and has a spiral exhaust-gas flow passage, through which flue gas that has flowed in from an exhaust-gas inflow port flows, formed in the interior of the bottomed tubular shape; a flat annular cover that is disposed in a state where one end face abuts the flanged portion and that is welded to the flanged portion; an annular seal portion that extends from a basal end welded to an inner circumferential side of the other end face of the annular cover toward a distal end disposed on the bearing housing side in the direction of the rotating shaft and that is made of an elastically deformable member; and a plurality of coupling portions that are respectively welded to a plurality of locations on an outer circumferential side of the other end face of the annular cover and that have fastening holes to which fasteners inserted along the direction of the rotating shaft are fastened, wherein the annular seal portion is elastically deformed to form a sealing region over the entire circumference around the rotating shaft by the bearing housing being pressed toward the annular cover via seat faces of the fasteners and thereby the distal end being brought into contact with an outer circumferential face of the bearing housing. a scroll unit that is formed in a bottomed tubular shape having a circumferential wall portion and a bottom surface portion, has a flanged portion protruding in a radial direction orthogonal to the rotating shaft formed at a tip of the circumferential wall portion, and has a spiral exhaust-gas flow passage, through which flue gas that has flowed in from an exhaust-gas inflow port flows, formed in the interior of the bottomed tubular shape; a flat annular cover that is disposed in a state where one end face abuts the flanged portion and that is welded to the flanged portion; an annular seal portion that extends from a basal end welded to an inner circumferential side of the other end face of the annular cover toward a distal end disposed on the bearing housing side in the direction of the rotating shaft and that is made of an elastically deformable member; and a plurality of coupling portions that are respectively welded to a plurality of locations on an outer circumferential side of the other end face of the annular cover and that have fastening holes to which fasteners inserted along the direction of the rotating shaft are fastened, wherein the annular seal portion is elastically deformed to form a sealing region over the entire circumference around the rotating shaft by the bearing housing being pressed toward the annular cover via seat faces of the fasteners and thereby the distal end being brought into contact with an outer circumferential face of the bearing housing.
Gas-operated vehicle, comprising: - a gas combustion engine coupled to a gas tank carried at a vehicle via a supply line, - a control device with an on/off switch for regularly switching the combustion engine on or off, said control device being adapted for monitoring the engine operation, - a shut-off valve provided in said supply line which can be controlled by said control device for optionally interrupting the gas supply from the gas tank to the combustion engine, said control device being furthermore adapted for bringing the shut-off valve into the closed position and for maintaining the engine operation until the regular standstill due to a gas shortage, when the on/off switch is switched to the closed position during operation of the combustion engine, characterized by said control device being also adapted for bringing the shut-off valve into the closed position when an irregular engine standstill occurs with the on/off switch in the switch-on position, for activating a warning device arranged at the vehicle for signaling an irregular operation status when an irregular engine standstill occurs with the on/off switch in the switch-on position and for deactivating the warning device after resuming the engine operation by again opening the shut-off valve and by energizing the ignition device (28, 30) when after moving the on/off switch from the switch-on position to the switch-off position the steps of switching on and monitoring the engine operation (t3 - t5) have been carried out once again. - a gas combustion engine coupled to a gas tank carried at a vehicle via a supply line, - a control device with an on/off switch for regularly switching the combustion engine on or off, said control device being adapted for monitoring the engine operation, - a shut-off valve provided in said supply line which can be controlled by said control device for optionally interrupting the gas supply from the gas tank to the combustion engine,
Fluid-operated rotary actuator, comprising a housing composed of at least three housing bodies lined up in the axial direction of a main axis in the form of two connecting bodies (6a, 6b) and at least one intermediate body located in between, wherein immediately adjacent housing bodies together bound a housing chamber (16a, 16b) in which a swivel piston (3a, 3b) rotatable about the main axis is accommodated, so that at least two swivel pistons (3a, 3b) are provided in a separate housing chamber (16a, 16b) staggered in the direction of the main axis, wherein all of the swivel pistons (3a, 3b) are connected for rotary actuation to one and the same drive shaft facilitating the takeoff of a torque outside the housing and wherein each of the swivel pistons (3a, 3b) divides the housing chamber (16a, 16b) in which it is accommodated into two working chambers (22, 23) to which a drive fluid can be applied in a controlled way via internal fluid passages (47, 48) extending in the housing wall in order to generate the torque, characterised in that the working chambers (22, 23) of all housing chambers (16a, 16b) which are responsible for the generation of equidirectional torque components if subjected to fluid pressure are jointly connected to one each of two connecting ports (45, 46) formed on the outer surface of the one, first, connecting body, wherein each of the connecting ports (45, 46) is connected via its own first fluid passage section (47a, 47b) to one of the working chambers (22, 23) of the first housing chamber bounded by the first connecting body, and wherein the working chambers (22, 23) of housing chambers (16a, 16b) which are immediately adjacent to one another are connected to one another by means of second fluid passage sections (47b, 48b) passing through the intermediate body located in between.