mhurhangee/ep-ind-claims huggingface dataset:
A thin-film forming method comprising the steps of: - introducing a compound having a borazine skeleton into a reaction chamber; - applying a negative charge to a feeding electrode that supports a substrate placed inside said reaction chamber; - generating a plasma inside said reaction chamber by using plasma generating means arranged opposite to said feeding electrode via said substrate so that said compound is excited and is brought into a reaction active state by the plasma energy, with the borazine skeleton maintained therein; and - sweeping said excited compound by said negative charge and consequently drawing said excited compound toward said substrate by a dc electric field applied to the feeding electrode, with the reaction active state being maintained, so that the active component is sufficiently subjected to cross-linking to be successively bonded to one another so that the resulting polymerized compound is deposited on said substrate. - introducing a compound having a borazine skeleton into a reaction chamber; - applying a negative charge to a feeding electrode that supports a substrate placed inside said reaction chamber; - generating a plasma inside said reaction chamber by using plasma generating means arranged opposite to said feeding electrode via said substrate so that said compound is excited and is brought into a reaction active state by the plasma energy, with the borazine skeleton maintained therein; and - sweeping said excited compound by said negative charge and consequently drawing said excited compound toward said substrate by a dc electric field applied to the feeding electrode, with the reaction active state being maintained, so that the active component is sufficiently subjected to cross-linking to be successively bonded to one another so that the resulting polymerized compound is deposited on said substrate.
A storage type air conditioning system having plural storage type air conditioners, wherein each of the storage type air conditioners comprises: a storage battery in which external power from an external power source can be stored; an air conditioning unit that is supplied with stored power from the storage battery and perform an air conditioning operation; a residual amount detector for detecting a storage residual amount of the storage battery; a stored power transmission/reception switching unit for switching transmission/reception of the stored power stored in the storage battery to/from the other storage type air conditioners; and a storage controller that transmits/receives information concerning the storage residual amount of the storage battery to/from the other storage type air conditioners, characterized in that the storage controller controls the stored power transmission/reception switching unit so as to supply stored power of the self storage battery to another storage type air conditioner in which the storage residual amount is short with respect to the stored power supply amount when the storage residual amount of the self storage battery is surplus with respect to a stored power supply amount to be supplied to the self air conditioning unit, and also receive stored power from another storage type air conditioner in which the storage residual amount is surplus with respect to the stored power supply amount when the storage residual amount of the self storage battery is short with respect to a stored power supply amount to be supplied to the self air conditioning unit. a storage battery in which external power from an external power source can be stored; an air conditioning unit that is supplied with stored power from the storage battery and perform an air conditioning operation; a residual amount detector for detecting a storage residual amount of the storage battery; a stored power transmission/reception switching unit for switching transmission/reception of the stored power stored in the storage battery to/from the other storage type air conditioners; and a storage controller that transmits/receives information concerning the storage residual amount of the storage battery to/from the other storage type air conditioners, characterized in that the storage controller controls the stored power transmission/reception switching unit so as to supply stored power of the self storage battery to another storage type air conditioner in which the storage residual amount is short with respect to the stored power supply amount when the storage residual amount of the self storage battery is surplus with respect to a stored power supply amount to be supplied to the self air conditioning unit, and also receive stored power from another storage type air conditioner in which the storage residual amount is surplus with respect to the stored power supply amount when the storage residual amount of the self storage battery is short with respect to a stored power supply amount to be supplied to the self air conditioning unit.
A method of processing at least one component using a robot-guided tool, wherein the method comprises the steps of: specifying a target position for each of a plurality of points ( x s,1 - x s,8) on a processing path; selecting points to be corrected ( x s,1, x s,3, x s,5, x s,7) from the specified points ( x s,1 - x s,8), wherein points which are to be corrected are selected in a processing program by selecting from a list or by including in a list or by marking or by instructions which are able to be input, for determining actual positions of specified points of the processing path, or with the aid of an input facility for inputting points to be corrected, and wherein, by default, every second, third or nth point of the specified points is preselected; determining, for each of the selected points ( x 1, x 3, x 5, x 7) and in a manner supported by a sensor, a component-specific actual position on the component to be processed; replacing the target position for at least one of the selected points on the basis of the actual position which has been determined for that point; traversing the processing path on the basis of this at least one new target position; and processing this component with the robot-guided tool. specifying a target position for each of a plurality of points ( x s,1 - x s,8) on a processing path; selecting points to be corrected ( x s,1, x s,3, x s,5, x s,7) from the specified points ( x s,1 - x s,8), wherein points which are to be corrected are selected in a processing program by selecting from a list or by including in a list or by marking or by instructions which are able to be input, for determining actual positions of specified points of the processing path, or with the aid of an input facility for inputting points to be corrected, and wherein, by default, every second, third or nth point of the specified points is preselected; determining, for each of the selected points ( x 1, x 3, x 5, x 7) and in a manner supported by a sensor, a component-specific actual position on the component to be processed; replacing the target position for at least one of the selected points on the basis of the actual position which has been determined for that point; traversing the processing path on the basis of this at least one new target position; and processing this component with the robot-guided tool.
An image display apparatus comprising: a first radiographic image acquirer for acquiring a first radiographic image obtained by a radiation detector that detects radiation having passed through an object to be examined, which includes a biopsy region, and that converts the detected radiation into a radiation image when the object to be examined is irradiated by a radiation source which is in a prescribed position and is movable in a prescribed direction with respect to the object to be examined; a second radiographic image acquirer for acquiring a plurality of second radiographic images obtained by the radiation detector when the object to be examined is irradiated by the radiation source which is in different positions along said prescribed direction; a first display controller for displaying the first radiographic image acquired by the first radiographic image acquirer on a first display unit; a biopsy region selector for selecting the biopsy region of the object to be examined which is displayed on the first display unit; and a second display controller for displaying the second radiographic images acquired by the second radiographic image acquirer on a second display unit and, when the biopsy region is selected in the displayed first radiographic image by the biopsy region selector, displaying, in the second radiographic images, respective guide lines passing through positions in the second radiographic images which correspond to a position of the biopsy region selected in the first radiographic image and extending parallel to or substantially parallel to the prescribed direction. a first radiographic image acquirer for acquiring a first radiographic image obtained by a radiation detector that detects radiation having passed through an object to be examined, which includes a biopsy region, and that converts the detected radiation into a radiation image when the object to be examined is irradiated by a radiation source which is in a prescribed position and is movable in a prescribed direction with respect to the object to be examined; a second radiographic image acquirer for acquiring a plurality of second radiographic images obtained by the radiation detector when the object to be examined is irradiated by the radiation source which is in different positions along said prescribed direction; a first display controller for displaying the first radiographic image acquired by the first radiographic image acquirer on a first display unit; a biopsy region selector for selecting the biopsy region of the object to be examined which is displayed on the first display unit; and a second display controller for displaying the second radiographic images acquired by the second radiographic image acquirer on a second display unit and, when the biopsy region is selected in the displayed first radiographic image by the biopsy region selector, displaying, in the second radiographic images, respective guide lines passing through positions in the second radiographic images which correspond to a position of the biopsy region selected in the first radiographic image and extending parallel to or substantially parallel to the prescribed direction.
A duplex stainless steel sheet with excellent press-formability characterized by containing, by mass%, C: 0.001 to 0.05%, Si: 1.5 to 3%, Mn: 1 to 5%, Cr: 16 to 21%, Ni: 1 to 6%, Cu: 0.5 to 3%, N: 0.001 to 0.07%, and optionally one or more of: Mo: 1% or less, Nb: 0.5% or less, V: 0.5% or less, Ti: 0.5% or less, Sn: 1% or less, Sb: 1% or less, W: 1% or less, and Al: 0.1% or less and optionally one or more of B: 0.01% or less, Ca: 0.01% or less, Mg: 0.01% or less, La: 0.3% or less, Ce: 0.3% or less, Zr: 0.3% or less, and Y: 0.3% or less having an Ni-bal value given by the following formula <1> of -7.5 to -3.5, having a balance of Fe and unavoidable impurities, having an austenite phase rate of 50% to 95%, and having a balance of ferrite phases; and wherein less than 50μm α-phases are dispersed in fibrous shapes or grain shapes in the sheet thickness direction of the duplex stainless steel sheet: Ni − bal = 30 C + N + Ni + 0.5 ⁢ Mn + 0.3 ⁢ Cu − 1.1 Cr + 1.5 Si + 8.2 C: 0.001 to 0.05%, Si: 1.5 to 3%, Mn: 1 to 5%, Cr: 16 to 21%, Ni: 1 to 6%, Cu: 0.5 to 3%, N: 0.001 to 0.07%, Mo: 1% or less, Nb: 0.5% or less, V: 0.5% or less, Ti: 0.5% or less, Sn: 1% or less, Sb: 1% or less, W: 1% or less, and Al: 0.1% or less B: 0.01% or less, Ca: 0.01% or less, Mg: 0.01% or less, La: 0.3% or less, Ce: 0.3% or less, Zr: 0.3% or less, and Y: 0.3% or less
A method for energy calibration of a pulsed cutting laser for eye surgery, comprising: irradiating a transparent sample material with a plurality of sets of laser pulses of the cutting laser with pulse energies differing from set to set to photodisrupt the sample material; analyzing at least one visually perceptible discoloration structure created in the transparent sample material as a result of the photodisruption; selecting the pulse energy of one of the sets based on the analysis; and setting a treatment pulse energy for the cutting laser based on the selected energy, wherein a plate-like piece of material made of PMMA is used as the sample material and the sets are each irradiated at different plate regions of the piece of material. irradiating a transparent sample material with a plurality of sets of laser pulses of the cutting laser with pulse energies differing from set to set to photodisrupt the sample material; analyzing at least one visually perceptible discoloration structure created in the transparent sample material as a result of the photodisruption; selecting the pulse energy of one of the sets based on the analysis; and setting a treatment pulse energy for the cutting laser based on the selected energy, wherein a plate-like piece of material made of PMMA is used as the sample material and the sets are each irradiated at different plate regions of the piece of material.
A method to form a low emissivity coating, comprising providing a transparent substrate (110; 120); forming a first layer (113; 154) on the transparent substrate, wherein the first layer comprises silver, wherein the first layer is operable as an infrared reflective layer; forming a second layer (115; 156) on the first layer, wherein the second layer is operable as a barrier layer, characterized in that the second layer (115; 156) includes a ternary alloy comprising titanium, nickel and niobium, wherein the percentage of titanium is between 5 and 15 wt%, wherein the percentage of nickel is between 30 and 50 wt%, wherein the percentage of niobium is between 40 and 60 wt%.
A method, performed by a mobile switching centre server, of handling a handover request, the method comprising: receiving a request for the handover from a mobility management entity; initiating the handover; characterised in that the method comprises: receiving a notification of failure to hand over a session, said notification received from an internet protocol multimedia subsystem; and sending, to the mobility management entity, a negative response to the request for the handover after the notification of failure to hand over a session is received. receiving a request for the handover from a mobility management entity; initiating the handover; characterised in that the method comprises: receiving a notification of failure to hand over a session, said notification received from an internet protocol multimedia subsystem; and sending, to the mobility management entity, a negative response to the request for the handover after the notification of failure to hand over a session is received. receiving a notification of failure to hand over a session, said notification received from an internet protocol multimedia subsystem; and sending, to the mobility management entity, a negative response to the request for the handover after the notification of failure to hand over a session is received.
A seed delivery apparatus to deliver seed to a planting surface, comprising: a seed meter configured to entrain and release the seed from a seed disc at a seed release location; a seed conveyor disposed to receive the seed after the seed is released from said seed disc at an upper end of said seed conveyor, said seed conveyor including a belt configured to convey the seed from said upper end to a lower end of said seed conveyor and release the seed with a rearward velocity relative to said seed conveyor; and a first loading wheel disposed adjacent to said seed release location, said first loading wheel being driven for rotation, wherein said first loading wheel is disposed to urge the seed toward the belt, wherein said belt includes a first flight and a second flight, wherein said belt includes a flight gap between said first flight and said second flight, and wherein said first loading wheel is disposed such that the seed is released from contact with said first loading wheel prior to entering said flight gap, characterized by: a second loading wheel disposed adjacent to said first loading wheel such that a gap between said first loading wheel and said second loading wheel is disposed adjacent to said seed release location. a seed meter configured to entrain and release the seed from a seed disc at a seed release location; a seed conveyor disposed to receive the seed after the seed is released from said seed disc at an upper end of said seed conveyor, said seed conveyor including a belt configured to convey the seed from said upper end to a lower end of said seed conveyor and release the seed with a rearward velocity relative to said seed conveyor; and a first loading wheel disposed adjacent to said seed release location, said first loading wheel being driven for rotation, wherein said first loading wheel is disposed to urge the seed toward the belt, wherein said belt includes a first flight and a second flight, wherein said belt includes a flight gap between said first flight and said second flight, and wherein said first loading wheel is disposed such that the seed is released from contact with said first loading wheel prior to entering said flight gap, characterized by: a second loading wheel disposed adjacent to said first loading wheel such that a gap between said first loading wheel and said second loading wheel is disposed adjacent to said seed release location. a second loading wheel disposed adjacent to said first loading wheel such that a gap between said first loading wheel and said second loading wheel is disposed adjacent to said seed release location.
Connecting piece for connecting a vacuum cleaner hose to a housing part of a vacuum cleaner housing, wherein the connecting piece penetrates the housing part from an outer side towards an inner side and has the following features: a coupling region that extends from the outer side in the direction of the inner side with a substantially cylindrical inner wall; a first undercut in the inner wall of the coupling region for receiving a latching element of the vacuum cleaner hose, characterised in that the connecting piece has a second undercut, arranged between the first undercut and the outer side, in the inner wall of the coupling region, wherein the second undercut is configured to receive a latching element of a further housing element. a coupling region that extends from the outer side in the direction of the inner side with a substantially cylindrical inner wall; a first undercut in the inner wall of the coupling region for receiving a latching element of the vacuum cleaner hose, characterised in that the connecting piece has a second undercut, arranged between the first undercut and the outer side, in the inner wall of the coupling region, wherein the second undercut is configured to receive a latching element of a further housing element.
A method for enabling power adjustment of a radio head of an indoor radio system, wherein said method comprises: - identifying, based on signal strength measurements in relation to wireless communication devices connected to the radio head, presence of a wall of a building in which the indoor radio system is located; - creating a statistical distribution based on the signal strength measurements; - identifying a location of the wall in the statistical distribution, wherein the wall is identified from less frequent levels of signal strength in the statistical distribution; and - triggering an adjustment of transmit power of the radio head to align the radio head coverage with the wall, wherein the adjustment of transmit power is determined based on the location of the wall identified in the statistical distribution. - identifying, based on signal strength measurements in relation to wireless communication devices connected to the radio head, presence of a wall of a building in which the indoor radio system is located; - creating a statistical distribution based on the signal strength measurements; - identifying a location of the wall in the statistical distribution, wherein the wall is identified from less frequent levels of signal strength in the statistical distribution; and - triggering an adjustment of transmit power of the radio head to align the radio head coverage with the wall, wherein the adjustment of transmit power is determined based on the location of the wall identified in the statistical distribution.
A method of engineering one or more polynucleotide sequences in a cell, comprising: providing a vector suitable for replication in a target yeast species and suitable for replication in a second species, the second species expressing a single-stranded annealing protein (SSAP) system and/or recombinase, and the vector comprising a target polynucleotide for engineering; introducing the vector and an oligonucleotide library that targets the target polynucleotide into the second species under conditions suitable for diversification of said target polynucleotide by the SSAP system and/or recombinase; isolating the vector library and introducing the vector library into said target species; and selecting for a phenotype of interest, wherein the target species is Saccharomyces cerevisiae and the second species is Escherichia coli. providing a vector suitable for replication in a target yeast species and suitable for replication in a second species, the second species expressing a single-stranded annealing protein (SSAP) system and/or recombinase, and the vector comprising a target polynucleotide for engineering; introducing the vector and an oligonucleotide library that targets the target polynucleotide into the second species under conditions suitable for diversification of said target polynucleotide by the SSAP system and/or recombinase; isolating the vector library and introducing the vector library into said target species; and selecting for a phenotype of interest, wherein the target species is Saccharomyces cerevisiae and the second species is Escherichia coli.