mhurhangee/ep-ind-claims huggingface dataset:
An air conditioner comprising: a main body; a discharge body rotatably accommodated in a space of the main body, wherein the discharge body includes an opening formed therein as an air discharge space, and an air discharge port disposed around the opening to guide air to the discharge space, characterized in that an air discharge port is arranged along the periphery of the opening to allow air to be discharged to the opening, wherein the opening is open at both front and rear of the air conditioner. a main body; a discharge body rotatably accommodated in a space of the main body, wherein the discharge body includes an opening formed therein as an air discharge space, and an air discharge port disposed around the opening to guide air to the discharge space, characterized in that an air discharge port is arranged along the periphery of the opening to allow air to be discharged to the opening, wherein the opening is open at both front and rear of the air conditioner.
A photon detection device comprising: a photon detection section including a long plate-shaped superconducting stripline whose plate surface is a photon detection surface, and a bias current supply section supplying a bias current to the superconducting stripline; and a single flux quantum comparator circuit capable of detecting magnetic flux scattered from the superconducting stripline upon photon detection, characterized in that the single flux quantum comparator circuit includes at least a Josephson junction wire having a Josephson junction in the wire, and a superconducting wire electrically connecting the Josephson junction wire and the superconducting stripline, and the superconducting stripline, the superconducting wire, and the Josephson junction wire constitute a superconducting loop capable of detecting the magnetic flux. a photon detection section including a long plate-shaped superconducting stripline whose plate surface is a photon detection surface, and a bias current supply section supplying a bias current to the superconducting stripline; and a single flux quantum comparator circuit capable of detecting magnetic flux scattered from the superconducting stripline upon photon detection, characterized in that the single flux quantum comparator circuit includes at least a Josephson junction wire having a Josephson junction in the wire, and a superconducting wire electrically connecting the Josephson junction wire and the superconducting stripline, and the superconducting stripline, the superconducting wire, and the Josephson junction wire constitute a superconducting loop capable of detecting the magnetic flux.
A method for acquiring data from a multi-touch crossbar-network sensor, comprising a crossbar network of cells, said method comprising the following steps: - sequentially scanning (S32-S37, S41, S42) the cells of the crossbar network; - measuring an electrical characteristic at the level of each cell, the electrical characteristic being representative of a weight (I R, C) of each cell; characterized in that it additionally comprises the following steps for each cell (CELL): - comparing the weight (I R, C) with one or more predetermined significant weight values (I T); - recording the data associated with said cell (CELL), comprising at least said weight (I R, C) and the coordinates (CELL_X, CELL_Y) of said cell (CELL) in the crossbar network when the weight is within a range of significant values; - verifying the existence of a data record associated with at least one of said neighboring cells (Cv) comprised in a neighboring area associated with said cell (CELL); and - updating an existing bounding area by recording, within said existing bounding area, data associated with said cell (CELL), if data associated with at least one neighboring cell (C v) belonging to said existing bounding area has been recorded. - sequentially scanning (S32-S37, S41, S42) the cells of the crossbar network; - measuring an electrical characteristic at the level of each cell, the electrical characteristic being representative of a weight (I R, C) of each cell; - comparing the weight (I R, C) with one or more predetermined significant weight values (I T); - recording the data associated with said cell (CELL), comprising at least said weight (I R, C) and the coordinates (CELL_X, CELL_Y) of said cell (CELL) in the crossbar network when the weight is within a range of significant values; - verifying the existence of a data record associated with at least one of said neighboring cells (Cv) comprised in a neighboring area associated with said cell (CELL); and - updating an existing bounding area by recording, within said existing bounding area, data associated with said cell (CELL), if data associated with at least one neighboring cell (C v) belonging to said existing bounding area has been recorded.
A method to allocate resources for wireless communications, comprising: grouping downlink control channels from multiple subframes together; ordering the downlink control channels such that the downlink control channels across downlink subframes having a first control channel element, CCE, located in a first orthogonal frequency division multiplex, OFDM, symbol map to reserved resources for an uplink channel; and employing a symbol first mapping or a mixed-symbol/subframe first mapping to allocate the resources, wherein the symbol first mapping comprises, after the first ordering, then ordering downlink control channels having a first CCE in a second OFDM symbol followed by ordering downlink control channels having a first CCE in a third OFDM symbol and so forth; and wherein the mixed-symbol/subframe first mapping comprises, after the first ordering then ordering remaining downlink control channels in a first downlink subframe. grouping downlink control channels from multiple subframes together; ordering the downlink control channels such that the downlink control channels across downlink subframes having a first control channel element, CCE, located in a first orthogonal frequency division multiplex, OFDM, symbol map to reserved resources for an uplink channel; and employing a symbol first mapping or a mixed-symbol/subframe first mapping to allocate the resources, wherein the symbol first mapping comprises, after the first ordering, then ordering downlink control channels having a first CCE in a second OFDM symbol followed by ordering downlink control channels having a first CCE in a third OFDM symbol and so forth; and wherein the mixed-symbol/subframe first mapping comprises, after the first ordering then ordering remaining downlink control channels in a first downlink subframe.
Process for manufacturing self-assembled block copolymer films, having two or more blocks, comprising the following steps: A. having a substrate; B. distributing a first solution containing at least one block copolymer onto the substrate so as to at least partially coat a surface of the substrate, obtaining a first intermediate product; C. making a step of self-assembling said at least one block copolymer by heating the first intermediate product; the process being characterised in that the self-assembling step C is made through a first RTP process of Rapid Thermal Processing comprising the following substeps: C.1 heating the first intermediate product up to a first target temperature, ranging from a glass transition temperature Tg of said at least one block copolymer to an order-disorder transition temperature T ODT of said at least one block copolymer, through a first temperature rising ramp having a first rate of temperature change not lower than 5°C/second; C.2 maintaining the first intermediate product at said first target temperature for a first time interval not longer than 60 minutes, whereby a sample is obtained on the surface of which a self-assembled film of said at least one block copolymer has been made; C.3 cooling the sample down to the ambient temperature through a first temperature descending ramp. A. having a substrate; B. distributing a first solution containing at least one block copolymer onto the substrate so as to at least partially coat a surface of the substrate, obtaining a first intermediate product; C. making a step of self-assembling said at least one block copolymer by heating the first intermediate product; C.1 heating the first intermediate product up to a first target temperature, ranging from a glass transition temperature Tg of said at least one block copolymer to an order-disorder transition temperature T ODT of said at least one block copolymer, through a first temperature rising ramp having a first rate of temperature change not lower than 5°C/second; C.2 maintaining the first intermediate product at said first target temperature for a first time interval not longer than 60 minutes, whereby a sample is obtained on the surface of which a self-assembled film of said at least one block copolymer has been made; C.3 cooling the sample down to the ambient temperature through a first temperature descending ramp.
A method of controlling an electromagnetic stirrer arranged around a submerged entry nozzle, SEN, of a tundish provided with a stopper rod to control throughput of the tundish, the SEN being configured to provide tapping of molten metal from the tundish and the electromagnetic stirrer being configured to generate a rotating magnetic field in the SEN, wherein the method comprises: controlling the electromagnetic stirrer to operate only when a gas flow rate through the stopper rod is in a first range of 1.5 NL/min to 20 NL/min.
A composition comprising: a protein covalently linked to a first bis-biotin tag, the first bis-biotin tag comprising two biotin ligase recognition sequences in tandem at an N-terminal or C-terminal end of the protein, each biotin ligase recognition sequence having a biotin moiety covalently linked thereto; a solid support covalently coupled to a second bis-biotin tag; and a tetravalent biotin-binding agent to which both bis-biotin tags are bound. a protein covalently linked to a first bis-biotin tag, the first bis-biotin tag comprising two biotin ligase recognition sequences in tandem at an N-terminal or C-terminal end of the protein, each biotin ligase recognition sequence having a biotin moiety covalently linked thereto; a solid support covalently coupled to a second bis-biotin tag; and a tetravalent biotin-binding agent to which both bis-biotin tags are bound.
An absorber structure for a solar cell, the absorber structure comprising: a first p-type semiconductor layer, said first p-type semiconductor layer being a p-type CdTe layer or a p-type CdSeTe alloy; a second p-type semiconductor layer, said second p-type semiconductor layer being a p-type CdTe layer or a p-type CdSeTe alloy; and an electron reflector layer between the first p-type semiconductor layer and the second p-type semiconductor layer, the electron reflector layer comprising a CdMTe layer, where M is selected from the group consisting of Zn, Mg, and Mn; wherein the electron reflector layer has a thickness small enough to render the electron reflector layer pseudomorphic; wherein the electron reflector layer comprises a graded concentration of M such that the electron reflector layer forms a first pseudo-interface with the first p-type semiconductor layer and a second pseudo-interface with the second p-type semiconductor layer; characterized in that: - the concentration of M in the CdMTe layer is sufficient at a peak position in the electron reflector layer to create a conduction band barrier height of at least 120 meV at the peak position; - the graded concentration of M is not abrupt at either the first pseudo-interface or the second pseudo-interface. a first p-type semiconductor layer, said first p-type semiconductor layer being a p-type CdTe layer or a p-type CdSeTe alloy; a second p-type semiconductor layer, said second p-type semiconductor layer being a p-type CdTe layer or a p-type CdSeTe alloy; and an electron reflector layer between the first p-type semiconductor layer and the second p-type semiconductor layer, the electron reflector layer comprising a CdMTe layer, where M is selected from the group consisting of Zn, Mg, and Mn; wherein the electron reflector layer has a thickness small enough to render the electron reflector layer pseudomorphic; wherein the electron reflector layer comprises a graded concentration of M such that the electron reflector layer forms a first pseudo-interface with the first p-type semiconductor layer and a second pseudo-interface with the second p-type semiconductor layer; characterized in that: - the concentration of M in the CdMTe layer is sufficient at a peak position in the electron reflector layer to create a conduction band barrier height of at least 120 meV at the peak position; - the graded concentration of M is not abrupt at either the first pseudo-interface or the second pseudo-interface. - the concentration of M in the CdMTe layer is sufficient at a peak position in the electron reflector layer to create a conduction band barrier height of at least 120 meV at the peak position; - the graded concentration of M is not abrupt at either the first pseudo-interface or the second pseudo-interface.
Method of manufacturing a tobacco pouch, the method comprising: - unrolling a film material from a roll, - conveying the unrolled film material along an adhesive application station comprising at least one adhesive nozzle (100A, 100B, 100C), and applying at least one row (70A, 70B, 70C) of adhesive regions (55A, 55B, 63) on the film material at regular intervals by ejecting a volume of adhesive from the at least one adhesive nozzle at regular intervals, - folding the film material onto itself along at least one bottom fold which extends lengthwise of the film material, - conveying the film material along a first heat welding station and providing a right seam and a left seam in the first heat welding station along at least a right side and a left side of the tobacco pouch which is to be formed, the left and right seam extending transverse to a main longitudinal direction of the film material, - conveying the film material along a cutting station and cutting the film material at regular intervals to form individual tobacco pouches. - unrolling a film material from a roll, - conveying the unrolled film material along an adhesive application station comprising at least one adhesive nozzle (100A, 100B, 100C), and applying at least one row (70A, 70B, 70C) of adhesive regions (55A, 55B, 63) on the film material at regular intervals by ejecting a volume of adhesive from the at least one adhesive nozzle at regular intervals, - folding the film material onto itself along at least one bottom fold which extends lengthwise of the film material, - conveying the film material along a first heat welding station and providing a right seam and a left seam in the first heat welding station along at least a right side and a left side of the tobacco pouch which is to be formed, the left and right seam extending transverse to a main longitudinal direction of the film material, - conveying the film material along a cutting station and cutting the film material at regular intervals to form individual tobacco pouches.
A method of forming a golf club head, comprising: engaging a golf club head base member with at least a portion of a mold, wherein the golf club head base member includes at least a portion of a golf club head face and an aft portion in the form of a frame member with plural openings formed therein; placing a polymeric material for forming an aft polymeric body portion of a golf club body member into at least a portion of the mold; and moving the mold with the polymeric material therein and with the golf club head base member engaged therewith to position the polymeric material at one or more desired locations with respect to the golf club head base member to form an aft polymeric body that is engaged with the frame member so that the polymeric material extends through the openings and the frame member is contained or embedded within the aft polymeric body. engaging a golf club head base member with at least a portion of a mold, wherein the golf club head base member includes at least a portion of a golf club head face and an aft portion in the form of a frame member with plural openings formed therein; placing a polymeric material for forming an aft polymeric body portion of a golf club body member into at least a portion of the mold; and moving the mold with the polymeric material therein and with the golf club head base member engaged therewith to position the polymeric material at one or more desired locations with respect to the golf club head base member to form an aft polymeric body that is engaged with the frame member so that the polymeric material extends through the openings and the frame member is contained or embedded within the aft polymeric body.
A method, comprising: applying an electric charge to a coating material to create an electrically charged coating material, wherein the coating material includes carbon nanotubes and a carrier; and depositing the electrically charged coating material to a substrate to create a coated substrate, wherein the substrate is insulated from ground, isolated from ground and/or isolated from electrically conductive material during the depositing, and wherein the depositing results in regions of carbon nanotubes that are aligned longitudinally relative to each other. applying an electric charge to a coating material to create an electrically charged coating material, wherein the coating material includes carbon nanotubes and a carrier; and depositing the electrically charged coating material to a substrate to create a coated substrate, wherein the substrate is insulated from ground, isolated from ground and/or isolated from electrically conductive material during the depositing, and wherein the depositing results in regions of carbon nanotubes that are aligned longitudinally relative to each other.
A molding material mixture for producing casting molds for metal processing, particularly for non-ferrous metals, comprising: a free-flowing refractory molding material, and a binder, provided as a two-component system that is mixed and cured at the time of use; wherein the refractory molding material has been coated with a mixture of inorganic salts exhibiting a eutectic melting point in the range of 400 °C to 500 °C, particularly in the range of 420 °C to 460 °C. a free-flowing refractory molding material, and a binder, provided as a two-component system that is mixed and cured at the time of use; wherein the refractory molding material has been coated with a mixture of inorganic salts exhibiting a eutectic melting point in the range of 400 °C to 500 °C, particularly in the range of 420 °C to 460 °C.
A method for managing a terminal peripheral, comprising: obtaining, by a Machine-to-Machine/Man, M2M, gateway, a policy definition of an event, and obtaining from the policy definition of the event, by the M2M gateway, an operation priority indication corresponding to an operation in the event; and the method further comprising: when the event is triggered by the M2M gateway and if it is determined that an operation of the same type as the operation in the event exists on a corresponding terminal peripheral, deciding, according to the operation priority indication in the policy definition of the event and a priority judgment policy, whether to deliver the operation in the event to the corresponding terminal peripheral. when the event is triggered by the M2M gateway and if it is determined that an operation of the same type as the operation in the event exists on a corresponding terminal peripheral, deciding, according to the operation priority indication in the policy definition of the event and a priority judgment policy, whether to deliver the operation in the event to the corresponding terminal peripheral.
Baling press for producing agricultural crop bales, which, as a harvesting machine which is supported on wheels and is self-propelled, or as a driven harvesting machine which is hitched to a tractor, receives the crops by means of receiving devices and conveying devices and feeds said crops to a pressing device which shapes the crops into bales, the bales being covered with binding or wrapping material so as to be held together in a lasting manner, which material is fed to the bale from binding or wrapping material rolls which are accommodated in at least one storage container arranged on the baling press, the at least one storage container being movable from an operating position, in which the storage container is arranged at a great height above the ground and laterally close to the pressing device, into a loading position, in which the at least one storage container is located at a low height above the ground and laterally far apart from the pressing device, the at least one storage container being designed such that it can also be brought into a maintenance position, in which the at least one storage container is transferred out of the operating position about an approximately horizontal pivot axis oriented in the direction of travel and into a position which releases a relevant lateral region of the pressing device, the at least one storage container being pivotably supported via a link arrangement comprising at least two links (9, 10), the free ends (12, 13) of which are connected to a frame assembly, characterised in that an actuator which initiates the pivoting movement of the storage container about the horizontal pivot axis is articulated on the storage container, and the frame assembly for transferring the at least one storage container from the operating position into the maintenance position can be fixed or locked relative to the frame or by a release or locking element, the release or locking element being designed to move a blocking element, which is provided for blocking or releasing the pivoting movement of the storage container relative to the frame assembly, into a release position in a locked position of the release or locking element.