mhurhangee/ep-ind-claims huggingface dataset:
A paper sheet handling apparatus, comprising: a first opposing portion and a second opposing portion arranged to be opposed to each other; a partition portion that is arranged so as to be movable in an opposing direction in which the first opposing portion and the second opposing portion are opposed to each other, forms an insertion space into which a paper sheet is inserted from an insertion port with the first opposing portion, and forms a taking-out space from which the paper sheet is taken out from the insertion port with the second opposing portion; and a conveying unit that is configured to convey the paper sheet put in the insertion space in a state of protruding toward the insertion space from a first opening portion of the first opposing portion, and is configured to convey the paper sheet left in the taking-out space in a state of protruding toward the taking-out space from the first opening portion of the first opposing portion and a second opening portion of the partition portion, wherein the partition portion is arranged so as to be movable to a remaining banknote conveyance position when the paper sheet left in the taking-out space is conveyed by the conveying unit, and wherein the partition portion includes a second shutter that is configured to openably close the second opening portion, and a second shutter opening/closing unit (35, 36, 37) that is configured to open the second opening portion by opening the second shutter in conjunction with an operation in which the partition portion moves to the remaining banknote conveyance position. a first opposing portion and a second opposing portion arranged to be opposed to each other; a partition portion that is arranged so as to be movable in an opposing direction in which the first opposing portion and the second opposing portion are opposed to each other, forms an insertion space into which a paper sheet is inserted from an insertion port with the first opposing portion, and forms a taking-out space from which the paper sheet is taken out from the insertion port with the second opposing portion; and a conveying unit that is configured to convey the paper sheet put in the insertion space in a state of protruding toward the insertion space from a first opening portion of the first opposing portion, and is configured to convey the paper sheet left in the taking-out space in a state of protruding toward the taking-out space from the first opening portion of the first opposing portion and a second opening portion of the partition portion, wherein the partition portion is arranged so as to be movable to a remaining banknote conveyance position when the paper sheet left in the taking-out space is conveyed by the conveying unit, and wherein the partition portion includes a second shutter that is configured to openably close the second opening portion, and a second shutter opening/closing unit (35, 36, 37) that is configured to open the second opening portion by opening the second shutter in conjunction with an operation in which the partition portion moves to the remaining banknote conveyance position.
A sole structure of an article of footwear, comprising a reinforcing plate including at least one flex groove (1431, 1432, 1433), characterized in that the sole structure further comprises a lasting board including at least one flex groove (1531, 1532, 1533); wherein the at least one flex groove (1531, 1532, 1533) of the lasting board is arranged in a substantially similar configuration to the at least one flex groove (1431, 1432, 1433) of the reinforcing plate; wherein the at least one flex groove (1531, 1532, 1533) of the lasting board comprises a first flex groove and a second flex groove defined by the lasting board; wherein the first flex groove and the second flex groove each extend from a central portion of the lasting board to a peripheral portion of the lasting board; wherein the first flex groove extends from a first flex groove first end at the central portion in an approximately longitudinal direction toward a first flex groove second end at a forward edge of the lasting board and the second flex groove extends from a second flex groove first end at the central portion in an approximately radial direction toward a second flex groove second end at a medial side of the lasting board; wherein the first flex groove first end is separated from the second flex groove first end at the central portion to define a first end portion of a flange portion and a bending region disposed adjacent to the central portion of the lasting board; wherein the flange portion is narrower at the first end portion and widens toward a second end portion at the peripheral portion of the lasting board; wherein the flange portion corresponds to a big toe of a foot; and wherein the flange portion is capable of bending with the big toe at the bending region.
A protective clutch comprising a core having a round cross-section with grooves on the outer surface and which core comprises means (21, 23) for fastening a first shaft, the protective clutch further comprising a shell having a round cross-section, which shell comprises means (54, 55, 56) for fastening a second shaft, into which shell is provided a cavity to receive the core at least partially inside the shell, wherein to the outer surface of the shell are arranged openings, which extend into said cavity of the shell, wherein each opening is arranged to receive a sleeve having a round cross-section, wherein the sleeves in the openings are arranged to settle into the grooves of the core arranged into the cavity of the shell, wherein one or more elastic spring element(s) are arranged around the shell of the protective clutch to hold the sleeves against the core arranged into the cavity of the shell, and the expanding of the elastic spring element is limited by the casing (61, 62), said one or more spring element(s) being arranged into a space defined by the casing (61, 62) and the shell, the protective clutch being characterized in that said elastic spring element comprises elastically compressible polymer forming a ring, to the inner surface of which are arranged grooves to receive the sleeves protruding from the outer surface of the shell as well as one or more groove(s) to receive the shoulders of the shell, wherein casing (61, 62) settles against the outer surface of the ring.
25-OH D3 for use in lessening of the symptoms of a disease or condition characterized by increased levels of eotaxin, wherein the disease or condition is selected from the group consisting of allergic rhinitis, sinusitis, nasal polyps, eosinophilic esophagitis, ulcerative colitis, gastric symptoms due to food allergies, gastric parasitic infections, and gastro-esophageal reflux.
A combination comprising an anti-human PD-1 antibody and a Compound A and a Compound B, wherein: the anti-human PD-1 antibody comprises a heavy chain comprising the sequence of amino acids set forth in SEQ ID NO: 21 and a light chain comprising the sequence of amino acids set forth in SEQ ID NO: 22; the Compound B is a compound of structure or a pharmaceutically acceptable salt thereof; and the Compound A is a compound of structure: or a pharmaceutically acceptable salt or solvate thereof. the anti-human PD-1 antibody comprises a heavy chain comprising the sequence of amino acids set forth in SEQ ID NO: 21 and a light chain comprising the sequence of amino acids set forth in SEQ ID NO: 22; the Compound B is a compound of structure or a pharmaceutically acceptable salt thereof; and the Compound A is a compound of structure: or a pharmaceutically acceptable salt or solvate thereof.
A multilayer electric field grading article comprising: a first layer comprising a first electric field grading composition, the first electric field grading composition comprising first particles dispersed in a first matrix material, wherein the first layer has a first degree of nonlinearity that occurs between a first onset voltage and a first breakdown voltage; a second layer disposed on the first layer and comprising a second electric field grading composition, the second electric field grading composition comprising second particles dispersed in a second matrix material, wherein the second layer has a second degree of nonlinearity that occurs between a second onset voltage and a second breakdown voltage, and wherein the second particles are compositionally different from the first particles; and a discrete interface formed by intimate contact of the first and second layers, wherein the first and second layers taken together have a combined onset voltage that is higher than the first and second onset voltages, and wherein the first and second layers taken together have a greater combined degree of nonlinearity than each of the first and second degrees of nonlinearity taken individually. a first layer comprising a first electric field grading composition, the first electric field grading composition comprising first particles dispersed in a first matrix material, wherein the first layer has a first degree of nonlinearity that occurs between a first onset voltage and a first breakdown voltage; a second layer disposed on the first layer and comprising a second electric field grading composition, the second electric field grading composition comprising second particles dispersed in a second matrix material, wherein the second layer has a second degree of nonlinearity that occurs between a second onset voltage and a second breakdown voltage, and wherein the second particles are compositionally different from the first particles; and a discrete interface formed by intimate contact of the first and second layers, wherein the first and second layers taken together have a combined onset voltage that is higher than the first and second onset voltages, and wherein the first and second layers taken together have a greater combined degree of nonlinearity than each of the first and second degrees of nonlinearity taken individually.
Side wall for a furniture body, with a flap fitting for an item of furniture, wherein the flap fitting comprises a lever mechanism having a door bearing lever, an adjustment unit, and an installation plate, on which a flap of the item of furniture is fastenable, and wherein a lateral position and an inclination of the installation plate are settable by the adjustment unit in relation to the door bearing lever, and wherein the flap fitting comprises a housing having two parallel side plates arranged spaced apart from one another, wherein the lever mechanism with the door bearing lever and the adjustment unit is retracted between the side plates in a closed position of the flap fitting, characterized in that the side plates of the housing of the flap fitting have an inner spacing which is greater than the width of the adjusting unit and smaller than 16 mm and in that an opening is formed in a front end face of the side wall, through which the lever mechanism of the flap fitting extends, wherein the flap fitting is inserted into the side wall either through the opening into a pocket formed behind the latter or is inserted laterally through a pocket which is introduced from a side surface and has the opening at the end face.
A method for storing a query result in a distributed server, the method comprising: executing, by a master server, a query for querying data in a database; receiving, by the master server, provision of meta data concerning the data and a first partial data constituting the data in a serialized state from the database based on a result of the executing; distributing, by the master server, the meta data and the first partial data provided in the serialized state to a first slave server; deserializing, by the first slave server, the first partial data distributed in the serialized state from the master server using the meta data; and storing, by the first slave server, the deserialized first partial data on a local disk of the first slave server. executing, by a master server, a query for querying data in a database; receiving, by the master server, provision of meta data concerning the data and a first partial data constituting the data in a serialized state from the database based on a result of the executing; distributing, by the master server, the meta data and the first partial data provided in the serialized state to a first slave server; deserializing, by the first slave server, the first partial data distributed in the serialized state from the master server using the meta data; and storing, by the first slave server, the deserialized first partial data on a local disk of the first slave server.
Method for exporting on a secure server data comprised on a UICC comprised in a terminal, said method consisting in: - On export request, signing an export request by said UICC, said signed export request being transmitted by said terminal to said server; - Verifying, at the level of said server, said signed export request by comparing the signature and the identity of said UICC; - If said verification is positive, sending by said server a signed export certificate to said UICC via said terminal; - Verifying said export signed certificate in said UICC and, if said verification is positive, preparing an export package containing said data, said export package being signed and encrypted by said UICC; - Sending said export package to said terminal; and set the exported data as "unusable" in the UICC - Transmitting from said terminal to said server said export package; - Receive said package and verify said signature at the level of said server; - Signing an acknowledgment message and transmit it to said UICC via said terminal; - In said UICC, verifying said acknowledgment message and, if the signature of said server is recognized, destroying the data that have been exported and sending a signed acknowledge message to said server via said terminal; - Verifying the signature of said acknowledge message in said server and, if said signature is recognized, making said data available for a transfer. - On export request, signing an export request by said UICC, said signed export request being transmitted by said terminal to said server; - Verifying, at the level of said server, said signed export request by comparing the signature and the identity of said UICC; - If said verification is positive, sending by said server a signed export certificate to said UICC via said terminal; - Verifying said export signed certificate in said UICC and, if said verification is positive, preparing an export package containing said data, said export package being signed and encrypted by said UICC; - Sending said export package to said terminal; and set the exported data as "unusable" in the UICC - Transmitting from said terminal to said server said export package; - Receive said package and verify said signature at the level of said server; - Signing an acknowledgment message and transmit it to said UICC via said terminal; - In said UICC, verifying said acknowledgment message and, if the signature of said server is recognized, destroying the data that have been exported and sending a signed acknowledge message to said server via said terminal; - Verifying the signature of said acknowledge message in said server and, if said signature is recognized, making said data available for a transfer.
A combine harvester with a threshing assembly which comprises at least one threshing drum and comprises a threshing concave which surrounds at least a portion of the circumference of the threshing drum, characterized in that the threshing drum and the threshing concave respectively comprise a main body (45, 24) and a first set of material processing bars (52, 33) which are adapted to be capable of being interchanged on the respective main body (45, 24), wherein at least one second set of material processing bars (42, 60) can be mounted on the respective main body (45, 24) in place of the first set (33, 52), wherein the first and the second set are adapted for different types of harvested material, wherein the material processing bars on the threshing drum side and the material processing bars on the threshing concave side of the first set have teeth (39, 54) which overlap radially in a threshing gap when in the mounted state.
An apparatus (30, 30') for measuring a physical parameter of a molten glass gob travelling along a defined path (32, 56), said apparatus comprising: an optical detector (34/35, 34'/35', 60); a mask (38, 38") having an opening (40/42, 40"/42") through which light passes to said optical detector; a lens (44, 44") for receiving light from the molten glass gob and focusing such light through said opening of said mask; and electronics (48, 48") coupled to said optical detector for determining the physical parameter of the molten glass gob as a function of timing of light sensed at said optical detector, wherein the physical parameter of the molten glass gob is one of light or speed, acceleration, elongation, length variation, or travel of the molten glass gob. an optical detector (34/35, 34'/35', 60); a mask (38, 38") having an opening (40/42, 40"/42") through which light passes to said optical detector; a lens (44, 44") for receiving light from the molten glass gob and focusing such light through said opening of said mask; and electronics (48, 48") coupled to said optical detector for determining the physical parameter of the molten glass gob as a function of timing of light sensed at said optical detector, wherein the physical parameter of the molten glass gob is one of light or speed, acceleration, elongation, length variation, or travel of the molten glass gob.
A needle extraction syringe for extracting fluid and/or tissue comprising: - a barrel having: ∘ a proximal lumen; - a plunger having: ∘ a plunger head sealingly engaged inside the barrel; and ∘ a plunger body with an internal channel; - a sealing element located inside the barrel proximal to the plunger head, wherein the plunger head and the sealing element define a vacuum chamber having a variable volume therebetween, wherein when the plunger head is pushed in the direction towards a distal end of the syringe the vacuum chamber and the internal channel are fluidly disconnected in relation to each other in a first configuration of the syringe, and fluidly connected in a second configuration of the syringe, where a side channel connects the vacuum chamber and the internal channel, when the plunger is pushed beyond a predefined limit in the longitudinal direction of the syringe towards the distal end of the syringe, the syringe being characterised in that: the barrel has a distal lumen for collecting aspirated fluid/tissue; and in that the plunger has a valve located between the plunger head and the distal end of the syringe inside the barrel, separating the proximal lumen and the distal lumen such that air can only flow from the distal lumen to the proximal lumen in a first valve configuration. - a barrel having: ∘ a proximal lumen; - a plunger having: ∘ a plunger head sealingly engaged inside the barrel; and ∘ a plunger body with an internal channel; ∘ a plunger head sealingly engaged inside the barrel; and ∘ a plunger body with an internal channel; - a sealing element located inside the barrel proximal to the plunger head, wherein the plunger head and the sealing element define a vacuum chamber having a variable volume therebetween, the barrel has a distal lumen for collecting aspirated fluid/tissue; and in that the plunger has a valve located between the plunger head and the distal end of the syringe inside the barrel, separating the proximal lumen and the distal lumen such that air can only flow from the distal lumen to the proximal lumen in a first valve configuration.
Pump for delivering a liquid, having at least one pump housing with at least one inlet and at least one outlet, and having a rotationally symmetrical inner circumferential face and having a geometric axis, wherein an eccentric is arranged within the pump housing and the eccentric is rotatable relative to the pump housing about the geometric axis, wherein a deformable element is arranged in a pump gap between the inner circumferential face of the pump housing and an outer face of the eccentric, and wherein a delivery duct is formed from the at least one inlet to the at least one outlet by the deformable element and by the inner circumferential face of the pump housing, and wherein furthermore, the deformable element is pressed against the pump housing in sections by the outer face of the eccentric such that at least one displaceable seal of the delivery duct and at least one closed pump volume are formed in the delivery duct, these being displaceable along the delivery duct from the inlet to the outlet by means of a rotation of the eccentric for the delivery of the liquid, characterized in that the deformable element has a projection on one or both sides in the direction of the geometric axis beyond that outer face of the eccentric which makes contact with the deformable element, and has a centring ring on the inside in at least one projection, the at least one centring ring having a rectangular cross-sectional area and being arranged within the deformable element.
System for controlling the supply of power to an electric machine with which a motor vehicle is equipped and which contributes to the propulsion of said vehicle, the control system being connected at input to an estimating means for estimating the temperature of the rotor of the electric machine and to a temperature sensor that measures the temperature of the stator of the electric machine, comprising a first currents map that is optimized for limiting electrical losses, characterized in that it comprises a second currents map that is optimized for reducing losses in the rotor and increasing losses in the stator and a third currents map that is optimized for increasing losses in the rotor and decreasing losses in the stator, the maps containing a set of values that make it possible to determine electric machine supply currents on the basis of the torque and rotational speed request values received at input to the control system, the control system also comprising a switchover means able to choose the map, the supply current signals of which are transmitted to the electric machine on the basis of the signals from the means of estimating the temperature of the rotor and from the stator temperature sensor.
A method of temporarily plugging a hydrocarbon well, comprising: a) providing a section of tubing in a well, said tubing having one or more threaded ports therein, each of said one or more threaded ports having a degradable plug having threads therein, said threads wrapped with a degradable thread tape, said degradable plug and said degradable tape arranged so as to plug each of said one or more ports, thus providing a plugged section of well; b) performing a downhole activity in said plugged section of well for a period of time; and c) providing one or more degrading fluid(s) downhole at said plugged section of well to degrade said degradable plug and said degradable tape leaving no discernable solids, thereby opening said plugged section of well. a) providing a section of tubing in a well, said tubing having one or more threaded ports therein, each of said one or more threaded ports having a degradable plug having threads therein, said threads wrapped with a degradable thread tape, said degradable plug and said degradable tape arranged so as to plug each of said one or more ports, thus providing a plugged section of well; b) performing a downhole activity in said plugged section of well for a period of time; and c) providing one or more degrading fluid(s) downhole at said plugged section of well to degrade said degradable plug and said degradable tape leaving no discernable solids, thereby opening said plugged section of well.