mhurhangee/ep-ind-claims huggingface dataset:
An isolated antisense oligonucleotide for use in a method of preventing or treating an inflammatory disease or condition of the buccal cavity in a canine subject, said oligonucleotide consisting of the nucleotide sequence according to SEQ ID NO: 1.
A control method for a component supply system configured to supply components on a stage in a scattered state, the component supply system comprising: a holding tool configured to pick up the component scattered on the stage; an imaging device configured to image a target component that is a pickup target of the holding tool; and a control device, the method comprising: calculating, by a first calculating section of the control device, an index value that specifies a size of a side surface of the target component based on image data of the target component captured by the imaging device, wherein the side surface of the target component is a vertical side surface displayed in the captured image data; determining, by a first determining section of the control device, whether the index value calculated by the first calculating section matches a set value; and controlling, by a control section of the control device, movement of the holding tool such that the target component is picked up by the holding tool in a case in which the first determining section determines that the index value matches the set value. a holding tool configured to pick up the component scattered on the stage; an imaging device configured to image a target component that is a pickup target of the holding tool; and a control device, the method comprising: calculating, by a first calculating section of the control device, an index value that specifies a size of a side surface of the target component based on image data of the target component captured by the imaging device, wherein the side surface of the target component is a vertical side surface displayed in the captured image data; determining, by a first determining section of the control device, whether the index value calculated by the first calculating section matches a set value; and controlling, by a control section of the control device, movement of the holding tool such that the target component is picked up by the holding tool in a case in which the first determining section determines that the index value matches the set value. calculating, by a first calculating section of the control device, an index value that specifies a size of a side surface of the target component based on image data of the target component captured by the imaging device, wherein the side surface of the target component is a vertical side surface displayed in the captured image data; determining, by a first determining section of the control device, whether the index value calculated by the first calculating section matches a set value; and controlling, by a control section of the control device, movement of the holding tool such that the target component is picked up by the holding tool in a case in which the first determining section determines that the index value matches the set value.
Use of a composition comprising an antibody specifically able to bind to glycosylphosphatidylinositol specific phospholipase D1 (GPLD1) protein to detect a decreased expression of GPLD1 in a blood serum sample or cancer tissue sample for the early diagnosis of squalus epithelium cell lung cancer.
Method for the simulation-based determination of at least one actual echo point of an object, comprising the following steps: S1 calculating a predicted object reference point of the object and a predicted sensor device reference point of a, in particular radar-based, sensor device on the basis of an actual object reference point and an actual sensor device reference point; S2 determining a predicted echo point of the object based on a radiation characteristic of the sensor device, the predicted object reference point, and the predicted sensor device reference point, wherein the predicted echo point is calculated for a predicted situation; S3 calculating a predicted, in particular spatial, relative relationship between the predicted echo point and the predicted object reference point; S4 calculating, in particular at least substantially in real time, an updated actual object reference point; S5 determining, in particular at least substantially in real time, a simulated actual echo point of the object based on the predicted relative relationship and the updated actual object reference point, the predicted echo point being associated with the updated actual object reference point; and S6 Output of the simulated actual echo point. S1 calculating a predicted object reference point of the object and a predicted sensor device reference point of a, in particular radar-based, sensor device on the basis of an actual object reference point and an actual sensor device reference point; S2 determining a predicted echo point of the object based on a radiation characteristic of the sensor device, the predicted object reference point, and the predicted sensor device reference point, wherein the predicted echo point is calculated for a predicted situation; S3 calculating a predicted, in particular spatial, relative relationship between the predicted echo point and the predicted object reference point; S4 calculating, in particular at least substantially in real time, an updated actual object reference point; S5 determining, in particular at least substantially in real time, a simulated actual echo point of the object based on the predicted relative relationship and the updated actual object reference point, the predicted echo point being associated with the updated actual object reference point; and S6 Output of the simulated actual echo point.
An axial piston engine having at least one main burner, which has at least one main combustion chamber and at least one main nozzle chamber, and having at least one upstream burner, which has at least one upstream combustion chamber and at least one upstream nozzle chamber, the upstream combustion chamber being connected to the main nozzle chamber by means of at least one hot gas supply, characterised in that the upstream nozzle chamber of the upstream burner has at least one auxiliary hot gas supply, which provides an upstream fuel flow inside the upstream nozzle chamber, said flow being supplied to an upstream mixing pipe.
A mechanism for connecting profile elements, in particular metal profile elements, comprising: at least two sheet metal plates combined to form a stack of sheet metal plates with mutually aligned apertures, and at least two bolts, wherein the stack can be inserted between two profile elements to be connected and is preferably releasably connectable with these via the at least two bolts, characterized in that the plates are made of high-strength steel. at least two sheet metal plates combined to form a stack of sheet metal plates with mutually aligned apertures, and at least two bolts, wherein the stack can be inserted between two profile elements to be connected and is preferably releasably connectable with these via the at least two bolts, characterized in that the plates are made of high-strength steel.
A medical instrument for placing a suture transosseously through first and second transverse, intersecting bone tunnels, the instrument including in combination: a guide handle having an elongate proximal end for manual grasping and a forward distal end for engagement with a surface of a bone to which a suture is to be attached, said bone provided with a first tunnel; a suture retriever spike having a window therethrough, said spike dimensioned for reception in said first tunnel, and a guide arm carried at the distal end of said guide handle forward of said elongate proximal end but aft of said guide handle distal end and having a distal tip spaced from an outer surface of said distal end and connected to a proximal head of said spike, the combined length and orientation of said spike and said guide arm relative to said guide handle being prefixed for thereby aligning said window with a guide bore passing longitudinally through said handle and receiving a bone tunneling implement to form a second tunnel in the bone which passes through said window; characterized in that said bone tunneling implement is a suture passer in the form of a suture pusher awl having an elongate awl shaft with a sharp point at its distal tip for forming said second tunnel, said pointed awl shaft having a forward facing suture receiving mouth at its distal tip just aft of said point for receiving and advancing a loop of suture with said awl shaft while forming said second tunnel through said spike window for deposit of the suture loop in said spike window upon withdraw of said awl shaft from said second tunnel. a guide handle having an elongate proximal end for manual grasping and a forward distal end for engagement with a surface of a bone to which a suture is to be attached, said bone provided with a first tunnel; a suture retriever spike having a window therethrough, said spike dimensioned for reception in said first tunnel, and a guide arm carried at the distal end of said guide handle forward of said elongate proximal end but aft of said guide handle distal end and having a distal tip spaced from an outer surface of said distal end and connected to a proximal head of said spike, the combined length and orientation of said spike and said guide arm relative to said guide handle being prefixed for thereby aligning said window with a guide bore passing longitudinally through said handle and receiving a bone tunneling implement to form a second tunnel in the bone which passes through said window; characterized in that said bone tunneling implement is a suture passer in the form of a suture pusher awl having an elongate awl shaft with a sharp point at its distal tip for forming said second tunnel, said pointed awl shaft having a forward facing suture receiving mouth at its distal tip just aft of said point for receiving and advancing a loop of suture with said awl shaft while forming said second tunnel through said spike window for deposit of the suture loop in said spike window upon withdraw of said awl shaft from said second tunnel.
Gas cooking hob with a household appliance device, which has a functional unit, a heat protection unit and two identical retaining units (14, 16) provided for fastening the functional unit to the heat protection unit, wherein the functional unit is formed by an ignition unit and wherein each retaining unit (14, 16) comprises a fixing unit, wherein each retaining unit (14, 16) has two corresponding retaining means (22, 24), wherein one of the two retaining means (22, 24) is arranged on an outer face of the ignition unit and the other retaining means is introduced into the heat protection unit.
A turbine blade for a gas turbine engine, the turbine blade comprising a pressure side wall; a suction side wall opposite the pressure side wall; a tip wall extending between the pressure side wall and the suction side wall and comprising a first opening and a second opening, wherein a first dimension of the first opening is greater than a second dimension of the first opening, and wherein the first dimension is oriented in a direction extending from a leading edge of the turbine blade toward a trailing edge of the turbine blade; and a tip pocket formed in the tip wall wherein the second opening is located in the tip pocket and the first opening is located outside the tip pocket; and wherein the first opening is formed in a thicker portion of the tip wall as compared to the second opening; the turbine blade being characterised in that a cross-sectional area of the first opening is constant through the tip wall; and in that a first surface area of the first opening is greater than a second surface area of the second opening.
Unlocking device for unlocking a parking lock of a vehicle, wherein the unlocking device comprises at least the following features: - an eccentric apparatus, which is formed in order, in a first position in which it is at least partially received in a slide unit, to hold the slide unit in a locking position in which the parking lock is locked or engaged, and, in a second position, to permit the slide unit to be transferred into an unlocking position in which the parking lock is unlocked or disengaged; - the slide unit, which is coupled or is couplable via a transmission means to the parking lock, wherein the slide unit is formed in order, in the locking position, to position the transmission means in a parking locking position in order to lock the parking lock and, in the unlocking position, to position the transmission means in a parking unlocking position in order to unlock the parking lock; and - an actuating apparatus, which is designed in order to move the eccentric apparatus from the first position into the second position in response to an actuation of the actuating apparatus, characterized in that, in the unlocking device, a section of the eccentric apparatus which is received into the slide unit is formed in order, in response to the actuation of the actuating apparatus, to carry out a linear movement along an eccentric axis apparatus of the eccentric apparatus, which eccentric axis apparatus extends perpendicularly to a plane of the section. - an eccentric apparatus, which is formed in order, in a first position in which it is at least partially received in a slide unit, to hold the slide unit in a locking position in which the parking lock is locked or engaged, and, in a second position, to permit the slide unit to be transferred into an unlocking position in which the parking lock is unlocked or disengaged; - the slide unit, which is coupled or is couplable via a transmission means to the parking lock, wherein the slide unit is formed in order, in the locking position, to position the transmission means in a parking locking position in order to lock the parking lock and, in the unlocking position, to position the transmission means in a parking unlocking position in order to unlock the parking lock; and - an actuating apparatus, which is designed in order to move the eccentric apparatus from the first position into the second position in response to an actuation of the actuating apparatus,
Method for operating a combined cycle power plant having a waste heat steam generator configured according to the once-through principle that has a multiplicity of heating surfaces which are arranged in the exhaust gas duct of the gas turbine and are connected to one another to form a three-stage pressure system, consisting of a low-pressure stage, an intermediate-pressure stage and a high-pressure stage for the water-steam circuit of the steam turbine, wherein each of the pressure stages has in each case at least one heating surface for preheating, for evaporating and for superheating, and wherein a water-steam separator, which is arranged between the outlet of the evaporator heating surface and the inlet of the superheater heating surface of the intermediate-pressure stage and in which excess water can be separated from the steam, is provided with a branching-off line for diverting the excess water and wherein the branching-off line is connected to a heat exchanger circuit for preheating the fuel for the gas turbine, characterized in that, during load operation of the combined cycle power plant, a water mass flow fed to the waste heat steam generator is set such that the evaporator heating surface of the intermediate-pressure stage, whose preheater heating surface and evaporator heating surface are plumbed in one pass and with no separate outlet manifold at the outlet of the preheater heating surface or separate inlet manifold for the evaporator heating surface, is oversupplied and thus a defined quantity of excess water, heated but not evaporated in the evaporator heating surface, is diverted via the water-steam separator to a heat exchanger circuit for preheating fuel for the gas turbine.
An information processing device comprising: a generator configured to generate data for printing used to print a color chart, the color chart including multiple pages each including identification patches representing page information by a sequence of color patches, and profile production patches adapted to be used for color correction of a printer; a communication interface configured to receive color measurement results of the color chart printed based on the data for printing; an extractor configured to extract the page information represented by the sequence of identification patches in the color chart from the color measurement results received by the communication interface; and an adjustor configured to generate color correction data based on the color measurement results, characterized in that the generator generates the data for printing such that the identification patches on each page of the color chart include multiple identification patches representing a sequence of pages in the color chart, the adjustor, based on the page information extracted by the extractor, identifies a page of the color chart corresponding to the color measurement results received by the communication interface, and the adjustor sorts the color measurement results received by the communication interface according to a correct sequence of pages of the identified color chart, and generates the color correction data based on the sorted color measurement results. a generator configured to generate data for printing used to print a color chart, the color chart including multiple pages each including identification patches representing page information by a sequence of color patches, and profile production patches adapted to be used for color correction of a printer; a communication interface configured to receive color measurement results of the color chart printed based on the data for printing; an extractor configured to extract the page information represented by the sequence of identification patches in the color chart from the color measurement results received by the communication interface; and an adjustor configured to generate color correction data based on the color measurement results, characterized in that the generator generates the data for printing such that the identification patches on each page of the color chart include multiple identification patches representing a sequence of pages in the color chart, the adjustor, based on the page information extracted by the extractor, identifies a page of the color chart corresponding to the color measurement results received by the communication interface, and the adjustor sorts the color measurement results received by the communication interface according to a correct sequence of pages of the identified color chart, and generates the color correction data based on the sorted color measurement results.
A method of processing a multi-channel audio signal, the method comprising the steps of: determining a location of sound sources (101, 102) within the audio signal; applying a rotation operation to the audio signal, a direction of the rotation operation dependent on the location of the sound sources (101, 102) in the signal; and generating a rotated audio signal, characterised in that the step of determining the location of sound sources (101, 102) comprises classifying sound sources as located in a first region or a second region relative to a recording device, wherein the step of applying a rotation operation to the signal comprises: separating the signal into a first signal and a second signal, the first signal comprising the sound sources classified as located in the first region, and the second signal comprising sound sources classified as located in the second region; applying a first rotation operation to the first signal to generate a rotated first signal; and applying a second rotation operation to the second signal to generate a rotated second signal. determining a location of sound sources (101, 102) within the audio signal; applying a rotation operation to the audio signal, a direction of the rotation operation dependent on the location of the sound sources (101, 102) in the signal; and generating a rotated audio signal, characterised in that the step of determining the location of sound sources (101, 102) comprises classifying sound sources as located in a first region or a second region relative to a recording device, wherein the step of applying a rotation operation to the signal comprises: separating the signal into a first signal and a second signal, the first signal comprising the sound sources classified as located in the first region, and the second signal comprising sound sources classified as located in the second region; applying a first rotation operation to the first signal to generate a rotated first signal; and applying a second rotation operation to the second signal to generate a rotated second signal. separating the signal into a first signal and a second signal, the first signal comprising the sound sources classified as located in the first region, and the second signal comprising sound sources classified as located in the second region; applying a first rotation operation to the first signal to generate a rotated first signal; and applying a second rotation operation to the second signal to generate a rotated second signal.
A method of forming a plastic material into a formed article by using a mold that has a split-mold structure defining a cavity, said split-mold structure forming an air vent (23, 39) in the split surfaces (5, 60a) which are the butt surfaces of split molds (1, 3, 35a, 35b), the air vent (23, 39) being communicated with gas passages (20, 37), wherein: a resin is fed into said mold so as to be formed, and after the formed article formed in the shape of the cavity is taken out from the mold but before the resin is fed into the mold so as to be formed in the next cycle, a cleaning gas is fed through said gas passages (20, 37) into said air vent (23, 39) in a state where the split molds (1,3, 35a, 35b) are closed and there is completely formed the mold having said cavity corresponding to the shape of the formed article inclusive of said air vent (23, 39), said cleaning gas being discharged through passages separate from said gas passages (20, 37).
A bale press comprising a press chamber arranged in a housing for pressing round bales from a crop material, a binding device for providing a binding means for wrapping a round bale in the press chamber, wherein provided peripherally of the press chamber is at least one feed gap through which the binding means can be fed into the press chamber, wherein the binding device has a braking unit for tightening and/or clamping the binding means and a severing unit for severing the binding agent, wherein the brake unit has at least two brake bars arranged in mutually parallel relationship, wherein provided between the brake bars is a guide gap for receiving the binding means, wherein the brake unit and/or the brake bars are adapted to be displaceable with a translatory and/or rotary movement, wherein the brake unit and/or the brake bars are adapted to be displaceable steplessly or step-wise from a first operating position (BP 1) into at least a second operating position (BP 2) and a third operating position (BP 3).