mhurhangee/ep-ind-claims huggingface dataset:
A method of generating a database query for analyzing data in a database using a processor arrangement, the data comprising a plurality of features, wherein at least one of the plurality of features comprises a value which varies as a function of a parameter, the method comprising: the processor arrangement performing the steps of: providing a graphical user interface, GUI, comprising: a plurality of graphical elements, each graphical element being associated with a respective one or more of the plurality of features; and a user input region extending along at least one axis representative of a parameter upon which a value of the features may depend; the plurality of graphical elements being positionable in or adjacent the user input region with respect to the axis; specifying a user-defined sequence as a function of the parameter based on the relative positioning of the plurality of graphical elements with respect to the at least one axis; determining one or more rules relating to at least one of the plurality of features based on the specified user-defined sequence; and generating a database query based on the one or more determined rules. a plurality of graphical elements, each graphical element being associated with a respective one or more of the plurality of features; and a user input region extending along at least one axis representative of a parameter upon which a value of the features may depend; the plurality of graphical elements being positionable in or adjacent the user input region with respect to the axis; specifying a user-defined sequence as a function of the parameter based on the relative positioning of the plurality of graphical elements with respect to the at least one axis; determining one or more rules relating to at least one of the plurality of features based on the specified user-defined sequence; and generating a database query based on the one or more determined rules.
A method for producing a heparin/heparosan polymer in vitro, comprising the steps of: providing a heparin/heparosan synthase, wherein the heparin/heparosan synthase is a single protein that is a dual action enzyme that copolymerizes UDP-GlcUA and UDP-GlcNAc to form heparosan, and wherein the heparin/heparosan synthase is at least one of: the Pasteurella multocida heparin/heparosan synthase of SEQ ID NO: 2 or 4; a heparin/heparosan synthase encoded by a nucleic acid sequence in accordance with SEQ ID NO: 1 or 3; and a heparin/heparosan synthase encoded by a purified and isolated nucleic acid segment that is at least 80% identical to the nucleotide sequence of SEQ ID NO: 1 or 3; placing the heparin/heparosan synthase in a reaction mixture containing UDP-GlcNAc and UDP-GlcUA and at least one divalent metal ion suitable for the synthesis of a heparosan polymer; and extracting the heparosan polymer out of the reaction mixture. providing a heparin/heparosan synthase, wherein the heparin/heparosan synthase is a single protein that is a dual action enzyme that copolymerizes UDP-GlcUA and UDP-GlcNAc to form heparosan, and wherein the heparin/heparosan synthase is at least one of: the Pasteurella multocida heparin/heparosan synthase of SEQ ID NO: 2 or 4; a heparin/heparosan synthase encoded by a nucleic acid sequence in accordance with SEQ ID NO: 1 or 3; and a heparin/heparosan synthase encoded by a purified and isolated nucleic acid segment that is at least 80% identical to the nucleotide sequence of SEQ ID NO: 1 or 3; the Pasteurella multocida heparin/heparosan synthase of SEQ ID NO: 2 or 4; a heparin/heparosan synthase encoded by a nucleic acid sequence in accordance with SEQ ID NO: 1 or 3; and a heparin/heparosan synthase encoded by a purified and isolated nucleic acid segment that is at least 80% identical to the nucleotide sequence of SEQ ID NO: 1 or 3; placing the heparin/heparosan synthase in a reaction mixture containing UDP-GlcNAc and UDP-GlcUA and at least one divalent metal ion suitable for the synthesis of a heparosan polymer; and extracting the heparosan polymer out of the reaction mixture.
A facility for manufacturing a restructured meat element, of the type comprising: - means for forming fragments of meat, and - a moving support for the fragments of meat designed to convey these fragments of meat in a longitudinal direction, through means for cohesively tamping the fragments of meat to form a block of tamped fragments of meat, characterized in that the cohesive tamping means comprise: - two moving shoes for tamping the fragments of meat between the moving support and these shoes, the shoes being offset with respect to one another transversely with respect to the longitudinal conveying direction, and - means for driving the shoes, each following an alternating vertical movement such that the shoes move out of phase with respect to one another. - means for forming fragments of meat, and - a moving support for the fragments of meat designed to convey these fragments of meat in a longitudinal direction, through means for cohesively tamping the fragments of meat to form a block of tamped fragments of meat, - two moving shoes for tamping the fragments of meat between the moving support and these shoes, the shoes being offset with respect to one another transversely with respect to the longitudinal conveying direction, and - means for driving the shoes, each following an alternating vertical movement such that the shoes move out of phase with respect to one another.
A medical imaging system, with a mechanical arm including a position sensor and a pressure sensor mounted on the mechanical arm, said pressure sensor being to monitor the acting force of the mechanical arm, a patient support adapted to be vertical in use for a patient to stand facing the patient support, a probe, wherein the mechanical arm is mounted on the patient support, the probe is mounted at one end away from the patient support, of the mechanical arm, a controller, wherein the controller can control the mechanical arm to drive the probe for implementing a multi-degree-of-freedom movement route for imaging of a spine according to signals detected by the position sensor and the pressure sensor, and wherein the position sensor is to collect the spatial position of the probe.
A pentosan polysulfate having a weight average molecular weight of 5000 or less and a content of acetyl groups of 0% to 0.3% by mass, or a pharmaceutically acceptable salt thereof, or a pharmaceutically acceptable solvate thereof.
Load-force-independent triggering device for a load exerting force thereon, which is held in a CLOSED position of the triggering device and is released in an OPEN position of the triggering device, having a housing and a release lever, which is connected to a release pawl via a steering lever, wherein the release lever is rotatably mounted on a first housing axis, the release pawl is rotatably mounted on a second housing axis and the steering lever is rotatably mounted on a first steering lever axis on the release lever and on a second steering lever axis on the release pawl, as well as having a spring device, acting at least on the release lever, and a locking device by means of which the triggering device is fixed in the CLOSED position, characterized in that the steering lever is angular and abuts a first contact surface in the housing in the CLOSED position of the triggering device and abuts a second contact surface in the housing in the OPEN position of the triggering device, wherein the two steering lever axes (11, 12) are positioned on the first contact surface of the steering lever directly in front of a self-maintaining dead-centre position relative to the first housing axis and on the second contact surface of the steering lever outside of the dead-centre position, and in that the spring device is designed as a tension spring, which is arranged between the release lever and the release pawl and in the CLOSED position of the triggering device exerts a force on the release lever in the direction of the OPEN position of the triggering device.
A power electronics unit having: an electrically conductive housing in which a low-voltage space region and a high-voltage space region are formed, a printed circuit board, some sections of which protrude into into both the low-voltage space region and the high-voltage space region, and a separating element which is arranged in the housing in such a way that the space region (3, 4) are electromagnetically decoupled from each other, characterised in that the separating element makes contact with the housing or the printed circuit board by means of contact spring sections provided on the separating element. an electrically conductive housing in which a low-voltage space region and a high-voltage space region are formed, a printed circuit board, some sections of which protrude into into both the low-voltage space region and the high-voltage space region, and a separating element which is arranged in the housing in such a way that the space region (3, 4) are electromagnetically decoupled from each other, characterised in that the separating element makes contact with the housing or the printed circuit board by means of contact spring sections provided on the separating element.
Transmission line, in particular of the rigid type and for a radiofrequency power application, of the type that comprises: - a first conductor having a tubular shape, - a second conductor, concentrically and coaxially positioned inside said first conductor, - a dielectric, in particular consisting of air, positioned between the first conductor and the second conductor, - a connector having a body adapted to be coupled to a terminal tract of the first conductor, wherein said connector comprises at least one first connection element adapted to be inserted, at least partially, into a seat formed in one end of the second conductor, in particular said at least one first connection element comprising a substantially tubular first portion from which a plurality of first elastic tabs extend, said transmission line being characterized in that said second conductor comprises a second connection element at least partially positioned in said seat, said second connection element being adapted to be coupled to the first connection element by inserting it into a cavity of said first connection element. - a first conductor having a tubular shape, - a second conductor, concentrically and coaxially positioned inside said first conductor, - a dielectric, in particular consisting of air, positioned between the first conductor and the second conductor, - a connector having a body adapted to be coupled to a terminal tract of the first conductor, wherein said connector comprises at least one first connection element adapted to be inserted, at least partially, into a seat formed in one end of the second conductor, in particular said at least one first connection element comprising a substantially tubular first portion from which a plurality of first elastic tabs extend,
A semiconductor laser element comprising: a first nitride semiconductor layer of a first conductivity-type; a second nitride semiconductor layer of a second conductivity-type; and an active region disposed between the first nitride semiconductor layer and the second nitride semiconductor layer, the active region having a single quantum well structure, wherein: the active region comprises a first barrier layer, an intermediate layer, a well layer, and a second barrier layer, in this order in a direction from the first nitride semiconductor layer toward the second nitride semiconductor layer, the well layer is composed of InGaN, the second barrier layer is undoped, a lattice constant of the intermediate layer is greater than a lattice constant of each of the first barrier layer and the second barrier layer, and smaller than a lattice constant of the well layer, a thickness of the intermediate layer is greater than a thickness of the well layer, and the well layer and the second barrier layer are in contact with each other, or a distance between the well layer and the second barrier layer is smaller than a distance between the first barrier layer and the well layer. a first nitride semiconductor layer of a first conductivity-type; a second nitride semiconductor layer of a second conductivity-type; and an active region disposed between the first nitride semiconductor layer and the second nitride semiconductor layer, the active region having a single quantum well structure, wherein: the active region comprises a first barrier layer, an intermediate layer, a well layer, and a second barrier layer, in this order in a direction from the first nitride semiconductor layer toward the second nitride semiconductor layer, the well layer is composed of InGaN, the second barrier layer is undoped, a lattice constant of the intermediate layer is greater than a lattice constant of each of the first barrier layer and the second barrier layer, and smaller than a lattice constant of the well layer, a thickness of the intermediate layer is greater than a thickness of the well layer, and the well layer and the second barrier layer are in contact with each other, or a distance between the well layer and the second barrier layer is smaller than a distance between the first barrier layer and the well layer. the active region comprises a first barrier layer, an intermediate layer, a well layer, and a second barrier layer, in this order in a direction from the first nitride semiconductor layer toward the second nitride semiconductor layer, the well layer is composed of InGaN, the second barrier layer is undoped, a lattice constant of the intermediate layer is greater than a lattice constant of each of the first barrier layer and the second barrier layer, and smaller than a lattice constant of the well layer, a thickness of the intermediate layer is greater than a thickness of the well layer, and the well layer and the second barrier layer are in contact with each other, or a distance between the well layer and the second barrier layer is smaller than a distance between the first barrier layer and the well layer.
An apparatus for transporting a sample receptacle carrier coupled to a sample containing receptacle, comprising: a circular sample receptacle carrier coupled to the sample containing receptacle; a movable dock configured to support the sample receptacle carrier, the movable dock comprising: a first carrier support portion configured to support the sample receptacle carrier; and a second carrier support portion extending upwardly from the first carrier support portion and configured to contact a side portion of the sample receptacle carrier; the second carrier support portion defining a surface configured to engage the side portion of the sample receptacle carrier, the surface having a complementary circular concave portion having a contour that substantially matches the contour of the periphery of the sample receptacle carrier; and one or more magnets, each of the one or more magnets being coupled to the second carrier support portion and configured to magnetically couple with a magnetic portion of the sample receptacle carrier, thereby securing the sample receptacle carrier to the movable dock. a circular sample receptacle carrier coupled to the sample containing receptacle; a movable dock configured to support the sample receptacle carrier, the movable dock comprising: a first carrier support portion configured to support the sample receptacle carrier; and a second carrier support portion extending upwardly from the first carrier support portion and configured to contact a side portion of the sample receptacle carrier; the second carrier support portion defining a surface configured to engage the side portion of the sample receptacle carrier, the surface having a complementary circular concave portion having a contour that substantially matches the contour of the periphery of the sample receptacle carrier; and a first carrier support portion configured to support the sample receptacle carrier; and a second carrier support portion extending upwardly from the first carrier support portion and configured to contact a side portion of the sample receptacle carrier; the second carrier support portion defining a surface configured to engage the side portion of the sample receptacle carrier, the surface having a complementary circular concave portion having a contour that substantially matches the contour of the periphery of the sample receptacle carrier; and one or more magnets, each of the one or more magnets being coupled to the second carrier support portion and configured to magnetically couple with a magnetic portion of the sample receptacle carrier, thereby securing the sample receptacle carrier to the movable dock.
A system comprising: a first communication device that forwards information in a communication transmission, wherein the communication transmission includes: a normal transmission sub-channel (910, 950, 1030, 1110, 1150, 1210) that conveys normal information; a punctured sub-channel (930, 1010, 1130, 1230) that removes some of the information in a punctured sub-channel (930, 1010, 1130, 1230); and a mitigation sub-channel (920, 940, 1020, 1120, 1220) in which a characteristic is altered to mitigate interference associated with the punctured sub-channel (930, 1010, 1130, 1230); characterized in that a power level of the mitigation sub-channel (920, 940, 1020, 1120, 1220) is altered; and an amount of an alteration of the mitigation sub-channel (920, 940, 1020, 1120, 1220) power level is based upon a measured signal strength and a measured bandwidth of a transmission in the punctured sub-channel (930, 1010, 1130, 1230). a normal transmission sub-channel (910, 950, 1030, 1110, 1150, 1210) that conveys normal information; a punctured sub-channel (930, 1010, 1130, 1230) that removes some of the information in a punctured sub-channel (930, 1010, 1130, 1230); and a mitigation sub-channel (920, 940, 1020, 1120, 1220) in which a characteristic is altered to mitigate interference associated with the punctured sub-channel (930, 1010, 1130, 1230); characterized in that a power level of the mitigation sub-channel (920, 940, 1020, 1120, 1220) is altered; and an amount of an alteration of the mitigation sub-channel (920, 940, 1020, 1120, 1220) power level is based upon a measured signal strength and a measured bandwidth of a transmission in the punctured sub-channel (930, 1010, 1130, 1230).
Window regulator arrangement for a motor vehicle, having an adjustable window pane, an adjusting device with a drive and a driver arrangement comprising a pane adapter and a guide carriage, wherein the pane adapter has an upper, U-shaped holding section for the fixing of the window pane and a flat lower clamping section and is arranged on an edge region of the window pane, and wherein the guide carriage is arranged on the adjusting device and has a seat, which is brought into engagement with the clamping section of the pane adapter and which results from a guide limb and the opposite fastening limb connected thereto on one side, wherein the clamping section has an insertion channel (15, 16) formed by at least one elevation and the guide limb is arranged with its outer edges in the insertion channel (15, 16), whereby upon insertion of the clamping section of the pane adapter into the seat of the guide carriage, a desired alignment of the pane adapter to the guide carriage is achieved, characterised in that the clamping section of the pane adapter abuts the guide limb and the fastening limb.
A drinking vessel comprising a generally cylindrical container for containing liquid and a lid, the drinking vessel comprising a generally cylindrical inner member and a generally cylindrical sealing element surrounding the inner member, wherein the drinking vessel further comprises a rim and an inner circumferential sealing surface, the inner member and the sealing element being fixedly insertable into the container in order, when the inner member and the sealing element are inserted, to cause the sealing element to lie against the sealing surface so as normally to form a seal with the sealing surface, the seal being deformable by suction at the rim such that under the action of the suction liquid within the container is caused to flow from a chamber insider the container out past the rim, characterised in that: the sealing member and the sealing surface cooperate to define a plurality of channels; and the channels extend substantially in parallel from at or near the end of the seal adjacent the rim to a point at or near the base of the seal. the sealing member and the sealing surface cooperate to define a plurality of channels; and the channels extend substantially in parallel from at or near the end of the seal adjacent the rim to a point at or near the base of the seal.
Ventilator having an electric motor and at least one primary energy source for the electric motor and a secondary energy source, wherein the secondary energy source is embodied as a voltage sink for generator current from the electric motor, characterized in that the generator current is produced by transforming kinetic energy of the electric motor and in that the transformation is effectuated after an end of an inspiration phase and before the start of an expiration and in that a sensor device/analysis unit is used for controlling and regulating the ventilation operation, wherein a pressure measuring tube is used to capture a pressure and wherein the operation of the electric motor is regulated by way of a motor controller and wherein the sensor device ascertains at least one signal that is related to a respiratory gas flow and the analyser identifies the inspiration phases and the expiration phases from this signal, wherein the pressure is set by a change in speed of the electric motor.
Working implement with a drive motor for driving at least one tool and with an operating device for the drive motor, wherein the operating device comprises a control for operation by the operator, wherein the control is movably mounted in a housing and can be adjusted in an actuation direction (57, 70) from a zero position to a maximum position and wherein an intermediate stop, the position of which can be adjusted via an adjusting element, acts between the zero position and the maximum position, wherein the control, on reaching the intermediate stop, can be actuated further to the maximum position, and wherein the operating force increases for further actuation of the control on reaching the intermediate stop, wherein the intermediate stop is formed by a first stop element connected to the control and by a second stop element connected to the housing, wherein one of the stop elements is a spring-loaded element and the other stop element is a stop face, characterised in that the operating force, on overcoming the intermediate stop, decreases again if the control is actuated further in the actuation direction (57, 70), and in that the spring-loaded element, if the control is actuated, slides on a sliding surface having a first section (44.1) lying in front of the stop face in the actuation direction (57, 70) and a second section (44.2) lying behind the stop face in the actuation direction (57, 70).