mhurhangee/ep-ind-claims huggingface dataset:
A vehicle control apparatus to be installed in a vehicle and being capable of controlling a running state of the vehicle on a basis of information acquired from an external device via a communication network (2, 3, 4), the vehicle control apparatus comprising: a communication control section that acquires, via the communication network (2, 3, 4), a variable control parameter capable of varying the running state of the vehicle; a writable storage section that accumulates the variable control parameter; a non-writable storage section that accumulates a fixed control parameter defined as a default value and used to initialize the running state of the vehicle; a vehicle information acquisition section that determines whether abnormal running of the vehicle running on a basis of the variable control parameter occurs; and a safety-related section that makes the vehicle run on the basis of the variable control parameter when the variable control parameter is present, and that makes the vehicle run on a basis of the fixed control parameter when the variable control parameter is absent or when the vehicle information acquisition section detects that the abnormal running has occurred. a communication control section that acquires, via the communication network (2, 3, 4), a variable control parameter capable of varying the running state of the vehicle; a writable storage section that accumulates the variable control parameter; a non-writable storage section that accumulates a fixed control parameter defined as a default value and used to initialize the running state of the vehicle; a vehicle information acquisition section that determines whether abnormal running of the vehicle running on a basis of the variable control parameter occurs; and a safety-related section that makes the vehicle run on the basis of the variable control parameter when the variable control parameter is present, and that makes the vehicle run on a basis of the fixed control parameter when the variable control parameter is absent or when the vehicle information acquisition section detects that the abnormal running has occurred.
Fuel cell comprising a membrane which is arranged between two gas diffusion layers (3, 7), and also a first current collector which is arranged on a first side of the membrane and a second current collector which is arranged on a second side, which second side is situated opposite the first side, wherein a second current collector edge region extends substantially as far as an edge region of the membrane at least on the second side of the membrane, or in that a second current collector edge region extends further in the direction of an edge region of the membrane on the second side of the membrane than a first current collector edge region which is arranged on the first side of the membrane, characterized in that the first current collector comprises the first current collector edge region and at least one first current collector central region, and wherein the second current collector comprises the second current collector edge region and at least one second current collector central region, and wherein the first current collector edge region and the at least one first current collector central region and/or wherein the second current collector edge region and the at least one second current collector central region are physically separated from one another by means of a seam, wherein the fuel cell comprises an electrical load which is electrically connected between the first and the second current collector (13, 14), and wherein the electrical load comprises a non-reactive resistor, an inductance, a galvanic element, a connection for an external further load, an electronics system with a potentio- or galvanostatic control system and/or an electronics system for supplying an external load.
A liquid detergent or cleaning agent comprising (a) a protease which comprises an amino acid sequence which is at least 80% identical to the amino acid sequence given in SEQ ID No. 1 and which has the amino acid aspartic acid at position 99 in the count according to SEQ ID No. 1, and (b) an amylase. (a) a protease which comprises an amino acid sequence which is at least 80% identical to the amino acid sequence given in SEQ ID No. 1 and which has the amino acid aspartic acid at position 99 in the count according to SEQ ID No. 1, and (b) an amylase.
Drive device comprising at least one clutch and a shaft, wherein the clutch is configured as a dog clutch, wherein a clamping region for clampingly connecting to the shaft is integrated in the clutch, wherein the clamping region can be actuated by means of a screw, wherein the clamping region has a through-slot through which there is made a stepped bore oriented through the clamping region, wherein the stepped bore has, on the side of the slot facing away from the step, a threaded portion into which the screw is screwed at least in part, characterised in that - the range of motion of the screw is limited by a pin, which in particular is inserted at least in part into an opening of the clamping region and limits the range of motion of the screw in the screw-axis direction of said screw, - and/or wherein the spatial region covered by the screw when the screw is actuated, in particular the spatial region covered overall when the screw moves, is limited in the screw-axis direction of the screw by means of a pin inserted at least in part into an opening of the clamping region, wherein a limiting part is interlockingly connected to the clamping region on both sides of the slot. wherein the clutch is configured as a dog clutch, wherein a clamping region for clampingly connecting to the shaft is integrated in the clutch, wherein the clamping region can be actuated by means of a screw, wherein the clamping region has a through-slot through which there is made a stepped bore oriented through the clamping region, wherein the stepped bore has, on the side of the slot facing away from the step, a threaded portion into which the screw is screwed at least in part, - the range of motion of the screw is limited by a pin, which in particular is inserted at least in part into an opening of the clamping region and limits the range of motion of the screw in the screw-axis direction of said screw, - and/or wherein the spatial region covered by the screw when the screw is actuated, in particular the spatial region covered overall when the screw moves, is limited in the screw-axis direction of the screw by means of a pin inserted at least in part into an opening of the clamping region,
An active antenna (100, 200, 300) comprising a driving loop with a first and a second section, each of which sections (103, 105) extends between two end points, with each end point of each section (103, 105) being electrically connected to the closest end point of the other section by means of a reflection amplifier (101, 106), where one of said reflection amplifiers comprises differential input/output ports (112, 113) for signals to/from the active antenna, the active antenna also comprising a passive loop with a first and a second section, each of which sections (107, 108) extends between two end points, with each end point of each section (107, 108) being electrically connected to the closest end point of the other section by means of a reflection amplifier (102, 104), in which active antenna the driving loop and the passive loop extend in parallel to each other, and the first and the second section (103, 105; 107, 108) of each of the loops form separated complementary parts of a closed geometrical shape and are built in open waveguide technology.
An Mg-based alloy cold worked member obtained by cold working an Mg-based alloy to form it into a predetermined shape, characterized in that the Mg-based alloy forming the member has a lanthanoid type rare earth element added to it and that the member has a microstructure which includes crystal grains divided and made finer by cold working, wherein the Mg-based alloy has an average crystal grain size of 30 μm or less, wherein the Mg-based alloy has a chemical composition consisting of 0.1 to 3.0 at% Y and the balance Mg and unavoidable impurities.
A process variable transmitter manifold, comprising: a manifold body having a first valve and a second valve and a flanged mounting face, the first valve having a first port which has a first bore extending between a first inlet and a first outlet for selectively coupling a process fluid therethrough and the second valve having a second port which has a second bore extending between a second inlet and a second outlet for selectively coupling the process fluid therethrough; and a cooling channel in the manifold body having an inlet steam port, an outlet steam port, and a steam passage connecting the inlet steam port and the outlet steam port; characterized in that the steam passage is aligned with the first bore and with the second bore such that the steam passage and the first bore and the second bore align on a plane of an axis of the manifold body, wherein the cooling channel is positioned between the first valve and the second valve, wherein the steam passage is between the first bore and the second bore. a manifold body having a first valve and a second valve and a flanged mounting face, the first valve having a first port which has a first bore extending between a first inlet and a first outlet for selectively coupling a process fluid therethrough and the second valve having a second port which has a second bore extending between a second inlet and a second outlet for selectively coupling the process fluid therethrough; and a cooling channel in the manifold body having an inlet steam port, an outlet steam port, and a steam passage connecting the inlet steam port and the outlet steam port; characterized in that the steam passage is aligned with the first bore and with the second bore such that the steam passage and the first bore and the second bore align on a plane of an axis of the manifold body, wherein the cooling channel is positioned between the first valve and the second valve, wherein the steam passage is between the first bore and the second bore.
Distance measurement method determining the distance of an sensor system to a physical object, comprising the steps of: - obtaining, from the sensor system, at least a pair of stereoscopic images including the physical object, the pair comprising a first image and a second image; and - for each element of at least a portion of the first image: - defining differently shaped patches around said element; - determining correlation values between each defined patch and a corresponding patch of same size and shape in the second image, - determining combined correlation values by combining the determined correlation values, - evaluating the combined correlation values for different disparities for an extremum value of the combined correlation values, - calculating a distance value of the sensor system to a physical object corresponding to the element based on a disparity value at which the extremum occurs, and - outputting the distance value. - obtaining, from the sensor system, at least a pair of stereoscopic images including the physical object, the pair comprising a first image and a second image; and - for each element of at least a portion of the first image: - defining differently shaped patches around said element; - determining correlation values between each defined patch and a corresponding patch of same size and shape in the second image, - determining combined correlation values by combining the determined correlation values, - evaluating the combined correlation values for different disparities for an extremum value of the combined correlation values, - calculating a distance value of the sensor system to a physical object corresponding to the element based on a disparity value at which the extremum occurs, and - outputting the distance value.
Method for operating a multiphase pump having a suction-side inlet and a discharge-side outlet and with which a multiphase mixture loaded with solids is pumped, comprising the steps of: a. pumping the multiphase mixture into a discharge-side separation chamber, b. separating a gaseous phase from a liquid phase and a solid phase in the separation chamber, c. separating the liquid phase from the solid phase in the separation chamber, d. supplying a portion of the liquid phase freed from the solid phase to the suction side, characterized in that e. the supply of liquid phase to the suction side is carried out by means of a recirculation line in which a valve is arranged which, after startup and after stable operation is achieved, is closed for purposes of initiating the pumping action and the increase in pressure of the multiphase mixture. a. pumping the multiphase mixture into a discharge-side separation chamber, b. separating a gaseous phase from a liquid phase and a solid phase in the separation chamber, c. separating the liquid phase from the solid phase in the separation chamber, d. supplying a portion of the liquid phase freed from the solid phase to the suction side, characterized in that e. the supply of liquid phase to the suction side is carried out by means of a recirculation line in which a valve is arranged which, after startup and after stable operation is achieved, is closed for purposes of initiating the pumping action and the increase in pressure of the multiphase mixture.
System for controlling access to a restricted area in a building, comprising: a sliding door system which comprises a door frame and a sliding door which can be displaced in the door frame between a closed position and an open position by means of a drive unit, wherein the door frame has a passage region and a wall shell region which at least partially accommodates the sliding door in the open position, and wherein the sliding door has an end face which points toward the passage region in the open position; a controller (8, 10) which comprises a processor unit and a sensor unit, wherein the sensor unit is arranged on the end face of the sliding door and wherein the processor unit is arranged in an inner space of the sliding door and electrically connected to the sensor unit and the drive unit; and a recognition device which is arranged on the sliding door system or in the vicinity thereof and is communicatively connected to the controller (8, 10), wherein the recognition device is designed to capture and check credentials presented by the user, wherein the controller (8, 10) is designed to determine a record in a storage device if the credentials are valid for the user, in which storage device the credentials are assigned to a stored opening width of the sliding door, in order to trigger the movement of the sliding door according to the stored opening width, and wherein the controller (8, 10) is designed to recognize a gesture made by the user and to trigger a movement of the sliding door depending on this gesture in deviation from the stored opening width. a sliding door system which comprises a door frame and a sliding door which can be displaced in the door frame between a closed position and an open position by means of a drive unit, wherein the door frame has a passage region and a wall shell region which at least partially accommodates the sliding door in the open position, and wherein the sliding door has an end face which points toward the passage region in the open position; a controller (8, 10) which comprises a processor unit and a sensor unit, wherein the sensor unit is arranged on the end face of the sliding door and wherein the processor unit is arranged in an inner space of the sliding door and electrically connected to the sensor unit and the drive unit; and a recognition device which is arranged on the sliding door system or in the vicinity thereof and is communicatively connected to the controller (8, 10), wherein the recognition device is designed to capture and check credentials presented by the user, wherein the controller (8, 10) is designed to determine a record in a storage device if the credentials are valid for the user, in which storage device the credentials are assigned to a stored opening width of the sliding door, in order to trigger the movement of the sliding door according to the stored opening width, and wherein the controller (8, 10) is designed to recognize a gesture made by the user and to trigger a movement of the sliding door depending on this gesture in deviation from the stored opening width.
Method of producing a cheese, according to which: - an intermediate cheese body is prepared, comprising: - a drained cheese curd, or - a curd reconstituted by mixing and hydrating animal or vegetable protein and fat concentrates; - a first treatment at a temperature of from 40 to 90°C is carried out on the cheese body; - a texturizing treatment is carried out at the temperature of the first treatment in order to obtain a textured body; - the textured body is subjected to a second heat treatment by ohmic heating at a temperature comprised between 90° and 140°C for from 10 seconds to 5 minutes; - the body obtained is cooled to a temperature below 100°C in order to obtain a cheese; and - the cheese is packaged. - an intermediate cheese body is prepared, comprising: - a drained cheese curd, or - a curd reconstituted by mixing and hydrating animal or vegetable protein and fat concentrates; - a first treatment at a temperature of from 40 to 90°C is carried out on the cheese body; - a texturizing treatment is carried out at the temperature of the first treatment in order to obtain a textured body; - the textured body is subjected to a second heat treatment by ohmic heating at a temperature comprised between 90° and 140°C for from 10 seconds to 5 minutes; - the body obtained is cooled to a temperature below 100°C in order to obtain a cheese; and - the cheese is packaged. - a drained cheese curd, or - a curd reconstituted by mixing and hydrating animal or vegetable protein and fat concentrates; - a first treatment at a temperature of from 40 to 90°C is carried out on the cheese body; - a texturizing treatment is carried out at the temperature of the first treatment in order to obtain a textured body; - the textured body is subjected to a second heat treatment by ohmic heating at a temperature comprised between 90° and 140°C for from 10 seconds to 5 minutes; - the body obtained is cooled to a temperature below 100°C in order to obtain a cheese; and - the cheese is packaged.
A re-ignition system for a gas device comprising an electrode element provided at a distance defining a spark gap near a burner; an igniter electrically connected to the electrode element which provides ahigh voltage spark arc towards the burner in ignition mode; and an ignition control unit activates the igniter to switch an ignition mode; at least one battery supplying direct current; a flame detection unit wherein the distance of the spark gap is set such that it also allows the electrode element to receive a flame presence signal through the flame rectification and triggers the ignition control unit to switch to the ignition mode when the flame presence signal is interrupted; a transformer that converts the direct current supplied by the battery from one inlet into alternating current at outlets (24, 25) and is connected to the ignition control unit and flame detection unit to supply electrical signal characterized by the transformer is configured such that provide spark to the burner by a single electrode element in ignition mode and perform flame presence control and without utilizing of an additional flame presence sensor by set the alternating current provided at the outlet to a frequency between 0.5-5 kHz, particularly 1-3 kHz so that the direct current from the battery transmit a flame presence signal to the flame detection unit by flame rectification of the same electrode element.
An antibody drug conjugate comprising an antibody conjugated to a conjugate moiety via an endogenous acceptor glutamine residue on the antibody flanked by an N-glycosylation site in the Fc region, wherein the antibody drug conjugate is N-glycosylated at the N-glycosylation site in the Fc region, and wherein the endogenous acceptor glutamine residue is at position 295 and the N-glycosylation site is at position 297 of a heavy chain of the antibody, wherein the numbering is according to the EU index as in Kabat, wherein the antibody is trastuzumab and the conjugate moiety comprises: (i) PEGx-MMAE having the structure: wherein x is 2, 4, 6, 8, 10, 12, 16, 20 or 24; (ii) PEG3c-MMAE having the structure: or (iii) a 3-arm-PEG linker: wherein n is 7-38, and an alkyne-PEG4c-MMAE: wherein each of the azide groups in the 3-arm-PEG linker is conjugated to an alkyne-PEG4c-MMAE. (i) PEGx-MMAE having the structure: wherein x is 2, 4, 6, 8, 10, 12, 16, 20 or 24; (ii) PEG3c-MMAE having the structure: or (iii) a 3-arm-PEG linker: wherein n is 7-38, and an alkyne-PEG4c-MMAE: wherein each of the azide groups in the 3-arm-PEG linker is conjugated to an alkyne-PEG4c-MMAE.
Composite composed of a cooling system and a surface to be cooled that is part of an electrical and/or electronic component, obtainable by the forming of chemical bonds by means of 3D printing, wherein the print bed utilized is the surface of the electrical and/or electronic component or a layer already produced on this surface by 3D printing, and the material used for printing, which serves to construct the cooling system, is an organometallic compound comprising at least one reactive group selected from the following groups: halogen/halide such as fluorine atom, chlorine atom, bromine atom, iodine atom; pseudohalogen/pseudohalide such as CN group, SCN group; amino group, amide group, aldehyde group, keto group, carboxyl group, thiol group, hydroxyl group, acryloyloxy group, methacryloyloxy group, epoxy group, isocyanate group, ester group, sulfo group, phosphoric acid group, vinyl group and/or a "waterglass".
An arrangement for inductive energy transmission from a primary conductor system, in particular a primary conductor system arranged in a stationary manner, to a vehicle having a secondary winding, wherein the secondary winding is inductively coupled to the primary conductor system, wherein the primary conductor is in the form of a primary conductor loop, laid in an elongated manner, which in a line portion has a feed conductor and a return conductor, in particular a return conductor laid parallel thereto, wherein the return conductor is electrically earthed in that at least one inductor is arranged between the return conductor and the electrical earth, characterised in that the primary conductor loop has a plurality of line portions which each have a feed conductor and a return conductor, wherein the return conductors are electrically connected to a series circuit of inductors, wherein a first connection of the series circuit is electrically connected to the housing of a feeding unit for feeding a medium-frequency alternating current into the primary conductor loop, wherein the housing is electrically connected to earth, in particular electrically connected to earth potential.
A rapid deployment structure system comprising: a) a UV-light-generating component configured to generate light via a combustion reaction or via an exploding wire; and b) a support element comprising (i) a flexible fabric component and (ii) an UV-light curable adhesive component, wherein said flexible fabric component is encapsulated within said UV-light curable adhesive component, wherein said support element defines an inner lumen comprising said UV-light generating component, and said UV-light curable adhesive is polymerized using said light generated by said UV-light generating component. a) a UV-light-generating component configured to generate light via a combustion reaction or via an exploding wire; and b) a support element comprising (i) a flexible fabric component and (ii) an UV-light curable adhesive component, wherein said flexible fabric component is encapsulated within said UV-light curable adhesive component, wherein said support element defines an inner lumen comprising said UV-light generating component, and said UV-light curable adhesive is polymerized using said light generated by said UV-light generating component.