mhurhangee/patent-ind-claim-en huggingface dataset:
A method of forming an alloprosthetic composite implant comprising: forming a scaffold having a pore density profile ; seeding a plurality of viable cells into the scaffold ; incubating the scaffold including the plurality of viable cells ; and robotically machining the alloprosthetic composite implant following incubation to have a shape corresponding to a shape of a native bone of the patient that is to be replaced. forming a scaffold having a pore density profile ; seeding a plurality of viable cells into the scaffold ; incubating the scaffold including the plurality of viable cells ; and robotically machining the alloprosthetic composite implant following incubation to have a shape corresponding to a shape of a native bone of the patient that is to be replaced.
A roller in a support arrangement for a rotary milking platform, wherein the support arrangement comprises a first rail member fixedly connected to the rotary platform , a second rail member stationarily arranged in a position below the platform , and a plurality of rollers arranged in a vertical space between the first rail member and the second rail member , wherein said roller is one of said plurality of rollers, and comprises a peripheral surface comprising a contact surface (8c 1 ) to be in contact with a contact portion of the first rail member and a contact portion of the second rail member , wherein the roller comprises flange portions each having a radial outer surface located at a longer distance from the rotation axis than the peripheral surface , characterized in that the peripheral surface of the roller comprises two bevelled surfaces (8c 2 ) arranged at opposite sides of the contact surface which are located at a smaller distance (d) from a rotary axis of the roller than the contact surface (8c 1 ), wherein the contact surface (8c1) has a larger width than the two bevelled surfaces (8c2), wherein the contact surface (8c1) is located at a longer distance (d) from the rotation axis of the roller than the two bevelled surfaces (8c2), wherein the contact surface (8c1) has a convex shape, wherein the contact surface (8c1) is located at the longest distance from the rotation axis of the roller in a midway position (8c3) between the two bevelled surfaces (8c2), wherein each bevelled surface (8c2) also has a convex shape, wherein the convex bevelled surfaces (8c2) have a smaller radius of curvature than the convex contact surface (8c1).
An oil-based inkjet ink comprising a pigment, a non-aqueous solvent, and a compound represented by general formula shown below: wherein m represents 1 or 2, each of R 1 and R 2 independently represents a monovalent saturated hydrocarbon group, R 3 represents a single bond or a divalent saturated hydrocarbon group, and R 4 represents a monovalent or divalent saturated hydrocarbon group, wherein the non-aqueous solvent comprises at least one selected from the group consisting of a petroleum-based hydrocarbon solvent, a fatty acid ester-based solvent having 16 to 30 carbon atoms, a higher-alcohol-based solvent having 12 to 20 carbon atoms, and a higher fatty acid-based solvent having 14 to 20 carbon atoms, and the oil-based inkjet ink having a viscosity of 5 to 30 mPa·s at 23 °C.
Device for baking or crisp baking dough pieces (B1. B2), with at least one input storage and at least one associated feeding device for feeding and storing of especially various kinds of dough pieces (B1, B2). with a continuous baking oven for baking or crisp baking dough pieces (B1, B2), with a conveyor for transporting dough pieces (B1, B2) from the at least one input storage through the baking oven , with at least one output storage for receiving and storing the dough pieces (B1, B2) baked in the baking oven to form bakery goods, as well as with at least one dispensing unit for the bakery goods and an operating unit , wherein after the respective customer request made through the operating unit , the requested bakery goods (B1, B2) are transported from the at least one output storage to the dispensing unit to be dispensed there, characterized in that the continuous baking oven has only one oven space and the conveyor comprises at least two conveyor belts passing through the oven space in a conveying direction (f4), for conveying the dough pieces (B1, B2) on these conveyor belts , wherein these conveyor belts being capable of transporting dough pieces (B1, B2) simultaneously through the oven space , wherein the at least two conveyor belts run parallel to one another in the conveying direction (f4) and wherein an electrical control device is provided to adjust the speeds of the conveyor belts independently from each other. with at least one input storage and at least one associated feeding device for feeding and storing of especially various kinds of dough pieces (B1, B2). with a continuous baking oven for baking or crisp baking dough pieces (B1, B2), with a conveyor for transporting dough pieces (B1, B2) from the at least one input storage through the baking oven , with at least one output storage for receiving and storing the dough pieces (B1, B2) baked in the baking oven to form bakery goods, as well as with at least one dispensing unit for the bakery goods and an operating unit , wherein after the respective customer request made through the operating unit , the requested bakery goods (B1, B2) are transported from the at least one output storage to the dispensing unit to be dispensed there, characterized in that the continuous baking oven has only one oven space and the conveyor comprises at least two conveyor belts passing through the oven space in a conveying direction (f4), for conveying the dough pieces (B1, B2) on these conveyor belts , wherein these conveyor belts being capable of transporting dough pieces (B1, B2) simultaneously through the oven space , wherein the at least two conveyor belts run parallel to one another in the conveying direction (f4) and wherein an electrical control device is provided to adjust the speeds of the conveyor belts independently from each other.
Capacitor component , having: a winding comprising an oval core hole , which has a maximum diameter and a minimum diameter , which is smaller than the maximum diameter , characterized in that the winding has an inner winding region that is free of electrodes, wherein the inner winding region adjoins the oval core hole in the radial direction towards the outside and has a diameter (D IW ) of at least 35% of the diameter (D W ) of the winding , and in that the inner winding region consists of paper and an electrolyte, and in that the winding is arranged in a housing , which forms a bead , wherein the winding is held by the bead . a winding comprising an oval core hole , which has a maximum diameter and a minimum diameter , which is smaller than the maximum diameter , characterized in that the winding has an inner winding region that is free of electrodes, wherein the inner winding region adjoins the oval core hole in the radial direction towards the outside and has a diameter (D IW ) of at least 35% of the diameter (D W ) of the winding , and in that the inner winding region consists of paper and an electrolyte, and in that the winding is arranged in a housing , which forms a bead , wherein the winding is held by the bead .
A pharmaceutical composition comprising a bone-targeted therapeutic agent able to release a drug payload from a bone surface, for use in a method to generate fixed, non-antagonistic molar ratios of drugs in and around the bone environment for desired periods of time, the method comprising administering the pharmaceutical composition to a subject having a bone-related disease in combination with a second therapeutic agent; wherein the bone-targeted therapeutic agent is a conjugate of gemcitabine-to-ibandronate and the second therapeutic agent is docetaxel. for use in a method to generate fixed, non-antagonistic molar ratios of drugs in and around the bone environment for desired periods of time, the method comprising administering the pharmaceutical composition to a subject having a bone-related disease in combination with a second therapeutic agent; wherein the bone-targeted therapeutic agent is a conjugate of gemcitabine-to-ibandronate and the second therapeutic agent is docetaxel.
An operating wire rope having a multiple strand structure, wherein: the multiple strand structure is composed of a core strand composed of a plurality of element wires which are twisted together, and a plurality of side strands disposed around the core strand , each of the side strands being composed of a plurality of element wires which are twisted together, the core strand and the side strands being twisted together; a side element wire of the side strand includes a smooth surface (P) at a portion located on an outer periphery of the operating wire rope , the smooth surface (P) comprising a flat part (F) which is provided facing radially outside of the operating wire rope at a part of the side element wire in a circumferential direction, the flat part (F) extending along an axial direction (X), characterized in that an axial length (L1) of the smooth surface (P) is 4.8 to 11.0 times a diameter (D1) of the side element wire , and a pitch multiplying factor of the side strand is 7.0 to 12.0 times, the pitch multiplying factor being defined as a value obtained by dividing a strand pitch length (L2) of the side strand by an outer diameter (D2) of the operating wire rope . the multiple strand structure is composed of a core strand composed of a plurality of element wires which are twisted together, and a plurality of side strands disposed around the core strand , each of the side strands being composed of a plurality of element wires which are twisted together, the core strand and the side strands being twisted together; a core strand composed of a plurality of element wires which are twisted together, and a plurality of side strands disposed around the core strand , each of the side strands being composed of a plurality of element wires which are twisted together, the core strand and the side strands being twisted together; a side element wire of the side strand includes a smooth surface (P) at a portion located on an outer periphery of the operating wire rope , the smooth surface (P) comprising a flat part (F) which is provided facing radially outside of the operating wire rope at a part of the side element wire in a circumferential direction, the flat part (F) extending along an axial direction (X), characterized in that an axial length (L1) of the smooth surface (P) is 4.8 to 11.0 times a diameter (D1) of the side element wire , and a pitch multiplying factor of the side strand is 7.0 to 12.0 times, the pitch multiplying factor being defined as a value obtained by dividing a strand pitch length (L2) of the side strand by an outer diameter (D2) of the operating wire rope .
Gear pump for conveying a fluid flow (F), the flow direction (S 1 , S 2 ) of which can be reversed by switching between a conveying and a flushing operation, having two gear wheels (4.1, 4.2) arranged in a gear chamber and a secondary chamber connected to the flow of the gear chamber , the fluid flow (F) being formed by a main flow component (H) flowing through the gear chamber and a secondary flow component (N) flowing at least partially through the secondary chamber , characterized by means for increasing the secondary flow component (N) in flushing operation, which means have a closable flushing channel which extends between the gear chamber and the secondary chamber , the means having a closing device for closing the flushing channel , which is designed and arranged in such a way that flow through the flushing channel is only possible in flushing operation.
A method for preventing a transverse oscillation of a tower of a wind power plant having a rotor having at least two rotor blades with adjustable pitch angles (β 1 , β 2 , β 3 ), which method comprises the following step: determining a manipulated variable for setting the pitch angles on the basis of information about a pitching moment of the rotor which is weighted with a first weighting, a yawing moment of the rotor which is weighted with a second weighting and a transverse acceleration of the tower which is weighted with a third weighting, wherein a counteracting torque is generated which counteracts the pitching moment and the yawing moment without exciting a transverse oscillation of the tower when the pitch angles are set on the basis of the manipulated variable.
Process for producing an FKM-coated mantle hose, wherein a) a strength member is arranged over an inner layer to form a mantle layer , b) a coating composition containing fluororubber (FKM) is applied to the strength member and dried before or after the strength member is arranged over the inner layer and c) the dried coating composition is vulcanized on the strength member arranged over the inner layer to form the FKM coating , characterized in that the FKM-containing coating composition is an aqueous FKM dispersion containing at least one crosslinking agent selected from polyamine, monomeric aminosilane and oligomeric aminosilane. a) a strength member is arranged over an inner layer to form a mantle layer , b) a coating composition containing fluororubber (FKM) is applied to the strength member and dried before or after the strength member is arranged over the inner layer and c) the dried coating composition is vulcanized on the strength member arranged over the inner layer to form the FKM coating ,
Monitoring apparatus , comprising: a receiving device designed to receive sensor data from a plurality of sensors (1-i); and an evaluation device designed to detect a fault in a first sensor (F) of the plurality of sensors (1-i), and to calculate virtual sensor data that replace the sensor data of the faulty first sensor (F), characterized in that the evaluation device , for the calculation of the virtual sensor data, ascertains a list of sensor candidates from the plurality of sensors (1-i), determines a respective similarity value for the sensor candidates and calculates the virtual sensor data for the faulty first sensor (F) using the sensor data of the sensor having the highest similarity value. a receiving device designed to receive sensor data from a plurality of sensors (1-i); and an evaluation device designed to detect a fault in a first sensor (F) of the plurality of sensors (1-i), and to calculate virtual sensor data that replace the sensor data of the faulty first sensor (F), characterized in that the evaluation device , for the calculation of the virtual sensor data, ascertains a list of sensor candidates from the plurality of sensors (1-i), determines a respective similarity value for the sensor candidates and calculates the virtual sensor data for the faulty first sensor (F) using the sensor data of the sensor having the highest similarity value.
A process for conducting an eye examination, the process comprising: calibrating a camera of a mobile device; using the mobile device held by a user, tracking a current distance from the mobile device to an object while the current distance is changing; using an output display of the mobile device, guiding the user to a specified distance from the object for conducting the eye examination by providing an indication determined as a result of tracking the current distance; and receiving at the mobile device input from the user in response to eye examination material presented on the object. calibrating a camera of a mobile device; using the mobile device held by a user, tracking a current distance from the mobile device to an object while the current distance is changing; using an output display of the mobile device, guiding the user to a specified distance from the object for conducting the eye examination by providing an indication determined as a result of tracking the current distance; and receiving at the mobile device input from the user in response to eye examination material presented on the object.
A computer-implemented method for testing a real and/or virtual mechatronic automotive system or another real and/or virtual mechatronic system in a test by means of a test environment interacting with the real and/or virtual mechatronic system , the method comprising a test series having different test cases (TC1, TC2) of the test under different conditions of execution, and said conditions of execution being defined in test configurations (Conf1, Conf2), each combination of test case (TC1, TC2) and test configuration (Conf1, Conf2) being associated with one test status value for the corresponding test from a group of predefined test status values (+, -, 0) according to an evaluation of the function of the mechatronic system , - a relative test coverage of at least one of the status values (+, - , 0) in the resulting test case-configuration matrix (TC1, TC2; Conf1, Conf2) and/or - a relative potential increase in test coverage of at least one of the status values (+, - , 0) with respect to a test case (TC1, TC2) and/or with respect to a configuration (Conf1, Conf2) being determined at least once for further planning, execution, and/or evaluation of the test series, the test configurations (Conf1, Conf2) define the conditions of execution by means of at least one technical physical parameter (T1, T2, T3), characterized in that weightings of the tests, the parameters, the test configurations, and/or the test status are specified, wherein the weighting of the tests and test configurations are specified as the ratio of priority and effort of the tests and test configurations and the calculation rules for the relative test coverage and the relative potential increase in test coverage are also dependent on the corresponding weightings. - a relative test coverage of at least one of the status values (+, - , 0) in the resulting test case-configuration matrix (TC1, TC2; Conf1, Conf2) and/or - a relative potential increase in test coverage of at least one of the status values (+, - , 0) with respect to a test case (TC1, TC2) and/or with respect to a configuration (Conf1, Conf2)
A hair feeding device configured to perform a feeding operation for pulling out flocking hairs (M) one by one from a bundle (B) of flocking hairs (M), characterized in that the device comprises: a feeder configured to hold the bundle (B) of flocking hairs (M) and separate hair ends of a plurality of the flocking hairs (M) in a direction different from that of the bundle (B); a detector configured to detect three-dimensional positions of the separated hair ends of the plurality of flocking hairs (M); a head for capturing the hair ends of the flocking hairs (M); a conveyance mechanism configured to convey the head to any three-dimensional position; and a control device configured to perform an operation control of the feeding operation, wherein the control device controls the conveyance mechanism so that the head captures the hair ends of the flocking hairs (M) at three-dimensional positions of the hair ends of one flocking hair (M) among the plurality of hairs detected by the detector . a feeder configured to hold the bundle (B) of flocking hairs (M) and separate hair ends of a plurality of the flocking hairs (M) in a direction different from that of the bundle (B); a detector configured to detect three-dimensional positions of the separated hair ends of the plurality of flocking hairs (M); a head for capturing the hair ends of the flocking hairs (M); a conveyance mechanism configured to convey the head to any three-dimensional position; and a control device configured to perform an operation control of the feeding operation, wherein the control device controls the conveyance mechanism so that the head captures the hair ends of the flocking hairs (M) at three-dimensional positions of the hair ends of one flocking hair (M) among the plurality of hairs detected by the detector .
A method for a terminal device comprising: receiving (S210), by the terminal device, first configuration information sent by a network device, wherein the first configuration information is used for configuring at least one Channel State Information Reference Signal, CSI-RS, resource group and used for indicating a first offset for the at least one CSI-RS resource group, each CSI-RS resource group comprises P number of CSI-RS resources, the at least one CSI-RS resource group is used for determining a first signal, and the first signal occupies Q number of slots, P and Q being integers greater than or equal to 2; receiving (S220), by the terminal device, first indication information sent by the network device, wherein the first indication information is used for triggering the terminal device to receive the first signal; and receiving (S230), by the terminal device in response to the first indication information, the first signal according to the first offset indicated by the first configuration information, wherein the first offset is indicative of an offset between a slot at which the first indication information is located and a slot used for receiving the first signal, and wherein the first signal is an aperiodic CSI-RS for tracking. receiving (S210), by the terminal device, first configuration information sent by a network device, wherein the first configuration information is used for configuring at least one Channel State Information Reference Signal, CSI-RS, resource group and used for indicating a first offset for the at least one CSI-RS resource group, each CSI-RS resource group comprises P number of CSI-RS resources, the at least one CSI-RS resource group is used for determining a first signal, and the first signal occupies Q number of slots, P and Q being integers greater than or equal to 2; receiving (S220), by the terminal device, first indication information sent by the network device, wherein the first indication information is used for triggering the terminal device to receive the first signal; and receiving (S230), by the terminal device in response to the first indication information, the first signal according to the first offset indicated by the first configuration information, wherein the first offset is indicative of an offset between a slot at which the first indication information is located and a slot used for receiving the first signal, and wherein the first signal is an aperiodic CSI-RS for tracking.
A Radio Frequency Identification, RFID, tag, comprising: an antenna port to receive an input AC signal; a self-tuning circuit coupled with the antenna port to optimize signal strength of the input AC signal during a self-tuning phase; an AC limiter configured to limit voltage of the input AC signal to a preconfigured limit; characterized by a limiter controller configured to disable the AC limiter during the self-tuning phase, wherein the self-tuning phase occurs prior to a data communication phase, and to re-enable the AC limiter after the self-tuning phase. an antenna port to receive an input AC signal; a self-tuning circuit coupled with the antenna port to optimize signal strength of the input AC signal during a self-tuning phase; an AC limiter configured to limit voltage of the input AC signal to a preconfigured limit; characterized by a limiter controller configured to disable the AC limiter during the self-tuning phase, wherein the self-tuning phase occurs prior to a data communication phase, and to re-enable the AC limiter after the self-tuning phase.