mhurhangee/patent-ind-claim-en huggingface dataset:
A use of a composition comprising one or more agents wherein one agent is 3-decen-2-one for preventing or reversing symptoms of a fungal or bacterial infection within potato tubers, comprising the step of applying the composition to harvested or stored potato tubers.
A robotic system comprising: a hand held robotic operating head comprising: a gripping body adapted to be held by the operator ; and a robot having a base and a robotically controlled platform , said base being attached to said gripping body , and said robotically controlled platform being configured to bear an operating tool ; wherein said robotic operating head is such that said operator can free-handedly manipulate the entire robotic operating head; and a detection system adapted to relate the position of said operating tool relative to an object where said operating tool is operating, wherein said robot is adapted to use an output from said detection system to change the pose of said robotically controlled platform if said gripping body deviates by an amount which would cause said operating tool to operate in a region of said object where said operating tool is forbidden to operate, characterized in that said robotic system is autonomously configured to be inoperative such that said hand held robotic operating head is rigid while said output indicates that said operating tool is operating outside of said region where said operating tool is forbidden to operate, and said hand held robotic operating head is configured to be actively controlled by said robotic system once said output indicates that said operating tool has reached said region where said operating tool is forbidden to operate. a hand held robotic operating head comprising: a gripping body adapted to be held by the operator ; and a robot having a base and a robotically controlled platform , said base being attached to said gripping body , and said robotically controlled platform being configured to bear an operating tool ; wherein said robotic operating head is such that said operator can free-handedly manipulate the entire robotic operating head; and a gripping body adapted to be held by the operator ; and a robot having a base and a robotically controlled platform , said base being attached to said gripping body , and said robotically controlled platform being configured to bear an operating tool ; wherein said robotic operating head is such that said operator can free-handedly manipulate the entire robotic operating head; and a detection system adapted to relate the position of said operating tool relative to an object where said operating tool is operating,
Coating method for coating a component with a coating agent, having the following steps: a) presetting at least one coating path of a coating robot for moving a paint impact point of an application device along the preset at least one coating path over the surface of the component to be coated, the at least one coating path running through a surface region of the component to be coated which is bounded by edges, b) presetting reference values of the spatial edge point positions and/or the edge point orientations for edge points on the edges of the surface region, c) spatial measurement of position, orientation and/or shape of the component to be coated or a part of the component to be coated by means of a measuring system , whereby measured values of the edge point positions and/or the edge point orientations of the edge points on the edges of the surface region are measured, d) determining the deviation between the measured values of the edge point positions and/or the edge point orientations on the one hand and the reference values of the edge point positions and/or the edge point orientations on the other hand, and e) adjusting the coating path as a function of the deviation between the reference values of the edge point positions and the measured values of the edge point positions, f) moving an application device along the at least one adapted coating path over the surface of the component to be coated, and g) applying the coating agent by the application device to the surface of the component to be coated during the movement of the application device along the at least one adapted coating path . a) presetting at least one coating path of a coating robot for moving a paint impact point of an application device along the preset at least one coating path over the surface of the component to be coated, the at least one coating path running through a surface region of the component to be coated which is bounded by edges, b) presetting reference values of the spatial edge point positions and/or the edge point orientations for edge points on the edges of the surface region, c) spatial measurement of position, orientation and/or shape of the component to be coated or a part of the component to be coated by means of a measuring system , whereby measured values of the edge point positions and/or the edge point orientations of the edge points on the edges of the surface region are measured, d) determining the deviation between the measured values of the edge point positions and/or the edge point orientations on the one hand and the reference values of the edge point positions and/or the edge point orientations on the other hand, and e) adjusting the coating path as a function of the deviation between the reference values of the edge point positions and the measured values of the edge point positions, f) moving an application device along the at least one adapted coating path over the surface of the component to be coated, and g) applying the coating agent by the application device to the surface of the component to be coated during the movement of the application device along the at least one adapted coating path .
Reference oscillator for a transmitter and/or a receiver of electromagnetic signals, the reference oscillator being suitable for generating a modified reference signal alternating ON times and OFF times with a predefined duty cycle from a signal supplied by a reference resonator , the reference oscillator also comprising an adjustment circuit suitable for adjusting the duty cycle of the modified reference signal according to at least one adjustment parameter so as to minimise at least one higher harmonic component of the modified reference signal , injected parasitically into a spectrum of electromagnetic signals, and a reference generator coupled to the resonator for producing an initial reference signal , the adjustment circuit being coupled to the reference generator for generating the modified reference signal with a predefined duty cycle from the initial reference signal , characterised in that the adjustment circuit generating the modified reference signal comprises: - a phase-locked loop or PLL , connected to the reference generator and suitable for producing a signal of frequency n times greater than the frequency f ref of the initial reference signal , - a counter connected to the PLL loop for counting the pulses of the signal produced by the PLL loop, - a comparator for comparing a number of pulses counted to a predefined value m, and producing an ON signal if the number of pulses counted is less than the predefined value m or an OFF signal otherwise, - a pulse generator connected to the reference generator and arranged for producing an initialising pulse signal from the initial reference signal and being of the same frequency as the initial reference signal, said initialising pulse signal being applied to an initialising input of the counter, and - a circuit for synchronising the modified reference signal on one flank of the initial reference signal , and in that the synchronisation circuit comprises an RS flip-flop, a SET input of which is connected to the output of the pulse generator and a RESET input of which is connected to the output of the comparator, the synchronised modified oscillating signal being available at an output of the flip-flop. - a phase-locked loop or PLL , connected to the reference generator and suitable for producing a signal of frequency n times greater than the frequency f ref of the initial reference signal , - a counter connected to the PLL loop for counting the pulses of the signal produced by the PLL loop, - a comparator for comparing a number of pulses counted to a predefined value m, and producing an ON signal if the number of pulses counted is less than the predefined value m or an OFF signal otherwise, - a pulse generator connected to the reference generator and arranged for producing an initialising pulse signal from the initial reference signal and being of the same frequency as the initial reference signal, said initialising pulse signal being applied to an initialising input of the counter, and - a circuit for synchronising the modified reference signal on one flank of the initial reference signal , and
A control device for a software programmable network comprising one or more nodes, wherein the control device comprises: a processing circuitry configured to determine a new resource distribution partioning resources between guaranteed QoS and BE service classes different from predetermined resource distribution according to a demand for QoS service; calculate, for each node of the one or more nodes, a new configuration indicating the new resource distribution; and obtain, for each entry node to the network among the one or more nodes, a label distribution sequence indicating one or more new label distributions with associated activation timing information; and a transceiver configured to transmit the new configurations to respective nodes; and transmit the label distribution sequences to respective entry nodes. a processing circuitry configured to determine a new resource distribution partioning resources between guaranteed QoS and BE service classes different from predetermined resource distribution according to a demand for QoS service; calculate, for each node of the one or more nodes, a new configuration indicating the new resource distribution; and obtain, for each entry node to the network among the one or more nodes, a label distribution sequence indicating one or more new label distributions with associated activation timing information; and determine a new resource distribution partioning resources between guaranteed QoS and BE service classes different from predetermined resource distribution according to a demand for QoS service; calculate, for each node of the one or more nodes, a new configuration indicating the new resource distribution; and obtain, for each entry node to the network among the one or more nodes, a label distribution sequence indicating one or more new label distributions with associated activation timing information; and a transceiver configured to transmit the new configurations to respective nodes; and transmit the label distribution sequences to respective entry nodes. transmit the new configurations to respective nodes; and transmit the label distribution sequences to respective entry nodes.
A method for performing a random access procedure by a user equipment in a wireless communication system, the method comprising: receiving (S1502) information regarding a narrowband physical random access channel, NPRACH, format; and transmitting (S1504) a random access preamble based on the information regarding the NPRACH format, characterized in that wherein the information regarding the NPRACH format is a narrow band physical downlink control channel, NPDCCH, order including a preamble format indicator indicating a first NPRACH format or a second NPRACH format, and wherein a first symbol group of the first NPRACH format is configured with a first sequence part of 5 symbols and a first cyclic prefix, CP, a second symbol group of the second NPRACH format is configured with a second sequence part of 3 symbols and a second CP, each of the first symbol group and the second symbol group comprises 6 symbols, and a ratio of the first CP-to-the first sequence part in the first symbol group is smaller than a ratio of the second CP-to-the second sequence part in the second symbol group. receiving (S1502) information regarding a narrowband physical random access channel, NPRACH, format; and transmitting (S1504) a random access preamble based on the information regarding the NPRACH format, characterized in that wherein the information regarding the NPRACH format is a narrow band physical downlink control channel, NPDCCH, order including a preamble format indicator indicating a first NPRACH format or a second NPRACH format, and wherein a first symbol group of the first NPRACH format is configured with a first sequence part of 5 symbols and a first cyclic prefix, CP, a second symbol group of the second NPRACH format is configured with a second sequence part of 3 symbols and a second CP, each of the first symbol group and the second symbol group comprises 6 symbols, and a ratio of the first CP-to-the first sequence part in the first symbol group is smaller than a ratio of the second CP-to-the second sequence part in the second symbol group.
A process for reducing the water content in pyrolysis gasoline obtained from a steam cracking step, characterized in that water is separated from pyrolysis gasoline via two coalescers A and B, wherein the coalescer A and/or the coalescer B are made of metal, fibre glass or a combination of metal and fibre glass, and wherein the coalescer A is used after a phase separation step wherein the water main phase is separated from the pyrolysis gasoline and before a first hydrogenation step, and coalescer B is used after the first hydrogenation step and before a second hydrogenation step, wherein the pyrolysis gasoline contains up to 3 wt.-% of water after the phase separation step.
An electrical coolant pump for conveying coolant in a vehicle, comprising: a pump housing with a pump chamber in which a pump impeller is rotatably received, an inlet and an outlet which are connected to the pump chamber ; a shaft which is rotatably mounted on the pump housing and on which the pump impeller is fixed; wherein a radial support of the shaft is provided by means of a coolant-lubricated radial sliding bearing disposed between the pump impeller and the rotor ; a non-lubricated electric motor with a radially inner stator and a radially outer rotor is received in a motor chamber that is separated from the pump chamber ; a shaft seal is disposed between the radial sliding bearing and the motor chamber ; and the rotor is formed in a bell shape, the inner surface of which faces the shaft seal and is fixed therewith in an axially overlapping manner on the shaft ; characterized in that the motor chamber has an opening toward the atmosphere which is closed by a liquid-tight and vapour-permeable pressure equalisation membrane , and an axial bearing of the shaft is provided by an axial sliding bearing which is disposed upstream of the pump impeller in a flow direction of the coolant. a pump housing with a pump chamber in which a pump impeller is rotatably received, an inlet and an outlet which are connected to the pump chamber ; a shaft which is rotatably mounted on the pump housing and on which the pump impeller is fixed; wherein a radial support of the shaft is provided by means of a coolant-lubricated radial sliding bearing disposed between the pump impeller and the rotor ; a non-lubricated electric motor with a radially inner stator and a radially outer rotor is received in a motor chamber that is separated from the pump chamber ; a shaft seal is disposed between the radial sliding bearing and the motor chamber ; and the rotor is formed in a bell shape, the inner surface of which faces the shaft seal and is fixed therewith in an axially overlapping manner on the shaft ; characterized in that the motor chamber has an opening toward the atmosphere which is closed by a liquid-tight and vapour-permeable pressure equalisation membrane , and an axial bearing of the shaft is provided by an axial sliding bearing which is disposed upstream of the pump impeller in a flow direction of the coolant.
An orthopedic plate , comprising: a body with a first end , a second end , and a central portion extending between the first end and the second end ; a first pair of lobes at the first end ; a second pair of lobes at the second end ; a securing mechanism extending away from a bottom surface of the central portion, wherein the securing mechanism comprises: a base portion extending in an inferior direction from the bottom surface of the body and between a first side of the body and a second side of the body in a medial-lateral direction; at least two opposing extension members projecting from the base portion to an insertion end ; and wherein each of the two opposing extension members comprise at least two retaining members , the at least two retaining members are positioned along an end of each of the two opposing extension members , and wherein at least one first retaining member of the at least two retaining members extends away from the extension members in a proximal direction and at least one second retaining member of the at least two retaining members extends away from the extension members in a distal direction; and at least one threaded screw hole in the orthopedic plate . a body with a first end , a second end , and a central portion extending between the first end and the second end ; a first pair of lobes at the first end ; a second pair of lobes at the second end ; a securing mechanism extending away from a bottom surface of the central portion, wherein the securing mechanism comprises: a base portion extending in an inferior direction from the bottom surface of the body and between a first side of the body and a second side of the body in a medial-lateral direction; at least two opposing extension members projecting from the base portion to an insertion end ; and wherein each of the two opposing extension members comprise at least two retaining members , the at least two retaining members are positioned along an end of each of the two opposing extension members , and wherein at least one first retaining member of the at least two retaining members extends away from the extension members in a proximal direction and at least one second retaining member of the at least two retaining members extends away from the extension members in a distal direction; and a base portion extending in an inferior direction from the bottom surface of the body and between a first side of the body and a second side of the body in a medial-lateral direction; at least two opposing extension members projecting from the base portion to an insertion end ; and wherein each of the two opposing extension members comprise at least two retaining members , the at least two retaining members are positioned along an end of each of the two opposing extension members , and wherein at least one first retaining member of the at least two retaining members extends away from the extension members in a proximal direction and at least one second retaining member of the at least two retaining members extends away from the extension members in a distal direction; and at least one threaded screw hole in the orthopedic plate .
Fastening assembly - with a first component which has at least one undercut groove , - with a second component which has a base element and which on a rear side of the base element has an engagement element projecting from a rear surface of the rear side , - wherein the engagement element can engage with the groove , - wherein the engagement element has a hammerhead portion , - wherein the hammerhead portion is aligned relative to the groove in an insertion position of the second component such that the hammerhead portion can be inserted into the groove and - wherein the hammerhead portion is aligned relative to the groove in an assembled position of the second component such that the hammerhead portion fits against at least one undercut of the groove , - wherein a positioning device is provided which holds the second component in the assembled position in a form-fitting and/or force-fitting manner, - wherein the positioning device has at least one spring element which engages at least partially in the groove of the first component in the assembled position of the second component , characterised in that - the spring element is formed by a region with a reduced wall thickness, i.e. a region which has a smaller wall thickness than the parts of the second component which do not belong to the spring element , - a bolt portion as a rotation-limiting element has a cross-section which has two two corner regions with flanks adjoining therein and two circular arc regions connecting the two corner regions to one another respectively, - the second component has a magnet holder as a holding device . - with a first component which has at least one undercut groove , - with a second component which has a base element and which on a rear side of the base element has an engagement element projecting from a rear surface of the rear side , - wherein the engagement element can engage with the groove , - wherein the engagement element has a hammerhead portion , - wherein the hammerhead portion is aligned relative to the groove in an insertion position of the second component such that the hammerhead portion can be inserted into the groove and - wherein the hammerhead portion is aligned relative to the groove in an assembled position of the second component such that the hammerhead portion fits against at least one undercut of the groove , - wherein a positioning device is provided which holds the second component in the assembled position in a form-fitting and/or force-fitting manner, - wherein the positioning device has at least one spring element which engages at least partially in the groove of the first component in the assembled position of the second component , - the spring element is formed by a region with a reduced wall thickness, i.e. a region which has a smaller wall thickness than the parts of the second component which do not belong to the spring element , - a bolt portion as a rotation-limiting element has a cross-section which has two two corner regions with flanks adjoining therein and two circular arc regions connecting the two corner regions to one another respectively, - the second component has a magnet holder as a holding device .
A flexible mount converter for fabricating absorbent articles , characterized in that the flexible mount converter comprises: a. a machine direction, a cross direction, a drive side, an operator side, a top side, a left end, and a right end; b. a length in the machine direction and a width in the cross direction; c. a drive side and an operator side; d. a base supporting a horizontal rail mount system ; e. two or more modular unit operations removeably mountable to the horizontal rail mount system in a close-coupled manner, such that a distance between adjacent modular unit operations is less than 1 m; f. complete access guarding ; and g. a virtual mirror plate formed of a plurality of plates selected from the group consisting of scab plates, barrier plates, or combinations thereof, wherein the virtual mirror plates are supported by vertical and/or horizontal members attached to the flexible mount converter; wherein the flexible mount converter is capable of producing an absorbent article that comprises the web. a. a machine direction, a cross direction, a drive side, an operator side, a top side, a left end, and a right end; b. a length in the machine direction and a width in the cross direction; c. a drive side and an operator side; d. a base supporting a horizontal rail mount system ; e. two or more modular unit operations removeably mountable to the horizontal rail mount system in a close-coupled manner, such that a distance between adjacent modular unit operations is less than 1 m; f. complete access guarding ; and g. a virtual mirror plate formed of a plurality of plates selected from the group consisting of scab plates, barrier plates, or combinations thereof, wherein the virtual mirror plates are supported by vertical and/or horizontal members attached to the flexible mount converter;