mhurhangee/ep-ind-claims huggingface dataset:
Pilot cone for use in a burner arrangement, having a covering which widens downstream along a burner axis and which is passed through by a plurality of cooling air passages (12, 14), and having an internal wall which extends upstream from the upstream end of the covering, having an annular gap which extends at the radially external side along the internal wall, and having a plurality of cooling air openings which produce a connection from the annular gap to the cooling air passages (12, 14), and having an external wall which extends upstream with spacing from the internal wall from the covering and which delimits the annular gap at the radially external side, wherein the internal wall has a plurality of apertures; wherein the total of the cross sectional surface-areas of all the apertures is greater than the total of the cross sectional surface-areas of all the cooling air openings. having a covering which widens downstream along a burner axis and which is passed through by a plurality of cooling air passages (12, 14), and having an internal wall which extends upstream from the upstream end of the covering, having an annular gap which extends at the radially external side along the internal wall, and having a plurality of cooling air openings which produce a connection from the annular gap to the cooling air passages (12, 14), and having an external wall which extends upstream with spacing from the internal wall from the covering and which delimits the annular gap at the radially external side, wherein the internal wall has a plurality of apertures; wherein the total of the cross sectional surface-areas of all the apertures is greater than the total of the cross sectional surface-areas of all the cooling air openings.
Weft fabric for tyres, comprising several textile warp reinforcing elements and several weft reinforcing elements, the weft reinforcing elements interweave the warp reinforcing elements and hairy, characterized in that the moisture regain MR of the weft reinforcing elements is less than or equal to 2.0%, the moisture regain being determined according to standard ASTM D 885/D 885MA of January 2010 and the weft reinforcing elements are such that the number of threadlike elements protruding from the diameter of the weft reinforcing element is greater than or equal to 1250 threadlike elements per 100 metres of weft reinforcing elements, the number of protruding threadlike elements being determined according to a first method of measuring the hairiness in which any threadlike element crossing a line perpendicular to the tangent to the external diameter of the reinforcing element in the direction of the length of the weft reinforcing element is counted.
A coupling assembly for mechanically and optically connecting an endoscope and a camera head, comprising: a image orientation unit having first and second ends, said unit having a first coupler section, which comprises a standard coupler for connecting to a traditional endoscope eyepiece, located at the first end of said unit for detachably coupling said unit to an endoscope with a traditional endoscope eyepiece and a second coupler section, which comprises its own eyepiece, located at the second end of said unit for detachably coupling said unit to a camera head with an eyepiece, coupler; an optical assembly at least partly arranged in said unit for transmitting images therethrough, said optical assembly having at least one rotatable optical element that rotates the optical images; a rotation sensor for monitoring rotation of said optical element: and generating a first signal therefor; an accelerometer arranged in said image orientation unit for monitoring the rotation of said unit and generating a second signal therefor; and a processor connected to said rotation sensor and said accelerometer for receiving the first and second signals and, at least partly based on the first and second signals, calculating the orientation of the images relative to the direction of gravity. a image orientation unit having first and second ends, said unit having a first coupler section, which comprises a standard coupler for connecting to a traditional endoscope eyepiece, located at the first end of said unit for detachably coupling said unit to an endoscope with a traditional endoscope eyepiece and a second coupler section, which comprises its own eyepiece, located at the second end of said unit for detachably coupling said unit to a camera head with an eyepiece, coupler; an optical assembly at least partly arranged in said unit for transmitting images therethrough, said optical assembly having at least one rotatable optical element that rotates the optical images; a rotation sensor for monitoring rotation of said optical element: and generating a first signal therefor; an accelerometer arranged in said image orientation unit for monitoring the rotation of said unit and generating a second signal therefor; and a processor connected to said rotation sensor and said accelerometer for receiving the first and second signals and, at least partly based on the first and second signals, calculating the orientation of the images relative to the direction of gravity.
A non-aqueous patch comprising 0.5 to 7 mass% lidocaine, and a dissolving agent composed of isostearic acid and dipropylene glycol which are contained in a base of plaster, the plaster being held by a support, of which strength of 50% stretched to longitudinal direction is less than 2,000g/50mm and of biaxially-oriented stretch cloth, wherein the adhesive power of the patch, of 180 degree taking off method defined in Z0237 of JIS (Japanese Industrial Standards), is from 0.4N/width 25mm to 5N/width 25mm, and wherein the proportion of dissolving agent and lidocaine is 0.5 to 5 mass% of dissolving agent relative to 1 mass% of lidocaine.
A cobalt complex represented by Formula where R 1 is a silyloxy group represented by Formula where R 6, R 7 and R 8 each independently represent an alkyl group having from 1 to 6 carbon atoms; R 2 is a hydrogen atom, an alkyl group having from 1 to 6 carbon atoms, or a silyloxy group represented by Formula; R 3, R 4 and R 5 each independently represent a hydrogen atom or an alkyl group having from 1 to 6 carbon atoms; and L is a diene having from 4 to 10 carbon atoms. where R 1 is a silyloxy group represented by Formula where R 6, R 7 and R 8 each independently represent an alkyl group having from 1 to 6 carbon atoms; R 2 is a hydrogen atom, an alkyl group having from 1 to 6 carbon atoms, or a silyloxy group represented by Formula; R 3, R 4 and R 5 each independently represent a hydrogen atom or an alkyl group having from 1 to 6 carbon atoms; and L is a diene having from 4 to 10 carbon atoms.
A procedure for the preparation of a pasta, comprising the phases of: i) Preparing a mixture of durum wheat semolina flours consisting of: - an effective quantity of re-ground durum wheat semolina flour, said quantity being comprised from 40 % to 80% in weight, with reference to the total weight of the mixture of the flours; - an effective quantity of durum wheat semolina flour, said quantity being comprised from 60% to 20% in weight, with reference to the total weight of the mixture of the flours; ii) Preparing an effective quantity of at least one vegetable, said quantity being comprised between 25% and 50% in weight, with reference to the total weight of the dough from i)+ii); iii) Steaming the vegetable/s; then, letting the cooked vegetable/s cool at environmental temperature and reducing them to the consistency of a puree; iv) Mixing the mixture of the flours of phase i) with the puree of vegetable/s of phase iii) and kneading; v) Putting the dough obtained in an extruder suitable for the preparation of the pasta and extruding the dough; vi) Drying the extruded pasta. i) Preparing a mixture of durum wheat semolina flours consisting of: - an effective quantity of re-ground durum wheat semolina flour, said quantity being comprised from 40 % to 80% in weight, with reference to the total weight of the mixture of the flours; - an effective quantity of durum wheat semolina flour, said quantity being comprised from 60% to 20% in weight, with reference to the total weight of the mixture of the flours; - an effective quantity of re-ground durum wheat semolina flour, said quantity being comprised from 40 % to 80% in weight, with reference to the total weight of the mixture of the flours; - an effective quantity of durum wheat semolina flour, said quantity being comprised from 60% to 20% in weight, with reference to the total weight of the mixture of the flours; ii) Preparing an effective quantity of at least one vegetable, said quantity being comprised between 25% and 50% in weight, with reference to the total weight of the dough from i)+ii); iii) Steaming the vegetable/s; then, letting the cooked vegetable/s cool at environmental temperature and reducing them to the consistency of a puree; iv) Mixing the mixture of the flours of phase i) with the puree of vegetable/s of phase iii) and kneading; v) Putting the dough obtained in an extruder suitable for the preparation of the pasta and extruding the dough; vi) Drying the extruded pasta.
A wireless communication method performed by a user equipment, UE, the method comprising: being configured with a mobile country code, MCC, information from a network device, wherein the MCC information comprises a list of MCCs; retaining the MCC information even if the UE moves out of a country or a region where the MCC information is provided; transmitting a registration request associated with the MCC information to the network device; and receiving from the network device a registration reject with the MCC information plus a reject cause, wherein the MCC information is associated by the UE with the registration reject. being configured with a mobile country code, MCC, information from a network device, wherein the MCC information comprises a list of MCCs; retaining the MCC information even if the UE moves out of a country or a region where the MCC information is provided; transmitting a registration request associated with the MCC information to the network device; and receiving from the network device a registration reject with the MCC information plus a reject cause, wherein the MCC information is associated by the UE with the registration reject.
A method for the production of a profiled element comprising a step of pressing at least one first material through a forming die in order to obtain a profiled element which has at least one enclosed internal longitudinal cavity, a step being provided of feeding, into said forming die, a second material in the fluid state in order to fill said at least one longitudinal cavity, said second material being selected from the family of polyurethane-based materials, a feeder for said second material in the fluid state being provided which comprises at least one feeding duct made of non-stick polymeric material that leads into a feeding cavity that is formed at said forming die characterized in that said non-stick polymeric material is TEFLON® and said feeding duct is removably inserted into an accommodation duct through said at least one forming die.
A container-handling vehicle for picking up storage containers from a three-dimensional grid of an underlying storage system, comprising a vehicle body and at least one lifting device with a horizontal lifting frame with gripper elements for releasable connection to a storage container, characterized in that: the container-handling vehicle further comprises a transmitter for communicating instructions for controlling the gripper elements, the horizontal lifting frame further comprises a first rechargeable power supply for supplying energy to the gripper elements, and the container handling vehicle has at least one second rechargeable power supply configured to charge the first rechargeable power supply when the horizontal lifting frame is in its top most position, and the at least one second rechargeable power supply is connected to at least one upper charger connector and the first rechargeable power supply is connected to at least one lower charger connector, and the at least one lower charger connector is attached to the upper side of the horizontal lifting frame and from here it is connected to the first rechargeable power supply, wherein the at least one upper charger connector is touching the at least one lower charger connector when the horizontal lifting frame is at its top most position, and wherein the at least one upper charger connector comprises a spring-biased contact probe, a spring, a fixing plate, a wire connecting nut, a contact probe fixing nut, and a fixing nut.
A method performed by a first wireless communication device (704-A) comprising: detecting a trigger for a Medium Access Control, MAC, Control Element, CE, for sidelink communication; and responsive to detecting the trigger, transmitting the MAC CE to a second wireless communication device (704-B), wherein the MAC CE comprises one or more information fields that indicate one or more resources that are not preferred to be used by the second wireless communication device (704-B) for sidelink transmission; wherein the MAC CE comprises information that indicates a type or purpose of the one or more information fields; and wherein the type or purpose is to indicate one or more resources that are not preferred to be used by the second wireless communication device (704-B) for sidelink transmission. detecting a trigger for a Medium Access Control, MAC, Control Element, CE, for sidelink communication; and responsive to detecting the trigger, transmitting the MAC CE to a second wireless communication device (704-B), wherein the MAC CE comprises one or more information fields that indicate one or more resources that are not preferred to be used by the second wireless communication device (704-B) for sidelink transmission; wherein the MAC CE comprises information that indicates a type or purpose of the one or more information fields; and wherein the type or purpose is to indicate one or more resources that are not preferred to be used by the second wireless communication device (704-B) for sidelink transmission.
Surgical instrument, in particular vitrector, having an outer pipe and an inner pipe, wherein the two pipes cooperate in a functional manner, characterised in that the inner pipe comprises a light-conducting material or is coated with such a material and serves to conduct light from the proximal end to or into the region of the distal end, wherein at the front end of the inner pipe the light emission is defined for illuminating an operation location.
Vapour recovery unit for fuel filling stations, comprising: - at least one pumping device adapted to generate a vapour flow between an inlet and an outlet at a variable flow rate as required; - a variable-speed brushless motor adapted to rotatably drive said pumping device, comprising a stator and a rotor; - an electronic control circuit adapted to control said brushless motor for rotating said pumping device at a suitable speed in order to obtain the desired vapour flow rate; said vapour recovery unit being characterized in that: - a single electric cable is comprised, which is connected to said vapour recovery unit, wherein said single cable has three wires or conductors (40A, 40B, 40C) at most and is adapted to supply power to the brushless motor; - said electronic control circuit being connected to said single cable; - said electronic control circuit comprising: - sensors adapted to detect the electromotive force induced on said single cable; - at least one computing unit adapted to determine and monitor the position of the rotor relative to the stator as a function of the data generated by said sensors; and in that - no sensors are housed in the pumping device and/or in the brushless motor for determining the position of the rotor relative to the stator of the brushless motor. - at least one pumping device adapted to generate a vapour flow between an inlet and an outlet at a variable flow rate as required; - a variable-speed brushless motor adapted to rotatably drive said pumping device, comprising a stator and a rotor; - an electronic control circuit adapted to control said brushless motor for rotating said pumping device at a suitable speed in order to obtain the desired vapour flow rate; - a single electric cable is comprised, which is connected to said vapour recovery unit, wherein said single cable has three wires or conductors (40A, 40B, 40C) at most and is adapted to supply power to the brushless motor; - said electronic control circuit being connected to said single cable; - said electronic control circuit comprising: - sensors adapted to detect the electromotive force induced on said single cable; - at least one computing unit adapted to determine and monitor the position of the rotor relative to the stator as a function of the data generated by said sensors; and in that - sensors adapted to detect the electromotive force induced on said single cable; - at least one computing unit adapted to determine and monitor the position of the rotor relative to the stator as a function of the data generated by said sensors; and in that - no sensors are housed in the pumping device and/or in the brushless motor for determining the position of the rotor relative to the stator of the brushless motor.
Control unit for a tow coupling (10; 110) which is or can be arranged on a motor vehicle, which coupling has a coupling element arranged on a coupling arm (14; 114) for coupling a trailer or a load carrier, wherein the control unit (50; 150) has control means for controlling at least one function of the tow coupling (10; 110) and/or evaluation means for evaluating at least one sensor signal of a sensor allocated to the tow coupling (10; 110), wherein the control unit (50; 150) has an operating unit interface for communicating with a mobile operating unit separate from the motor vehicle and the control unit (50; 150), wherein the control unit (50; 150) is designed for communicating with a program module generating a graphic display and/or user interface on a display of the operating unit in particular designed as a mobile telephone, and wherein the control unit (50; 150) is designed for sending at least one status signal representing a status of the tow coupling (10; 110), in particular with the help of the status signal which has generated or is containing the at least one sensor signal, and/or for receiving at least one control signal (81; 81) for controlling the at least one function of the control unit (50; 150) via the operating unit interface, characterised in that it is designed for outputting data, obtained by the trailer or the load carrier via a communications interface, about a parking distance control device of the trailer or the load carrier or a parking assistance device which is designed on the trailer or load carrier, to the operating unit interface.
A device for sensing a phenomenon using a dynamic measurement range, the device comprising: a sensing element configured to measure the phenomenon using a first measurement range and to provide an analog indication of a value of the phenomenon; an analog-to-digital converter, ADC, coupled to the sensing element and configured to convert the analog indication to a digital indication; and a processor coupled to the ADC and the sensing element and configured to analyze the digital indication to determine a second measurement range for the sensing element and to cause the sensing element to change from the first measurement range to the second measurement range for measurement of the phenomenon, the first measurement range being different than the second measurement range, wherein the processor is configured to cause the sensing element to change from the first measurement range to the second measurement range for measurement of the phenomenon based on an expected measurement value of the phenomenon. a sensing element configured to measure the phenomenon using a first measurement range and to provide an analog indication of a value of the phenomenon; an analog-to-digital converter, ADC, coupled to the sensing element and configured to convert the analog indication to a digital indication; and a processor coupled to the ADC and the sensing element and configured to analyze the digital indication to determine a second measurement range for the sensing element and to cause the sensing element to change from the first measurement range to the second measurement range for measurement of the phenomenon, the first measurement range being different than the second measurement range, wherein the processor is configured to cause the sensing element to change from the first measurement range to the second measurement range for measurement of the phenomenon based on an expected measurement value of the phenomenon.
A hang-off system comprising at least one support block that is movable forwardly toward a launch axis for engagement with an elongate element being laid from a vessel into water, wherein: the or each support block comprises an array of plates that together define an engagement face of the support block and are movable relative to each other to conform a contour of the engagement face to a contour of the element; each plate comprises mutually parallel upright side faces joined by an upper face that is narrower than either of the side faces of that plate; and the upper faces of the plates together define an upper face of the support block. the or each support block comprises an array of plates that together define an engagement face of the support block and are movable relative to each other to conform a contour of the engagement face to a contour of the element; each plate comprises mutually parallel upright side faces joined by an upper face that is narrower than either of the side faces of that plate; and the upper faces of the plates together define an upper face of the support block.
A soft wood fiber insulation plate for insulating buildings, in particular for slanted roofs which is provided with a coating on at least one of two main surfaces of the soft wood fiber insulation plate, wherein the wood fiber insulation plate has a raw density in a range of 30 - 250 kg/m 3, characterized in that the soft wood fiber insulation plate is coated so that a friction resistance of a coated surface is increased by at least 10% compared to an identical uncoated soft wood fiber insulation plate, advantageously increased by 15%, particularly advantageously increased by at least 30%, wherein the friction resistance is measured according to standard TAPPI T 549 both for the coated surface and for the identical uncoated soft wood fiber insulation plate, wherein an applied amount of coating compound per square meter plate surface is in a range of 10 to 500 g/m 2 with reference to the solid material after drying at 150° C for 2 hours.
A method of controlling a washing process of a dish washing machine, wherein the dish washing machine comprises a tub and the washing process comprises a main washing cycle, characterized in that the main washing cycle includes at least a first main washing step for spraying heated wash water into the tub, and a second main washing step for alternately spraying steam and unheated wash water into the tub wherein the first main washing step is performed before the second main washing step, and the second main washing step comprises: performing a steam spraying action into a tub; initiating a first water spraying action on a predefined steam zone; and initiating a second water spraying action on a zone outside the predefined steam zone, the first water spraying action beginning prior to the second water spraying action. performing a steam spraying action into a tub; initiating a first water spraying action on a predefined steam zone; and initiating a second water spraying action on a zone outside the predefined steam zone, the first water spraying action beginning prior to the second water spraying action.