mhurhangee/patent-ind-claim-en huggingface dataset:
An RFID tag board comprising: an insulating substrate with an upper surface and a lower surface with a recess ; an upper surface conductor on the upper surface of the insulating substrate ; a ground conductor on the lower surface of the insulating substrate , the ground conductor being electrically connected to the upper surface conductor by a short-circuit portion through conductor that penetrates the insulating substrate in a thickness direction; a capacitance conductor in the insulating substrate , the capacitance conductor facing a portion of the upper surface conductor with a portion of the insulating substrate interposed therebetween; a capacitance portion through conductor that penetrates the insulating substrate in the thickness direction from the capacitance conductor to the ground conductor ; and a first electrode and a second electrode in the recess , the first electrode being electrically connected to the capacitance conductor or the ground conductor by a first connection conductor and the second electrode being electrically connected to the upper surface conductor via a second connection conductor , wherein the capacitance conductor is electrically connected to the ground conductor via the capacitance portion through conductor , and wherein the capacitance conductor has a function of imparting a predetermined static capacitance to the upper surface conductor . an insulating substrate with an upper surface and a lower surface with a recess ; an upper surface conductor on the upper surface of the insulating substrate ; a ground conductor on the lower surface of the insulating substrate , the ground conductor being electrically connected to the upper surface conductor by a short-circuit portion through conductor that penetrates the insulating substrate in a thickness direction; a capacitance conductor in the insulating substrate , the capacitance conductor facing a portion of the upper surface conductor with a portion of the insulating substrate interposed therebetween; a capacitance portion through conductor that penetrates the insulating substrate in the thickness direction from the capacitance conductor to the ground conductor ; and a first electrode and a second electrode in the recess , the first electrode being electrically connected to the capacitance conductor or the ground conductor by a first connection conductor and the second electrode being electrically connected to the upper surface conductor via a second connection conductor , wherein the capacitance conductor is electrically connected to the ground conductor via the capacitance portion through conductor , and wherein the capacitance conductor has a function of imparting a predetermined static capacitance to the upper surface conductor .
A fuel cell fluid transport plate (12; 14) comprising a generally planar body having a total area A defined by a length L and a width W of the body; a first portion of the total area A being configured for directing flow of a fuel cell coolant into or out of the fluid transport plate (12; 14), the first portion having a dimension c, a second portion of the total area A being configured for sealing edges of the fluid transport plate (12; 14), the second portion having a dimension s, a third portion of the total area A being configured for directing flow of fuel cell reactants, that is defined by the amount of the length L that is available after the portions having the dimensions s and c are removed multiplied by the amount of the width W that remains after corresponding portions having the dimension s are removed, wherein the third portion constitutes an active area of the fluid transport plate (12; 14) that is usable for the electrochemical fuel cell reaction, and wherein the ratio r = L / W satisfies the equation r = 1 + c/ 2 s .
Covering assembly comprising a plate device designed to be able to carry a lamp able to be mounted on a bottom layer of a ceiling system, said plate device having a plate able to rest on said bottom layer so as to transmit its own load and the load of the lamp to a supporting structure of the ceiling system, characterized in that the plate has at least three protuberances and/or cavities provided to take at least three tubular rods in an upright position with respect to said plate device, and in that the covering assembly comprises another plate and at least three tube portions , the tubes each being fitted with one end in one of the plates and with the other end in the other of the plates so as to create an empty space around the lamp .
A fan wheel having blades arranged in a distributed manner over the circumference, which are connected to one another in the circumferential direction by means of at least one ring (1*, 6*, 71*), the fan wheel consisting of at least three segments (I to VII), which are constructed in one piece and in each case have at least one ring section of at least one ring (1*, 6*, 71*) and either one blade or at least one section of blades and are joined to form the fan wheel, in which at least the ring section/the ring sections adjoin by way of edges (4, 9, 74 and 5, 10, 75) that lie transverse to the circumferential direction of the fan wheel and form joining regions , at least one edge (4, 9, 74 and 5, 10, 75) of a ring section of each segment (I to VII) being provided with at least one projecting positive-fitting part (25, 25*, 18) and at least one edge (4, 9, 74 and 5, 10, 75) of a ring section of each segment (I to VII) is provided with at least one depression (26, 26*, 17) that is at least approximately complementary to the positive-fitting part (25, 25*, 18), characterized in that the positive-fitting part (25, 25*, 18) tapers in the direction of its free end, in that the transition at least of the one side surface of the positive-fitting part (25, 25*, 18) into the edge (4, 9, 74 and 5, 10, 75) of the ring section takes place in a curved manner, and in that the edges delimiting the depression (26, 26*, 17) taper in the direction of the free end thereof.
An arrangement for intraoral X-ray imaging comprising at least an image plate for the intraoral imaging, an X-ray device for producing an X-ray image of an object examined on the image plate, a reading device for reading image information contained in the image plate, and data processing means , wherein the reading device comprises reading and writing means for remotely reading from a tag and for remotely writing to the tag, wherein the tag is attached to the image plate, and wherein said tag contains information for controlling the arrangement in such manner that, when the arrangement has read the information in the tag, the arrangement is adapted to perform at least one operation controlled by said information read, wherein the information in the tag comprises position information that indicates a position of the image plate with respect to teeth of a patient and the at least one operation comprises that the reading device delivers said image information and the position information to the data processing means and the data processing means attach the image information in an appropriate location on an image template representing the teeth of the patient, wherein said appropriate location is that to which said image information relates according to the position information.
A vehicle display assembly comprising: a display configured to graphically depict information ; a printed circuit board (PCB) in communication with the display , the PCB having at least one of a processor and a memory chip ; and a carrier clamped between the display and PCB to form an instrument cluster assembly, the display secured to the carrier at multiple fastening points, the carrier is a metallic structure, characterized in that the at least one of the processor and the memory chip engages the carrier and faces the display , wherein the carrier has an average cross-sectional thickness (T) in a range of 2-5 mm. a display configured to graphically depict information ; a printed circuit board (PCB) in communication with the display , the PCB having at least one of a processor and a memory chip ; and a carrier clamped between the display and PCB to form an instrument cluster assembly, the display secured to the carrier at multiple fastening points, the carrier is a metallic structure, characterized in that the at least one of the processor and the memory chip engages the carrier and faces the display , wherein the carrier has an average cross-sectional thickness (T) in a range of 2-5 mm.
Device for gas sterilization of products, comprising a mixer without moving parts and a sterilization chamber , the sterilization chamber having at least one inlet opening and at least one outlet opening, characterized in that the mixer is arranged in such a way that it is connected to the at least one outlet opening of the sterilization chamber via a first conduit which opens into a first opening in the mixer , and to a second conduit which opens into a second opening in the mixer , to the at least one inlet opening of the sterilization chamber , and a third gas-supplying line opens into a third opening in the mixer , wherein the device additionally comprises a gas-supplying bypass line with a valve , the gas-supplying bypass line being arranged in such a way that it bypasses the mixer and opens directly into the sterilization chamber .
A vehicle, characterized by comprising: a pattern light projection unit that projects light of a predetermined pattern to a projection spot (P); a control unit that controls the vehicle in accordance with deformation of the predetermined pattern according to a shape of the projection spot, characterized in that the vehicle is a work vehicle including a work unit for executing a predetermined work, the pattern light projection unit projects the light of the predetermined pattern to a spot where the work unit works, and the control unit controls the work unit in accordance with the deformation of the pattern. a pattern light projection unit that projects light of a predetermined pattern to a projection spot (P); a control unit that controls the vehicle in accordance with deformation of the predetermined pattern according to a shape of the projection spot, characterized in that the vehicle is a work vehicle including a work unit for executing a predetermined work, the pattern light projection unit projects the light of the predetermined pattern to a spot where the work unit works, and the control unit controls the work unit in accordance with the deformation of the pattern.
A process for preparing isocyanates by reacting the corresponding amines with phosgene, which comprises the steps (a) provision of at least one amine-comprising feed stream and at least one phosgene-comprising feed stream, (b) mixing of the feed streams to form at least one reaction mixture in a mixing zone, (c) reaction of the at least one reaction mixture in a reaction zone and (d) work-up of the product mixture obtained from (c), wherein (iii) the mixing zone and the reaction zone are made up of at least two independently regulatable trains which each comprise at least one mixing unit and at least one reaction unit and are connected in parallel, where "independently regulable" means that the individual, parallel trains can be shut off separately from one another and can each be operated independently of one another. (a) provision of at least one amine-comprising feed stream and at least one phosgene-comprising feed stream, (b) mixing of the feed streams to form at least one reaction mixture in a mixing zone, (c) reaction of the at least one reaction mixture in a reaction zone and (d) work-up of the product mixture obtained from (c), wherein (iii) the mixing zone and the reaction zone are made up of at least two independently regulatable trains which each comprise at least one mixing unit and at least one reaction unit and are connected in parallel, where "independently regulable" means that the individual, parallel trains can be shut off separately from one another and can each be operated independently of one another. (iii) the mixing zone and the reaction zone are made up of at least two independently regulatable trains which each comprise at least one mixing unit and at least one reaction unit and are connected in parallel, where "independently regulable" means that the individual, parallel trains can be shut off separately from one another and can each be operated independently of one another.
Valve nozzle comprising: - a printed circuit board; - at least one coil , wherein the at least one coil is integrated into the printed circuit board; and - a magnet adapted to be movable between a closed position closing the nozzle and an open position opening the nozzle, wherein a movement of the magnet between the closed and the open position is controllable by a magnetic field from the at least one coil . - a printed circuit board; - at least one coil , wherein the at least one coil is integrated into the printed circuit board; and - a magnet adapted to be movable between a closed position closing the nozzle and an open position opening the nozzle, wherein a movement of the magnet between the closed and the open position is controllable by a magnetic field from the at least one coil .
A combing machine having at least one combing unit (X1-X16) for combing out fiber material (Z) supplied to the combing unit in a direction of conveyance (F), wherein the combing unit has a gripper unit with a lower gripper plate and an upper gripper plate mounted so that it is movable relative to the lower gripper plate, and the lower gripper plate has on its top side a feed trough with an insertion area (EF), wherein a rotatably mounted feed cylinder protrudes into the feed trough , the fiber material (Z), which is connected to the feed trough being supplied to a gripper lip mounted on the front end of the lower gripper plate , characterized in that a rear guide area (HF) is adjacent to the insertion area (EF) to the feed trough - as seen in a direction opposite the direction of conveyance (F) of the fiber material (Z) - wherein the insertion area (EF) and the rear guide area (HF) forms an obtuse angle β and the rear guide area (HF) - as seen in the direction of conveyance (F) of the fiber material (Z) - has a falling inclination at an angle α ≥ 35° with respect to a horizontal plane (E).
A tire with a tread formed with tread elements including a dual angled chamfer , the tire comprising: a pair of sidewalls extending radially outward to a tread for ground engagement; a plurality of circumferentially extending grooves extending about the tread and defining a plurality of ribs ; a plurality of laterally extending grooves cooperating with the circumferential grooves to divide the ribs into tread elements ; and a plurality of selected tread elements being formed with a dual angled chamfer , wherein each of the selected tread elements includes a body , a radially outer surface for ground-engagement, a chamfer side and a dual angled chamfer being formed in the body between the radially outer surface and the chamfer side ; wherein the dual angled chamfer includes a first line extending from a first point on the chamfer side to a terminus , and a second line extending from a second point on the radially outer surface to the terminus ; characterized in that the first line extends from the first point to the terminus at an angle in a range of from 20 to 25 degrees relative to a line that extends parallel to the radially outer surface , and in that the second line extends from the second point to the terminus at an angle in a range of from 20 to 25 degrees relative to a line that extends parallel to the chamfer side . a pair of sidewalls extending radially outward to a tread for ground engagement; a plurality of circumferentially extending grooves extending about the tread and defining a plurality of ribs ; a plurality of laterally extending grooves cooperating with the circumferential grooves to divide the ribs into tread elements ; and a plurality of selected tread elements being formed with a dual angled chamfer , wherein each of the selected tread elements includes a body , a radially outer surface for ground-engagement, a chamfer side and a dual angled chamfer being formed in the body between the radially outer surface and the chamfer side ; wherein the dual angled chamfer includes a first line extending from a first point on the chamfer side to a terminus , and a second line extending from a second point on the radially outer surface to the terminus ; characterized in that the first line extends from the first point to the terminus at an angle in a range of from 20 to 25 degrees relative to a line that extends parallel to the radially outer surface , and in that the second line extends from the second point to the terminus at an angle in a range of from 20 to 25 degrees relative to a line that extends parallel to the chamfer side .
A generator rotor for a generator , in particular a slowly rotating generator, of a wind turbine or a hydroelectric power plant , comprising a rotor belt for holding a plurality of pole shoes, a hub flange for fixing the generator rotor to a shaft, in particular a main shaft or a transmission shaft, of the wind turbine , or for fixing to a number of turbine blades of the hydroelectric power plant , and a carrier structure which is respectively non-rotatably connected to the rotor belt on the one hand and to the hub flange on the other hand, wherein the rotor belt comprises a metallic material having a first degree of damping (D 1 ) and at least one of: the carrier structure or the hub flange partially or completely comprises a material having a second degree of damping (D 2 ), wherein the second degree of damping (D 2 ) is higher than the first degree of damping (D 1 ), wherein a separating gap is provided between the rotor belt and the carrier structure , and wherein the carrier structure is connected to the rotor belt along the separating gap in force-locking or positively locking relationship but not in material-bonded relationship, and a separating gap is provided between the carrier structure and the hub flange and wherein the carrier structure is connected to the hub flange along the separating gap in force-locking or positively locking relationship, but not in material-bonded relationship. a rotor belt for holding a plurality of pole shoes, a hub flange for fixing the generator rotor to a shaft, in particular a main shaft or a transmission shaft, of the wind turbine , or for fixing to a number of turbine blades of the hydroelectric power plant , and a carrier structure which is respectively non-rotatably connected to the rotor belt on the one hand and to the hub flange on the other hand, wherein the rotor belt comprises a metallic material having a first degree of damping (D 1 ) and at least one of: the carrier structure or the hub flange partially or completely comprises a material having a second degree of damping (D 2 ), wherein the second degree of damping (D 2 ) is higher than the first degree of damping (D 1 ), wherein a separating gap is provided between the rotor belt and the carrier structure , and wherein the carrier structure is connected to the rotor belt along the separating gap in force-locking or positively locking relationship but not in material-bonded relationship, and a separating gap is provided between the carrier structure and the hub flange and wherein the carrier structure is connected to the hub flange along the separating gap in force-locking or positively locking relationship, but not in material-bonded relationship.
A photovoltaic air-conditioning system, comprising a photovoltaic battery, a switch module, an inverter circuit, a rectification circuit and a compressor inverter, characterized in that , the switch module comprises a first switch (K1) and a second switch (K2); one end of the first switch and one end of the second switch, both of which are configured to be input ends of the switch module, are configured to be connected electrically with the power grid; another end of the first switch, which is configured to be a first output end of the switch module, is electrically connected to a first input/output end of the inverter circuit; another end of the second switch, which is configured to be a second output end of the switch module, is electrically connected to an input end of the rectification circuit; an output end of the rectification circuit is electrically connected to an input end of the compressor inverter; the input end of the switch module is not simultaneously conducting with both of the first output end and the second output end of the switch module; when the input end of the switch module is conducting with the first output end of the switch module, the power grid is connected to the photovoltaic battery; when the input end of the switch module is conducting with the second output end of the switch module, the power grid is connected to a compressor of an air conditioner.
A battery monitoring device comprising: an electrolyte level sensor comprising a probe , a temperature sensor , a voltage sensor , and a wireless communications unit , a head unit , the probe extending from the head unit , characterized in that the head unit comprises the temperature sensor , voltage sensor , and wireless communications unit . an electrolyte level sensor comprising a probe , a temperature sensor , a voltage sensor , and a wireless communications unit , a head unit , the probe extending from the head unit , characterized in that the head unit comprises the temperature sensor , voltage sensor , and wireless communications unit .
Chaff cutter , comprising a central unit with at least two chaff cutting units arranged, in working position, at least partially laterally opposite a vehicle supporting and/or towing the chaff cutter , wherein each chaff cutting unit has a tool carrier rotor with an axis substantially parallel to the ground to be worked and the central unit has a gear box arranged substantially on the centre line of the central unit , which is drivable by a drive shaft of the supporting and/or towing vehicle, wherein each side chaff cutting unit is connected to a central unit of the machine by means of a support arm and a drawbar , and the tool carrier rotor is driven by means of a drive shaft , characterized in that the drive shaft has a first cardan coupling , and in that , for each side chaff cutting unit , the support arm and the drawbar have a single axis of rotation , and the first cardan coupling is arranged on the single axis of rotation , and in that , between the single axis of rotation and the gear, the drive shaft has at least one second cardan coupling .