mhurhangee/patent-ind-claim-en huggingface dataset:
A light source assembly, comprising: a radiator and an LED light source ; the radiator is a radiator of semicircular column, wherein the LED light source is attached on the horizontal end face of the radiator characterized in that the LED light source is attached on the horizontal end face of the radiator through a graphene-containing heat-conducting silicone grease, wherein the semicircular entire outer surface of the semicircular column of the radiator is sprayed with a graphene-containing fluororesin material, wherein the semicircular surface of the radiator is shaped into a hollow grille. wherein the LED light source is attached on the horizontal end face of the radiator characterized in that the LED light source is attached on the horizontal end face of the radiator through a graphene-containing heat-conducting silicone grease, wherein the semicircular entire outer surface of the semicircular column of the radiator is sprayed with a graphene-containing fluororesin material, wherein the semicircular surface of the radiator is shaped into a hollow grille.
An electrochemical cell comprising: - a flat positive plate composed of a positive grid formed of virgin lead or high purity lead or highly purified secondary lead and a positive battery paste disposed on the positive grid , the positive battery paste comprising a lead-containing composition, a positive plate paste vehicle, and a polyvinylsulfonate additive, wherein the virgin lead or high purity lead or highly purified secondary lead is in the range of 99.9% to 99.99% lead; - a flat negative plate composed of a negative grid and a negative battery paste disposed on the negative grid , the negative battery paste comprising a lead-containing composition and a negative plate paste vehicle; - an absorbent glass mat interleaved between the flat positive plate and the flat negative plate ; and - an electrolyte in a container and retained in the absorbent glass mat , the electrolyte including phosphoric acid, wherein the phosphoric acid is present in the electrolyte in a range of from 0.1 g/L to 0.5 g/L. - a flat positive plate composed of a positive grid formed of virgin lead or high purity lead or highly purified secondary lead and a positive battery paste disposed on the positive grid , the positive battery paste comprising a lead-containing composition, a positive plate paste vehicle, and a polyvinylsulfonate additive, wherein the virgin lead or high purity lead or highly purified secondary lead is in the range of 99.9% to 99.99% lead; - a flat negative plate composed of a negative grid and a negative battery paste disposed on the negative grid , the negative battery paste comprising a lead-containing composition and a negative plate paste vehicle; - an absorbent glass mat interleaved between the flat positive plate and the flat negative plate ; and - an electrolyte in a container and retained in the absorbent glass mat , the electrolyte including phosphoric acid, wherein the phosphoric acid is present in the electrolyte in a range of from 0.1 g/L to 0.5 g/L.
The use of dill oil as a potentiator for a pyrethrin insecticide, wherein the dill oil is obtained from Anethum sowa.
Bottling apparatus in aseptic conditions for containers made of thermoplastic material, comprising: at least one mobile organ (23; 24; 25) partially located in a contamination-controlled environment that is isolated from an external environment ; an actuation device for actuating said at least one mobile organ (23; 24; 25), characterised in that said actuation device comprises a linear motor in turn comprising: a cylindrical stator ; a rotor or magnetic shaft linearly sliding in said cylindrical stator and spaced thereto in such a way that between the cylindrical stator and the rotor a separation volume is obtained, said rotor being integrally connected to the mobile organ (23; 24; 25); at least one grooved surface exposing within the separation volume in order to allow a sanitizing fluid to enter and to exit from said separation volume. at least one mobile organ (23; 24; 25) partially located in a contamination-controlled environment that is isolated from an external environment ; an actuation device for actuating said at least one mobile organ (23; 24; 25), characterised in that said actuation device comprises a linear motor in turn comprising: a cylindrical stator ; a rotor or magnetic shaft linearly sliding in said cylindrical stator and spaced thereto in such a way that between the cylindrical stator and the rotor a separation volume is obtained, said rotor being integrally connected to the mobile organ (23; 24; 25); at least one grooved surface exposing within the separation volume in order to allow a sanitizing fluid to enter and to exit from said separation volume. a cylindrical stator ; a rotor or magnetic shaft linearly sliding in said cylindrical stator and spaced thereto in such a way that between the cylindrical stator and the rotor a separation volume is obtained, said rotor being integrally connected to the mobile organ (23; 24; 25); at least one grooved surface exposing within the separation volume in order to allow a sanitizing fluid to enter and to exit from said separation volume.
A wind deflector for a windscreen wiper system of an automobile, in which a windscreen cleaning device with at least one nozzle for cleaning a windscreen is integrated, and which includes a wind deflector contour , by means of which an airflow can be guided in the area of an associated wiper arm and a wiper blade , wherein the wind deflector includes at least one wind guiding element or a bump , which is arranged in the area of the associated nozzle and convexly protrudes towards the windscreen , on its side facing the wiper blade , wherein the nozzle is integrated in the associated wind guiding element or in the associated bump , characterized in that a protective channel enlarged in cross-section with respect to the nozzle is integrated in the wind guiding element or in the bump . the wind deflector includes at least one wind guiding element or a bump , which is arranged in the area of the associated nozzle and convexly protrudes towards the windscreen , on its side facing the wiper blade , wherein the nozzle is integrated in the associated wind guiding element or in the associated bump , characterized in that a protective channel enlarged in cross-section with respect to the nozzle is integrated in the wind guiding element or in the bump .
An integrated body fluid sampling meter comprising: a meter housing (100; 600; 1010; 1200; 1100); a cartridge (102; 200; 1300; 602; 703; 1210; 1110; 1606) insertable into the meter housing and comprising a plurality of sampling arrangements (206; 1302; 300; 400; 2200; 1700; 816; 705; 1400; 1500; 1602; 1800; 1900; 2000; 2006; 2014); wherein the plurality of sampling arrangements includes a first sampling arrangement moveable between a pre-fired position and a rest position; and an imaging assembly in the meter housing, the imaging assembly configured to image different portions of the first sampling arrangement as the first sampling arrangement moves between the pre-fired position and the rest position. a meter housing (100; 600; 1010; 1200; 1100); a cartridge (102; 200; 1300; 602; 703; 1210; 1110; 1606) insertable into the meter housing and comprising a plurality of sampling arrangements (206; 1302; 300; 400; 2200; 1700; 816; 705; 1400; 1500; 1602; 1800; 1900; 2000; 2006; 2014); wherein the plurality of sampling arrangements includes a first sampling arrangement moveable between a pre-fired position and a rest position; and an imaging assembly in the meter housing, the imaging assembly configured to image different portions of the first sampling arrangement as the first sampling arrangement moves between the pre-fired position and the rest position.
Sliding door system with a sliding door ; which sliding door is displaceable along a running rail relative to a stationarily arranged activation member up to a closing position; which sliding door comprises a door leaf ; which sliding door comprises at least two carriages , - which each comprise a carriage body and running elements , - which each are connected to the door leaf , and - which each are held in the running rail displaceable in parallel to the longitudinal axis of the running rail ; which sliding door is equipped with an activatable sealing device , which comprises an extractable sealing strip and an actuating element ; which sliding door is equipped with a transmission device , which comprises a transmission element ; and wherein the activation member and the transmission device are arranged such, that, when the sliding door enters into the closing position, a force is transmissible from the activation part via the transmission element to the actuating element in order to eject the sealing strip , characterized in that a stationarily arranged buffer device is provided, which is provided to stop the sliding door in the closed position and which comprises the activation part and, that the buffer device comprises a buffer body and that the activation member is connected or connectable to the buffer body or is an integral part of the buffer body . which sliding door is displaceable along a running rail relative to a stationarily arranged activation member up to a closing position; which sliding door comprises a door leaf ; which sliding door comprises at least two carriages , - which each comprise a carriage body and running elements , - which each are connected to the door leaf , and - which each are held in the running rail displaceable in parallel to the longitudinal axis of the running rail ; - which each comprise a carriage body and running elements , - which each are connected to the door leaf , and - which each are held in the running rail displaceable in parallel to the longitudinal axis of the running rail ; which sliding door is equipped with an activatable sealing device , which comprises an extractable sealing strip and an actuating element ; which sliding door is equipped with a transmission device , which comprises a transmission element ; and wherein the activation member and the transmission device are arranged such, that, when the sliding door enters into the closing position, a force is transmissible from the activation part via the transmission element to the actuating element in order to eject the sealing strip , characterized in that a stationarily arranged buffer device is provided, which is provided to stop the sliding door in the closed position and which comprises the activation part and, that the buffer device comprises a buffer body and that the activation member is connected or connectable to the buffer body or is an integral part of the buffer body .
A device for collision detection of a movable part of a piece of furniture with an obstacle comprising - a controller for a drive device for the movable part of the furniture, and - a sensor characterized by a first sensor region connectable to a first furniture part and a second sensor region connectable to a second furniture part , wherein the furniture parts are either parts of the movable part of the piece of furniture or the fixed part of the piece of furniture, wherein a relative movement occurring between the first and second sensor regions , transmitted by a deformation and/or movement of the first and second furniture parts relative to each other, is detectable, and wherein the sensor comprises a one-piece sensor body which is carrier of a sensor element, wherein the first sensor region is configured for attachment to a table top of a height-adjustable table or is fixedly connected to the controller which is configured for attachment to the table top , and wherein the second sensor region is designed for attachment to a table frame of the height-adjustable table. - a controller for a drive device for the movable part of the furniture, and - a sensor characterized by a first sensor region connectable to a first furniture part and a second sensor region connectable to a second furniture part , wherein the furniture parts are either parts of the movable part of the piece of furniture or the fixed part of the piece of furniture,
A control device for a vehicle tailgate comprising: a. a first gear arrangement ; b. a drive cup connected to the first gear arrangement , wherein the drive cup is releasably connectable to a truck box of the vehicle; c. a motor ; d. a second gear arrangement connected to the motor ; e. a clutch arrangement connected to the second gear arrangement , the clutch arrangement moveable between an engaged position and a disengaged position, such that in the engaged position, the clutch arrangement couples the first gear arrangement with the second gear arrangement and in the disengaged position, the first gear arrangement and the second gear arrangement are not coupled, wherein a controller is configured to command the clutch arrangement to move between the engaged position and the disengaged position; and f. the controller configured to command the motor to rotate the second gear arrangement according to a predetermined number of rotations, the controller comprising an electric current sensor for sending a signal to the motor to stop and reverse the direction of rotation when the current draw of the motor exceeds a pre-set value; g. wherein the control device is positionable within the vehicle tailgate and the tailgate is reversibly removable from the vehicle when the tailgate is at a predetermined angle of removal; h. a rotary damper that is coupled with the first gear arrangement , wherein the rotary damper limits a rotational rate of the first gear arrangement when the clutch arrangement is in the disengaged position. a. a first gear arrangement ; b. a drive cup connected to the first gear arrangement , wherein the drive cup is releasably connectable to a truck box of the vehicle; c. a motor ; d. a second gear arrangement connected to the motor ; e. a clutch arrangement connected to the second gear arrangement , the clutch arrangement moveable between an engaged position and a disengaged position, such that in the engaged position, the clutch arrangement couples the first gear arrangement with the second gear arrangement and in the disengaged position, the first gear arrangement and the second gear arrangement are not coupled, wherein a controller is configured to command the clutch arrangement to move between the engaged position and the disengaged position; and f. the controller configured to command the motor to rotate the second gear arrangement according to a predetermined number of rotations, the controller comprising an electric current sensor for sending a signal to the motor to stop and reverse the direction of rotation when the current draw of the motor exceeds a pre-set value; g. wherein the control device is positionable within the vehicle tailgate and the tailgate is reversibly removable from the vehicle when the tailgate is at a predetermined angle of removal; h. a rotary damper that is coupled with the first gear arrangement , wherein the rotary damper limits a rotational rate of the first gear arrangement when the clutch arrangement is in the disengaged position.
A printhead dispensing a deposition material for three-dimensional fabrication comprising: a first heating plate constituting a first side wall portion being a part of a side wall of a flow path for flowing a deposition material, and heating the deposition material in the flow path; a closing plate or a second heating plate constituting a second side wall portion , the second side wall portion being a part of the side wall of the flow path other than the first side wall portion; a flow path structure body , the flow path structure body comprising a plurality of plates having a through-hole of almost the same shape respectively, and the plurality of plates being bonded together so as to form a third side wall portion with peripheral walls of the through-holes, the third side wall portion being a part of the side wall of the flow path other than the first side wall portion and the second side wall portion ; a discharge opening communicating with the flow path and formed on one tip of the flow path; and a material supply opening communicating with the flow path and formed on another tip of the flow path; wherein one end side of the through-hole is closed by the first heating plate , and another end side of the through-hole is closed by the closing plate or the second heating plate, thereby the flow path being formed. a first heating plate constituting a first side wall portion being a part of a side wall of a flow path for flowing a deposition material, and heating the deposition material in the flow path; a closing plate or a second heating plate constituting a second side wall portion , the second side wall portion being a part of the side wall of the flow path other than the first side wall portion; a flow path structure body , the flow path structure body comprising a plurality of plates having a through-hole of almost the same shape respectively, and the plurality of plates being bonded together so as to form a third side wall portion with peripheral walls of the through-holes, the third side wall portion being a part of the side wall of the flow path other than the first side wall portion and the second side wall portion ; a discharge opening communicating with the flow path and formed on one tip of the flow path; and a material supply opening communicating with the flow path and formed on another tip of the flow path; wherein one end side of the through-hole is closed by the first heating plate , and another end side of the through-hole is closed by the closing plate or the second heating plate, thereby the flow path being formed.
An integrated device comprising: a first netlist structure (202; 602; 902; 1602) for a power distribution network, PDN, of the integrated device, the first netlist structure defined as a first set of interconnects , a first set of active elements and/or a first set of passive elements that form a first circuit of the integrated device, the first netlist structure being provided in a first contiguous set of regions of a first metal layer (704; 810; 1400; 1600); a second netlist structure (204; 604; 904; 1604; 1702) of the PDN of the integrated device, the second netlist structure defined as a second set of interconnects , a second set of active elements and/or a second set of passive elements that form a second circuit of the integrated device, the second netlist structure being provided in a second contiguous set of regions of a second metal layer (706; 814; 1300; 1500; 1700); and a third netlist structure (206; 906; 1606; 2000) of the PDN of the integrated device, the third netlist structure defined as a third set of interconnects, a third set of active elements and/or a third set of passive elements that form a third circuit of the integrated device, the third netlist structure being provided in a third set of regions of the first metal layer and a fourth set of regions of the second metal layer, the third set of regions being non-overlapping with the first set of regions of the first metal layer and the fourth set of regions being non-overlapping with the second set of regions of the second metal layer, the third and fourth sets of regions being coupled by a set of vias. a first netlist structure (202; 602; 902; 1602) for a power distribution network, PDN, of the integrated device, the first netlist structure defined as a first set of interconnects , a first set of active elements and/or a first set of passive elements that form a first circuit of the integrated device, the first netlist structure being provided in a first contiguous set of regions of a first metal layer (704; 810; 1400; 1600); a second netlist structure (204; 604; 904; 1604; 1702) of the PDN of the integrated device, the second netlist structure defined as a second set of interconnects , a second set of active elements and/or a second set of passive elements that form a second circuit of the integrated device, the second netlist structure being provided in a second contiguous set of regions of a second metal layer (706; 814; 1300; 1500; 1700); and a third netlist structure (206; 906; 1606; 2000) of the PDN of the integrated device, the third netlist structure defined as a third set of interconnects, a third set of active elements and/or a third set of passive elements that form a third circuit of the integrated device, the third netlist structure being provided in a third set of regions of the first metal layer and a fourth set of regions of the second metal layer, the third set of regions being non-overlapping with the first set of regions of the first metal layer and the fourth set of regions being non-overlapping with the second set of regions of the second metal layer, the third and fourth sets of regions being coupled by a set of vias.
A method for assessing the state of hair by releasably engaging a first end of hair fibres with a holder so that an opposite, second end of said hair fibres hangs free and applying sufficient force to the first end of the hair fibres such that the hair fibres at the second end are pulled across the holder , wherein the force is in an upwards direction, characterized in that the force is applied by action of an encapsulated gas having a density of less than that of air .
A method performed by a base station for scrambling a broadcast channel, the method characterized by : determining a number of synchronization signal, SS, blocks in each SS block group of an SS burst set, wherein each SS block comprises a primary synchronization signal, PSS, and a secondary synchronization signal, SSS, multiplexed with a physical broadcast channel, PBCH, wherein the PBCH comprises a demodulation reference signal, DMRS; determining a number of bits associated with the PBCH in each SS block; generating a sequence based on the number of SS blocks and the number of bits; partitioning the sequence into sub-sequences based on the number of SS blocks in the SS block group; applying each sub-sequence of the sequence as a scrambling code for the bits associated with the PBCH of a different SS block within the SS block group; and transmitting at least one SS block scrambled with one of the sub-sequences, wherein the DMRS of the at least one SS block comprises a number of least significant bits of an SS block index of the at least one SS block. determining a number of synchronization signal, SS, blocks in each SS block group of an SS burst set, wherein each SS block comprises a primary synchronization signal, PSS, and a secondary synchronization signal, SSS, multiplexed with a physical broadcast channel, PBCH, wherein the PBCH comprises a demodulation reference signal, DMRS; determining a number of bits associated with the PBCH in each SS block; generating a sequence based on the number of SS blocks and the number of bits; partitioning the sequence into sub-sequences based on the number of SS blocks in the SS block group; applying each sub-sequence of the sequence as a scrambling code for the bits associated with the PBCH of a different SS block within the SS block group; and transmitting at least one SS block scrambled with one of the sub-sequences, wherein the DMRS of the at least one SS block comprises a number of least significant bits of an SS block index of the at least one SS block.