mhurhangee/patent-ind-claim-en huggingface dataset:
Roof antenna with a base plate and an outer cover for arranging on a roof of a vehicle, the roof antenna comprising a fastening mechanism which comprises a fastening screw and a fastening claw which interacts with it, the base plate forming a counterholder , on which the fastening claw is fixed, and the fastening claw forming a receiving region for the fastening screw , characterized in that the receiving region is free before the insertion of the fastening screw , with the result that it is possible for the fastening claw to be compressed, and the receiving region being filled by the fastening screw after the insertion of the latter, with the result that the fastening claw cannot be compressed.
Transfer paper suitable for high speed inkjet printing comprising a base layer and a film layer suitable for receiving viscous ink and releasing disperse dye from said viscous ink by having a porosity of 150 to 300 ml/min, wherein the film comprises film forming material, wherein the base layer comprises a base paper having a porosity of more than 1000 ml/min.
Process of manufacturing a component made of fiber-reinforced composite material, comprising the following sequence of steps: a) manufacturing a textile preform from layers of fibrous material , b) preforming and ply-fixing the textile preform in accordance with the desired final contour in component , wherein said step b) comprising forming the textile preform with a forming tool , c) metallizing the textile preform produced in step a) to coat a fiber surface of the fiber material of the textile preform with a metal layer while holding the textile preform against the forming tool according to the desired final contour, and stabilizing and/or fixing layers in the preformed textile preform by the metallization, d) impregnating the metallized textile preform with matrix material and curing. a) manufacturing a textile preform from layers of fibrous material , b) preforming and ply-fixing the textile preform in accordance with the desired final contour in component , wherein said step b) comprising forming the textile preform with a forming tool , c) metallizing the textile preform produced in step a) to coat a fiber surface of the fiber material of the textile preform with a metal layer while holding the textile preform against the forming tool according to the desired final contour, and stabilizing and/or fixing layers in the preformed textile preform by the metallization, d) impregnating the metallized textile preform with matrix material and curing.
A quickshifter-equipped vehicle control unit for use in a quickshifter-equipped vehicle , the vehicle including an engine (E) configured as an internal combustion engine serving as a power source for travel of the vehicle , a shift operation member configured to receive a shift operation performed by a rider (R), a gear transmission connected to the engine (E) and configured to select one speed change gear pair from a plurality of speed change gear pairs in response to the shift operation and shift from one gear position to another gear position, a shift operation sensor configured to detect the shift operation, a main clutch disposed between the engine (E) and the gear transmission , and a clutch actuator configured to actuate the main clutch , the quickshifter-equipped vehicle control unit comprising: an engine speed calculator configured to calculate an engine speed; and a shift controller configured to operate in a quick shift mode and in a normal shift mode, the quick shift mode being a mode in which upon detection of the shift operation, wherein the shift controller is configured to adjust an output of the engine (E) while keeping the main clutch in an engaged state, the normal shift mode being a mode in which upon detection of the shift operation, wherein the shift controller is configured to control the clutch actuator to bring the main clutch into a disengaged state, characterized in that : the shift controller is configured to select the quick shift mode when the engine speed is higher than a predetermined rotational speed threshold, and the shift controller is configured to select the normal shift mode when the engine speed is lower than the rotational speed threshold. an engine speed calculator configured to calculate an engine speed; and a shift controller configured to operate in a quick shift mode and in a normal shift mode, the quick shift mode being a mode in which upon detection of the shift operation, wherein the shift controller is configured to adjust an output of the engine (E) while keeping the main clutch in an engaged state, the normal shift mode being a mode in which upon detection of the shift operation, wherein the shift controller is configured to control the clutch actuator to bring the main clutch into a disengaged state, characterized in that : the shift controller is configured to select the quick shift mode when the engine speed is higher than a predetermined rotational speed threshold, and the shift controller is configured to select the normal shift mode when the engine speed is lower than the rotational speed threshold. the shift controller is configured to select the quick shift mode when the engine speed is higher than a predetermined rotational speed threshold, and the shift controller is configured to select the normal shift mode when the engine speed is lower than the rotational speed threshold.
A light curing device , comprising a plurality of individual LED chips each of which being assigned to a reflector , wherein the respective LED chips are arranged at the same distance around a common central axis and especially are separately actuatable, and reflection elements of the reflectors , which are arranged adjacent to each other, wherein the distance from one another between the reflection elements is less than one fifth of their diameter, the reflection elements are arranged in cloverleaf arrangement around the common central axis , forming part of a common reflector body , the reflector body has a circular external shape which extends around the common central axis and separates the reflection elements from each another by way of partition walls , and the reflector body has reinforcement walls on the outside of the reflection elements , which reinforcement walls - in relation to each of the reflection elements - are located opposite the central axis , characterized in that the reflector body has a central perforation having an LED chip arranged below, which emits at an emission maximum different from an emission maximum of the remaining LED chips.
A method of prognosing or classifying a subject with AML comprising: (a) determining the expression level of the 17 genes in a test sample from the subject consisting of DNMT3B, ZBTB46, NYNRIN, ARHGAP22, LAPTM4B, MMRN1, DPYSL3, KIAA0125, CDK6, CPXM1, SOCS2, SMIM24, EMP1, NGFRAP1, CD34, AKR1C3, and GPR56; and (b) comparing expression of the 17 genes in the test sample with reference expression levels of the 17 genes from control samples from a cohort of patients; wherein a difference or similarity in the expression of the 17 genes in the test sample and the reference expression levels is used to prognose or classify the subject with AML into a low risk group or a high risk group for worse survival. (a) determining the expression level of the 17 genes in a test sample from the subject consisting of DNMT3B, ZBTB46, NYNRIN, ARHGAP22, LAPTM4B, MMRN1, DPYSL3, KIAA0125, CDK6, CPXM1, SOCS2, SMIM24, EMP1, NGFRAP1, CD34, AKR1C3, and GPR56; and (b) comparing expression of the 17 genes in the test sample with reference expression levels of the 17 genes from control samples from a cohort of patients;
A method performed by a terminal in a wireless communication system, the method comprising: receiving , from a base station, a plurality of common control signals transmitted on a plurality of downlink transmission beams; determining an uplink transmission beam for transmitting a random access preamble based on a reception result of the plurality of common control signals; transmitting , to the base station, the random access preamble using the determined uplink transmission beam; and receiving , from the base station, a random access response as a response to the random access preamble. receiving , from a base station, a plurality of common control signals transmitted on a plurality of downlink transmission beams; determining an uplink transmission beam for transmitting a random access preamble based on a reception result of the plurality of common control signals; transmitting , to the base station, the random access preamble using the determined uplink transmission beam; and receiving , from the base station, a random access response as a response to the random access preamble.
A method of mounting a printed circuit board, PCB, to a base comprising: providing a power supply in the base , the power supply comprising a cavity within the base for receiving a battery and a battery terminal ; fixing a location of a PCB contact on the base by installing a battery contact into the base , wherein the battery contact comprises the battery terminal , the PCB contact and an adaptor element , the PCB contact being electrically connected to the battery terminal via the adaptor element ; pushing the PCB in a direction perpendicular to a plane of the PCB into a position on the base , and mechanically engaging, simultaneously with pushing the PCB into the position on the base , a PCB-to-power-contact connected to the PCB to the PCB contact and electrically connecting the PCB-to-power-contact to the PCB contact , characterised in that the PCB contact comprises a rail and the mechanically engaging the PCB-to-power-contact connected to the PCB to the PCB contact and electrically connecting said PCB-to-power-contact to said PCB contact includes clasping the rail from opposite sides. providing a power supply in the base , the power supply comprising a cavity within the base for receiving a battery and a battery terminal ; fixing a location of a PCB contact on the base by installing a battery contact into the base , wherein the battery contact comprises the battery terminal , the PCB contact and an adaptor element , the PCB contact being electrically connected to the battery terminal via the adaptor element ; pushing the PCB in a direction perpendicular to a plane of the PCB into a position on the base , and mechanically engaging, simultaneously with pushing the PCB into the position on the base , a PCB-to-power-contact connected to the PCB to the PCB contact and electrically connecting the PCB-to-power-contact to the PCB contact , characterised in that the PCB contact comprises a rail and the mechanically engaging the PCB-to-power-contact connected to the PCB to the PCB contact and electrically connecting said PCB-to-power-contact to said PCB contact includes clasping the rail from opposite sides.
A solid freeform fabrication powder material consisting of: a metal particle, a water-soluble organic material particle, and optional components, wherein the water-soluble organic material particle accounts for 2 - 18 percent by volume of the solid freeform fabrication powder material consisting of the metal particle and the water-soluble organic material particle and any optional components, and wherein the water-soluble organic material particle has a volume average particle diameter of 3 - 15 μm, and a volume average particle diameter ratio of the metal particle to the water-soluble organic material particle is 0.5 - 3.5. a metal particle, a water-soluble organic material particle, and optional components, wherein the water-soluble organic material particle accounts for 2 - 18 percent by volume of the solid freeform fabrication powder material consisting of the metal particle and the water-soluble organic material particle and any optional components, and wherein the water-soluble organic material particle has a volume average particle diameter of 3 - 15 μm, and a volume average particle diameter ratio of the metal particle to the water-soluble organic material particle is 0.5 - 3.5.
A power plant controller , arranged for controlling a voltage of a wind power plant at a first point in an electrical grid wherein the wind power plant comprises a plurality of wind turbine generators , the power plant controller comprising: - an input device arranged for receiving a measured voltage at a point of measurement , the point of measurement being different from the first point , - an algorithm for estimating a delta value of a difference of the voltage between the first point and the point of measurement , wherein estimating of the delta value is calculated based on a reactance (Xline) between the point of measurement and the first point , and at least one electrical input parameter, and wherein the at least one electrical input parameter is at least one reference voltage of the power plant controller , and the power plant controller being arranged to control the voltage on the basis of the measured voltage and the delta value, wherein the delta value is derived as a subtraction between the reference voltage at the first point and the voltage at the point of measurement , multiplied with a predetermined slope function , wherein the predetermined slope function is a function of the reactance (Xline) between the point of measurement and the first point such that a proportional gain of the power plant controller is modified in dependence on said reactance (Xline), and a further multiplication with the voltage at the point of measurement , for hereby estimating an intermediate reactive power reference and wherein the intermediate reactive power reference is compensated according to the reactance (Xline) between the point of measurement and the first point , by adding a compensation value hereby providing a reactive power reference value . - an input device arranged for receiving a measured voltage at a point of measurement , the point of measurement being different from the first point , - an algorithm for estimating a delta value of a difference of the voltage between the first point and the point of measurement , wherein estimating of the delta value is calculated based on a reactance (Xline) between the point of measurement and the first point , and at least one electrical input parameter, and wherein the at least one electrical input parameter is at least one reference voltage of the power plant controller , and the power plant controller being arranged to control the voltage on the basis of the measured voltage and the delta value,
Agricultural baler comprising a baling chamber (C) and a pre-compression chamber , wherein the pre-compression chamber is adapted to gather crop material via a rotor and to periodically form a slice (W) of said crop material and introduce the slice (W) towards the baling chamber (C) into a first segment of the baling chamber, the baling chamber (C) comprising a plunger (D) provided for reciprocally moving in the baling chamber (C) thereby compressing slices (W) of crop material into a bale , the baling chamber (C) further comprising at least one movable wall , the agricultural baler further comprising multiple sensors and a controller adapted for controlling operation of the agricultural baler based on inputs of the multiple sensors, wherein a first subset of the multiple sensors (A) is related to top fill and a second subset of the multiple sensors (B) is related to left-right fill, characterised in that the controller is configured to control the operation of the agricultural baler in a first time period until the top fill is within a first predetermined range , and to control the operation of the agricultural baler in a subsequent time period, until the left-right fill is within a second predetermined range .
A dispensing device for dental retraction material, comprising a cannula forming a free front end , the free front end being formed by a first cannula portion that extends from the free front end to a second cannula portion that is arranged directly adjacent the first cannula portion , wherein the first cannula portion has a first elongated section and a first rounded section extending between the first elongated section and the free front end , a first outer diameter (D1) of the cannula being defined on the first rounded section at the free front end , wherein the second cannula portion has a second elongated section and a second rounded section extending between the second elongated section and the first cannula portion , a second outer diameter (D2) of the cannula being defined on the second rounded section at the transition between the second rounded section and the first cannula portion , wherein the second outer diameter (D2) is greater than the first outer diameter (D1), and wherein the first cannula portion comprises a predetermined separation structure directly adjacent the second cannula portion , wherein the predetermined separation structure is a groove, wherein a channel extends through the cannula and forms a dispensing opening at the free front end , wherein the channel comprises a first channel section that has a first cylindrical channel section and a second channel section that has a second cylindrical channel section , wherein the first channel section extends between the dispensing opening and the second channel section , the first cylindrical channel section having a first channel diameter (C1) and the second cylindrical channel section having a second channel diameter (C2), wherein the first channel diameter (C1) is smaller than the second channel diameter (C2).
A production method of a multiple pane which includes a first glass panel and a second glass panel , the production method comprising: an application step of applying a solution containing material of an adsorbing member mixed with a solvent, the material being made of a powder of an ion-exchanged zeolite for adsorbing a gas inside a hermetically-enclosed space to be formed between the first glass panel and the second glass panel , on a glass surface of the first glass panel at a position within 15 mm of an edge of the first glass panel and along the entire length of the hermetically-bonding member or along a part of the hermetically-bonding member ; a fixing step of fixing the adsorbing member to the glass surface of the first glass panel by drying the solvent of the applied solution; a hermetically-bonding step of hermetically-bonding the peripheries of the first glass panel and the second glass panel to form the hermetically-enclosed space between the first glass panel and the second glass panel ; a pressure-reduction step of reducing a pressure inside the hermetically-enclosed space by evacuating a gas inside the hermetically-enclosed space through an outlet ; and an activating step of heating the adsorbing member on the first glass panel to cause discharging of a gas adsorbed on the adsorbing member while the hermetically-enclosed space is evacuated. an application step of applying a solution containing material of an adsorbing member mixed with a solvent, the material being made of a powder of an ion-exchanged zeolite for adsorbing a gas inside a hermetically-enclosed space to be formed between the first glass panel and the second glass panel , on a glass surface of the first glass panel at a position within 15 mm of an edge of the first glass panel and along the entire length of the hermetically-bonding member or along a part of the hermetically-bonding member ; a fixing step of fixing the adsorbing member to the glass surface of the first glass panel by drying the solvent of the applied solution; a hermetically-bonding step of hermetically-bonding the peripheries of the first glass panel and the second glass panel to form the hermetically-enclosed space between the first glass panel and the second glass panel ; a pressure-reduction step of reducing a pressure inside the hermetically-enclosed space by evacuating a gas inside the hermetically-enclosed space through an outlet ; and an activating step of heating the adsorbing member on the first glass panel to cause discharging of a gas adsorbed on the adsorbing member while the hermetically-enclosed space is evacuated.
Cells for producing an influenza virus which are cells in which expression of ACTN1 gene in the chromosomes is suppressed and which are able to be cultured in vitro, wherein the expression level of ACTN1 gene in the cell is reduced to 50% or less of an expression level of the ACTN1 gene in cells of the same type before expression suppression and the cells for producing an influenza virus are HEK293 cells or Vero cells.
A method of using a mobile device equipped with an image sensor to retrieve information associated with a light fixture , comprising: capturing , at the image sensor of the mobile device, an image of an illuminated indicia , the illuminated indicia co-located with the light fixture and illuminated by the light fixture, wherein the illuminated indicia is unique to the light fixture; identifying at least one corner of an illuminated region of the image sensor at least partly defining the image of the illuminated indicia; determining , from the mobile device processing the image of the illuminated indicia , at least one characteristic that comprises a position of the image of the illuminated indicia with respect to the at least one corner of the illuminated region; and retrieving information associated with the at least one characteristic of the illuminated indicia . capturing , at the image sensor of the mobile device, an image of an illuminated indicia , the illuminated indicia co-located with the light fixture and illuminated by the light fixture, wherein the illuminated indicia is unique to the light fixture; identifying at least one corner of an illuminated region of the image sensor at least partly defining the image of the illuminated indicia; determining , from the mobile device processing the image of the illuminated indicia , at least one characteristic that comprises a position of the image of the illuminated indicia with respect to the at least one corner of the illuminated region; and retrieving information associated with the at least one characteristic of the illuminated indicia .
A method for transmitting data, comprising: receiving (S310), by a terminal device, radio resource control RRC signaling transmitted by a network device, wherein the RRC signaling comprises information on at least one uplink bandwidth part BWP and at least one downlink BWP, characterized in that the at least one uplink BWP and the at least one downlink BWP are uplink BWP and downlink BWP that are simultaneously activated, and in that the RRC signaling indicates a correspondence between one uplink BWP and one downlink BWP, wherein when receiving the radio resource control RRC signaling transmitted by the network device, the correspondence indicated by the RRC signaling is simultaneously activating the at least one uplink BWP and the at least one downlink BWP. receiving (S310), by a terminal device, radio resource control RRC signaling transmitted by a network device, wherein the RRC signaling comprises information on at least one uplink bandwidth part BWP and at least one downlink BWP, characterized in that the at least one uplink BWP and the at least one downlink BWP are uplink BWP and downlink BWP that are simultaneously activated, and in that the RRC signaling indicates a correspondence between one uplink BWP and one downlink BWP, wherein when receiving the radio resource control RRC signaling transmitted by the network device, the correspondence indicated by the RRC signaling is simultaneously activating the at least one uplink BWP and the at least one downlink BWP.