mhurhangee/patent-ind-claim-en huggingface dataset:
A fixing structure of a lighting apparatus, comprising: a first fastener unit suitable for being wrapped around a surface of a shelf ; a second fastener unit suitable for being wrapped around the surface of the shelf , wherein one of the first fastener unit and the second fastener unit is fixed to a light body , the first fastener unit and the second fastener unit are connected in a rotatable manner; and a fastener device configured to lock the first fastener unit and the second fastener unit to each other; wherein the first fastener unit comprises a first rotation portion , a first imitation part and a first fixing part connected in order, the second fastener unit comprises a second rotation portion , a second imitation part and a second fixing part connected in order, the first rotation portion and the second rotation portion are connected in the rotatable manner, the fastener device is used for fixing the first fixing part to the second fixing part ; the fixing structure further comprises a light body fixing part connected to the second imitation part and near the light body , and the light body fixing part has a first fixing hole for fixing the light body , characterized in that the first rotation portion has two first plugging parts, the second rotation portion is between the two first plugging parts and has a second plugging part connected to the first plugging part on both sides, the first plugging part is a protrusion part, and the second plugging part is a notch part. a first fastener unit suitable for being wrapped around a surface of a shelf ; a second fastener unit suitable for being wrapped around the surface of the shelf , wherein one of the first fastener unit and the second fastener unit is fixed to a light body , the first fastener unit and the second fastener unit are connected in a rotatable manner; and a fastener device configured to lock the first fastener unit and the second fastener unit to each other; wherein the first fastener unit comprises a first rotation portion , a first imitation part and a first fixing part connected in order, the second fastener unit comprises a second rotation portion , a second imitation part and a second fixing part connected in order, the first rotation portion and the second rotation portion are connected in the rotatable manner, the fastener device is used for fixing the first fixing part to the second fixing part ; the fixing structure further comprises a light body fixing part connected to the second imitation part and near the light body , and the light body fixing part has a first fixing hole for fixing the light body , characterized in that the first rotation portion has two first plugging parts, the second rotation portion is between the two first plugging parts and has a second plugging part connected to the first plugging part on both sides, the first plugging part is a protrusion part, and the second plugging part is a notch part.
A holster for receiving a handgun having a handgun body , a handgrip , a slide , and a trigger guard , the holster comprising: a holster body having a plurality of unitary holster wall portions defining a handgun receiving cavity , a rearward opening to the cavity and a forward opening to the cavity , the holster body having a handgun receiving and withdrawal axis, a proximal wall portion of the holster body having a handgun retention mechanism thereon including a thumb button for releasing a bolstered handgun; characterized in that the holster body comprises an inner layer and an outer layer formed of different polymers with one of the inner layer and outer layer being overmolded onto the other of the inner layer and outer layer, the inner layer formed of a polymer that is softer than the outer layer. a holster body having a plurality of unitary holster wall portions defining a handgun receiving cavity , a rearward opening to the cavity and a forward opening to the cavity , the holster body having a handgun receiving and withdrawal axis, a proximal wall portion of the holster body having a handgun retention mechanism thereon including a thumb button for releasing a bolstered handgun; characterized in that the holster body comprises an inner layer and an outer layer formed of different polymers with one of the inner layer and outer layer being overmolded onto the other of the inner layer and outer layer, the inner layer formed of a polymer that is softer than the outer layer.
A compound of general formula (I): in which R 1 represents C 1 -C 4 -alkyl; R 2 represents unsubstituted tetrahydrofuran-3-yl, R 3 represents C 1 -C 4 -alkyl; A represents CF 3 -pyrimidinyl; or an enantiomer, diastereomer, racemate, hydrate, solvate, or a salt thereof, or a mixture of same. R 1 represents C 1 -C 4 -alkyl; R 2 represents unsubstituted tetrahydrofuran-3-yl, R 3 represents C 1 -C 4 -alkyl; A represents CF 3 -pyrimidinyl;
Component constituting an interconnector of a fuel cell or of a high-temperature electrolyser, including a substrate made of metal alloy , of chromia-forming type, the base element of which is iron (Fe) or nickel (Ni), the substrate having two main flat faces, one of the main flat faces being coated with a coating including a thick ceramic layer in a green state, said thick ceramic layer being grooved, delimiting channels that are suitable for distributing and/or collecting gases, such as H 2 O steam, H 2 , air.
An arc welding consumable that forms a weld deposit on a steel workpiece during an arc welding operation, wherein the welding consumable comprises: - between 0,65 wt% and 0,85 wt% silicon as strengthening agent; - one or more grain control agents selected from the group: niobium, tantalum, titanium, zirconium, and boron, wherein the grain control agents comprise greater than 0,06 wt% and less than 0.6 wt% of the welding consumable; - between 0,65 wt% and 0,85 wt% nickel; - 0.4% or less of manganese; - iron as balance to 100%; wherein a carbon equivalence (CE) of the welding consumable is less than 0.23, according to the Ito and Bessyo carbon equivalence equation; and wherein the welding consumable provides a manganese fume generation rate less than 0.01 grams per minute during a welding operation. - between 0,65 wt% and 0,85 wt% silicon as strengthening agent; - one or more grain control agents selected from the group: niobium, tantalum, titanium, zirconium, and boron, wherein the grain control agents comprise greater than 0,06 wt% and less than 0.6 wt% of the welding consumable; - between 0,65 wt% and 0,85 wt% nickel; - 0.4% or less of manganese; - iron as balance to 100%;
Method for operating a motor vehicle with a braking device for braking the motor vehicle , comprising the steps: - Forecasting a probable time duration until a reduction in speed or braking of the motor vehicle triggered by a driver assistance system or by a driver of the motor vehicle , depending on the vehicle data concerning the motor vehicle and/or environmental data concerning the motor vehicle environment, and - Triggering of a respective function (20, 21, 23 - 26) of the braking device when a triggering condition assigned to the respective function (20, 21, 23 - 26) is fulfilled or is only able to be fulfilled when a time limit value assigned to the respective function (20, 21, 23 - 26) is undershot by the probable time duration, wherein at least two of the functions (20, 21, 23 - 26) are assigned time limit values different from one another. - Forecasting a probable time duration until a reduction in speed or braking of the motor vehicle triggered by a driver assistance system or by a driver of the motor vehicle , depending on the vehicle data concerning the motor vehicle and/or environmental data concerning the motor vehicle environment, and - Triggering of a respective function (20, 21, 23 - 26) of the braking device when a triggering condition assigned to the respective function (20, 21, 23 - 26) is fulfilled or is only able to be fulfilled when a time limit value assigned to the respective function (20, 21, 23 - 26) is undershot by the probable time duration, wherein at least two of the functions (20, 21, 23 - 26) are assigned time limit values different from one another.
A method for producing a plant with at least one dwarfing-associated phenotype the method comprising increasing the expression of an Auxin Response Factor 3 (ARF3) polypeptide in the plant by transforming the plant with an ARF3 gene encoding the ARF3 polypeptide or genetically modifying an endogenous ARF3 gene to encode the ARF3 polypeptide in the plant, wherein the ARF3 polypeptide has a sequence with at least 70% identity to any one of SEQ ID NO:1 to 11, 28 and 29 and comprises a Leucine residue at the position corresponding to amino acid residue 72 in SEQ ID NO:1 or 28, and wherein the dwarfing-associated phenotype is selected from: i) one of the following phenotypes in the plant: a) reduced apical dominance, b) an altered xylem/phloem ratio, c) an increased number of phloem elements, d) a bushier habit, e) reduced root mass, and ii) competence to induce one of the following phenotypes in a scion grafted on to the plant: f) reduced vigour, g) less vegetative growth, h) earlier termination of shoot growth, i) smaller canopy, j) reduced stem circumference, and k) reduced scion mass, wherein the increased expression and the phenotypes a) to k) are relative to a control plant of the same type which has not been transformed or genetically modified to increase the expression of the ARF3 polypeptide. i) one of the following phenotypes in the plant: a) reduced apical dominance, b) an altered xylem/phloem ratio, c) an increased number of phloem elements, d) a bushier habit, e) reduced root mass, and a) reduced apical dominance, b) an altered xylem/phloem ratio, c) an increased number of phloem elements, d) a bushier habit, e) reduced root mass, and ii) competence to induce one of the following phenotypes in a scion grafted on to the plant: f) reduced vigour, g) less vegetative growth, h) earlier termination of shoot growth, i) smaller canopy, j) reduced stem circumference, and k) reduced scion mass, wherein the increased expression and the phenotypes a) to k) are relative to a control plant of the same type which has not been transformed or genetically modified to increase the expression of the ARF3 polypeptide. f) reduced vigour, g) less vegetative growth, h) earlier termination of shoot growth, i) smaller canopy, j) reduced stem circumference, and k) reduced scion mass, wherein the increased expression and the phenotypes a) to k) are relative to a control plant of the same type which has not been transformed or genetically modified to increase the expression of the ARF3 polypeptide.
Method for manufacturing panels, wherein these panels comprise at least a substrate and a decorative top layer , wherein said decorative top layer comprises at least a printed motif and a transparent or translucent protective layer formed there above, wherein the method comprises at least the following steps: - the step of providing a substrate ; - the step (S3) of applying a first finishing layer for forming a first portion of the aforementioned protective layer ; - the step (S5) of at least partially hardening the aforementioned first finishing layer ; - the step (S6) of applying a second finishing layer for forming a second portion of the aforementioned protective layer ; - the step (S7-S8) of forming recesses at the surface of said second finishing layer , wherein the aforementioned first finishing layer comprises hard particles characterized in that the step of forming recesses comprises at least providing chemical surface structure-altering agents and in that the aforementioned second finishing layer is free from hard particles . - the step of providing a substrate ; - the step (S3) of applying a first finishing layer for forming a first portion of the aforementioned protective layer ; - the step (S5) of at least partially hardening the aforementioned first finishing layer ; - the step (S6) of applying a second finishing layer for forming a second portion of the aforementioned protective layer ; - the step (S7-S8) of forming recesses at the surface of said second finishing layer ,
A soft-light super wear-resistant diamond glaze, wherein raw materials of the glaze by weight in parts are as follows: 30-70 parts of a frit, 20-55 parts of an aggregate, 0.1-6 parts of an auxiliary agent, 30-50 parts of water; and the auxiliary agent comprises one or more selected from the group consisting of 0.1-3 parts of a water reducing agent and 0.1-3 parts of a suspension stabilizer; characterized in that the frit comprises the following components by weight percentage: SiO 2 55-65%, Al 2 O 3 0.1-5%, CaO+MgO+ZnO+BaO+SrO=20-40%, Na 2 O+K 2 O=0.01-1.5%; and the frit does not contain B 2 O 3 or Li 2 O; and the aggregate is a silicate material having no alkaline fluxing agent, and only contains alumina, silica, zirconia and/or titania; and the aggregate comprises one or more selected from the group consisting of 5-20 parts of kaolin, 0-10 parts of a corundum powder, and 15-40 parts of a quartz powder. the frit comprises the following components by weight percentage: SiO 2 55-65%, Al 2 O 3 0.1-5%, CaO+MgO+ZnO+BaO+SrO=20-40%, Na 2 O+K 2 O=0.01-1.5%; and the frit does not contain B 2 O 3 or Li 2 O; and the aggregate is a silicate material having no alkaline fluxing agent, and only contains alumina, silica, zirconia and/or titania; and the aggregate comprises one or more selected from the group consisting of 5-20 parts of kaolin, 0-10 parts of a corundum powder, and 15-40 parts of a quartz powder.
A method for validating a control operation to be performed by a target device through a virtual control interface, said virtual control interface being displayed by a head mounted device of a user, said method comprising the following steps: - detecting a selection instruction of a first area within said virtual control interface delivering a selected first area, wherein the selection instruction corresponds to a voice command of the user, and wherein the first area is a dedicated area associated with the control operation to be performed by said target device and a part of said first area is moving inside said first area , once selected; - detecting a position of a gaze of said user, delivering a second area within said virtual control interface; - detecting if said moving part of said selected first area and said second area are overlapping; and in case of detection of an occurrence of said moving part and said second area overlapping, said method further comprising validating said control operation. - detecting a selection instruction of a first area within said virtual control interface delivering a selected first area, wherein the selection instruction corresponds to a voice command of the user, and wherein the first area is a dedicated area associated with the control operation to be performed by said target device and a part of said first area is moving inside said first area , once selected; - detecting a position of a gaze of said user, delivering a second area within said virtual control interface; - detecting if said moving part of said selected first area and said second area are overlapping; and in case of detection of an occurrence of said moving part and said second area overlapping, said method further comprising validating said control operation.
A method of introducing mRNA encoding Cas9 protein ( Cas9 mRNA) into a non-human mammalian embryo, comprising the steps of; (a) placing a mixture of the non-human mammalian embryo and a solution comprising Cas9 mRNA in the gap between a pair of electrodes, wherein the concentration of Cas9 mRNA is at least 200 ng/μl, and (b) applying a voltage to the electrodes for a voltage application duration, wherein the voltage is at least 20 V per millimeter of the distance between the electrodes, and the voltage application duration is at least 15 msec; or wherein the voltage is at least 30 V per millimeter of the distance between the electrodes, and the voltage application duration is at least 5 msec, provided that the voltage is 20 to 40 V per millimeter of the distance between the electrodes, and the product of the voltage and the voltage application duration is not more than 990 Vmsec per millimeter of the distance between the electrodes. (a) placing a mixture of the non-human mammalian embryo and a solution comprising Cas9 mRNA in the gap between a pair of electrodes, wherein the concentration of Cas9 mRNA is at least 200 ng/μl, and (b) applying a voltage to the electrodes for a voltage application duration, wherein the voltage is at least 20 V per millimeter of the distance between the electrodes, and the voltage application duration is at least 15 msec; or wherein the voltage is at least 30 V per millimeter of the distance between the electrodes, and the voltage application duration is at least 5 msec, provided that the voltage is 20 to 40 V per millimeter of the distance between the electrodes, and the product of the voltage and the voltage application duration is not more than 990 Vmsec per millimeter of the distance between the electrodes. wherein the voltage is at least 20 V per millimeter of the distance between the electrodes, and the voltage application duration is at least 15 msec; or wherein the voltage is at least 30 V per millimeter of the distance between the electrodes, and the voltage application duration is at least 5 msec, provided that the voltage is 20 to 40 V per millimeter of the distance between the electrodes, and the product of the voltage and the voltage application duration is not more than 990 Vmsec per millimeter of the distance between the electrodes.
A method of a first device for wireless communication adapted to communicate with a second device for wireless communication over a communication channel in accordance with a hybrid automatic repeat request, HARQ, protocol, the method comprising: receiving a first signal from the second device over the communication channel; estimating a first quality of the communication channel based on the received first signal; transmitting a HARQ packet to the second device over the communication channel, wherein a transmission format of the HARQ packet is based on the estimation of the first quality; receiving a second signal from the second device over the communication channel; estimating a second quality of the communication channel based on the received second signal; determining whether a deterioration between the first quality and the second quality exceeds a quality deterioration threshold; and if the deterioration exceeds the quality deterioration threshold, retransmitting the HARQ packet to the second device over the communication channel before reception of a response message associated with the HARQ packet is expected. receiving a first signal from the second device over the communication channel; estimating a first quality of the communication channel based on the received first signal; transmitting a HARQ packet to the second device over the communication channel, wherein a transmission format of the HARQ packet is based on the estimation of the first quality; receiving a second signal from the second device over the communication channel; estimating a second quality of the communication channel based on the received second signal; determining whether a deterioration between the first quality and the second quality exceeds a quality deterioration threshold; and if the deterioration exceeds the quality deterioration threshold, retransmitting the HARQ packet to the second device over the communication channel before reception of a response message associated with the HARQ packet is expected.
Torque sensor comprising: a disk comprising a magnetostrictive material that is magnetically biased or magnetizable; and a magnetic field sensor assembly ; where a torque acting about an axis (A) of rotation of said disk can be applied to said disk and said magnetostrictive material is configured to generate a magnetic field outside said disk that changes dependent on the acting torque; where said magnetic field sensor assembly is configured to output a signal based on said magnetic field generated by said magnetostrictive material; and where said torque sensor is configured to determine a value of said acting torque based on said signal that is output; characterized in that the magnetic field sensor assembly is arranged to be co-rotatable synchronously with said disk . a disk comprising a magnetostrictive material that is magnetically biased or magnetizable; and a magnetic field sensor assembly ; where a torque acting about an axis (A) of rotation of said disk can be applied to said disk and said magnetostrictive material is configured to generate a magnetic field outside said disk that changes dependent on the acting torque; where said magnetic field sensor assembly is configured to output a signal based on said magnetic field generated by said magnetostrictive material; and where said torque sensor is configured to determine a value of said acting torque based on said signal that is output; characterized in that the magnetic field sensor assembly is arranged to be co-rotatable synchronously with said disk .
A method for producing a polyolefin comprising: contacting a first composition and a second composition in a line to form a third composition, wherein: the first composition comprises a contact product of a first metallocene catalyst, a second metallocene catalyst, a support, a first activator, a wax, and a first diluent, wherein the mol ratio of second catalyst to first catalyst is from 60:40 to 40:60, the second composition comprises a contact product of a third metallocene catalyst, a second activator, and a second diluent, and the third composition comprises a mol ratio of third metallocene catalyst to second metallocene catalyst to first metallocene catalyst of from 10:35:55 to 60:15:25; introducing the third composition from the line into a gas-phase fluidized bed reactor; exposing the third composition to polymerization conditions; and obtaining a polyolefin. contacting a first composition and a second composition in a line to form a third composition, wherein: the first composition comprises a contact product of a first metallocene catalyst, a second metallocene catalyst, a support, a first activator, a wax, and a first diluent, wherein the mol ratio of second catalyst to first catalyst is from 60:40 to 40:60, the second composition comprises a contact product of a third metallocene catalyst, a second activator, and a second diluent, and the third composition comprises a mol ratio of third metallocene catalyst to second metallocene catalyst to first metallocene catalyst of from 10:35:55 to 60:15:25; the first composition comprises a contact product of a first metallocene catalyst, a second metallocene catalyst, a support, a first activator, a wax, and a first diluent, wherein the mol ratio of second catalyst to first catalyst is from 60:40 to 40:60, the second composition comprises a contact product of a third metallocene catalyst, a second activator, and a second diluent, and the third composition comprises a mol ratio of third metallocene catalyst to second metallocene catalyst to first metallocene catalyst of from 10:35:55 to 60:15:25; introducing the third composition from the line into a gas-phase fluidized bed reactor; exposing the third composition to polymerization conditions; and obtaining a polyolefin.