mhurhangee/patent-ind-claim-en huggingface dataset:
Conveyor system with at least one power converter arrangement , wherein the power converter arrangement has - a network-side power converter , - a load-side power converter , - an intermediate circuit and - a brake resistor , wherein the network-side power converter and the load-side power converter are connected to one another on the DC side by way of the intermediate circuit , wherein the network-side power converter is embodied as a diode rectifier, wherein the brake resistor is connected electrically to the intermediate circuit by means of a mechanical switch , wherein the network-side power converter is connected to a power supply network and the load-side power converter is connected to an electric machine and wherein the electric machine is embodied as an asynchronous machine, wherein the conveyor system is arranged so as to transport a conveyor belt from a first position to a second position, wherein the conveyor belt has a higher potential energy in the first position than in the second position, wherein the mechanical switch is embodied as a multi-pole, in particular dual-pole, alternating current switch, wherein the power converter arrangement has a series circuit comprising a further brake resistor and a semiconductor switch parallel to the intermediate circuit . - a network-side power converter , - a load-side power converter , - an intermediate circuit and - a brake resistor , wherein the network-side power converter and the load-side power converter are connected to one another on the DC side by way of the intermediate circuit , wherein the network-side power converter is embodied as a diode rectifier, wherein the brake resistor is connected electrically to the intermediate circuit by means of a mechanical switch , wherein the network-side power converter is connected to a power supply network and the load-side power converter is connected to an electric machine and wherein the electric machine is embodied as an asynchronous machine, wherein the conveyor system is arranged so as to transport a conveyor belt from a first position to a second position, wherein the conveyor belt has a higher potential energy in the first position than in the second position, wherein the mechanical switch is embodied as a multi-pole, in particular dual-pole, alternating current switch, wherein the power converter arrangement has a series circuit comprising a further brake resistor and a semiconductor switch parallel to the intermediate circuit .
A method for producing a scratch-off structure, comprising: providing a substantially transparent plastic substrate at a printer; applying a primer layer upon a first surface of the substrate; applying a security ink layer that includes security information upon the primer layer; applying an opaque background ink layer upon the security ink layer; applying a corona treatment to a second surface, located on an opposite side of the substrate relative to the first surface; applying a release ink layer upon the corona-treated second surface; and applying an opaque cover image ink layer upon the release ink layer. providing a substantially transparent plastic substrate at a printer; applying a primer layer upon a first surface of the substrate; applying a security ink layer that includes security information upon the primer layer; applying an opaque background ink layer upon the security ink layer; applying a corona treatment to a second surface, located on an opposite side of the substrate relative to the first surface; applying a release ink layer upon the corona-treated second surface; and applying an opaque cover image ink layer upon the release ink layer.
A method for wireless communication by a user equipment, UE, comprising: identifying , at the UE, a first resource allocation for a first communication in a first transmission time interval, TTI, and a second resource allocation for a second communication in a second, subsequent TTI, wherein the first resource allocation is associated with a first narrowband comprising a first set of resource blocks, RBs, and the second resource allocation is associated with a second narrowband comprising a second set of RBs, and wherein at least one resource block, RB, of the first resource allocation is located outside the first set of RBs or at least one RB of the second resource allocation is located outside the second set of RBs; determining a second tuning band based at least in part on the second resource allocation and a set of resource block groups, RBGs, for a system bandwidth, wherein a starting RB of the second tuning band is based at least in part on an alignment of a starting RB of the second resource allocation with a boundary of an RBG of the set of RBGs; and retuning from a first tuning band to the second tuning band between the first communication and the second communication based at least in part on determining that the first tuning band associated with the first resource allocation for the first TTI is different from the second tuning band associated with the second resource allocation for the second TTI. identifying , at the UE, a first resource allocation for a first communication in a first transmission time interval, TTI, and a second resource allocation for a second communication in a second, subsequent TTI, wherein the first resource allocation is associated with a first narrowband comprising a first set of resource blocks, RBs, and the second resource allocation is associated with a second narrowband comprising a second set of RBs, and wherein at least one resource block, RB, of the first resource allocation is located outside the first set of RBs or at least one RB of the second resource allocation is located outside the second set of RBs; determining a second tuning band based at least in part on the second resource allocation and a set of resource block groups, RBGs, for a system bandwidth, wherein a starting RB of the second tuning band is based at least in part on an alignment of a starting RB of the second resource allocation with a boundary of an RBG of the set of RBGs; and retuning from a first tuning band to the second tuning band between the first communication and the second communication based at least in part on determining that the first tuning band associated with the first resource allocation for the first TTI is different from the second tuning band associated with the second resource allocation for the second TTI.
A sensor information processing apparatus comprising: a receiver configured to receive a detected signal of a heartbeat sensor and a detected signal of an inertial sensor ; and a processor configured to control a target frequency band to be processed in the detected signal of the heartbeat sensor according to the detected signal of the inertial sensor , and calculate a heart rate based on a signal in the target frequency band of the detected signal of the heartbeat sensor, wherein the control includes: estimating the heart rate based on the detected signal of the inertial sensor ; when the estimated heart rate is equal to or more than a threshold value, setting a center frequency of the target frequency band to a frequency corresponding to the estimated heart rate; and when the estimated heart rate is less than the threshold value, detecting the heart rate based on a result obtained by performing a frequency analysis on the detected signal of the heartbeat sensor , and setting the center frequency of the target frequency band to a frequency corresponding to the detected heart rate. a receiver configured to receive a detected signal of a heartbeat sensor and a detected signal of an inertial sensor ; and a processor configured to control a target frequency band to be processed in the detected signal of the heartbeat sensor according to the detected signal of the inertial sensor , and calculate a heart rate based on a signal in the target frequency band of the detected signal of the heartbeat sensor, wherein the control includes: estimating the heart rate based on the detected signal of the inertial sensor ; when the estimated heart rate is equal to or more than a threshold value, setting a center frequency of the target frequency band to a frequency corresponding to the estimated heart rate; and when the estimated heart rate is less than the threshold value, detecting the heart rate based on a result obtained by performing a frequency analysis on the detected signal of the heartbeat sensor , and setting the center frequency of the target frequency band to a frequency corresponding to the detected heart rate. estimating the heart rate based on the detected signal of the inertial sensor ; when the estimated heart rate is equal to or more than a threshold value, setting a center frequency of the target frequency band to a frequency corresponding to the estimated heart rate; and when the estimated heart rate is less than the threshold value, detecting the heart rate based on a result obtained by performing a frequency analysis on the detected signal of the heartbeat sensor , and setting the center frequency of the target frequency band to a frequency corresponding to the detected heart rate.
A crystal of (+)-cis-5R-hydroxy-4R-(trifluoromethyl)-3-{1-[2-(trifluoromethyl)pyrimidin-5-yl]piperidin-4-yl}-1,4,5,7-tetrahydro-6H-pyrazolo[3,4-b]pyridin-6-one which exhibits main peaks at d-spacings of 12.00, 8.53, 6.10, 5.42, 4.56, 4.32, 3.83, 3.60, 3.39, and 3.04 angstroms in a powder X-ray diffraction pattern obtained by exposure to copper Kα radiation.
A method comprising: receiving, by a wireless device , one or more radio resource control messages comprising a first periodicity parameter of a first periodic resource allocation, wherein the first periodicity parameter indicates a number of symbols; receiving a downlink control information indicating activation of the first periodic resource allocation, wherein the downlink control information comprises one or more first fields indicating a numerology, wherein the numerology indicates a symbol duration; and transmitting a plurality of transport blocks via radio resources associated with the first periodic resource allocation, wherein a time interval between two subsequent transmission occasions of the first periodic resource allocation is determined based on the symbol duration and the number of symbols. receiving, by a wireless device , one or more radio resource control messages comprising a first periodicity parameter of a first periodic resource allocation, wherein the first periodicity parameter indicates a number of symbols; receiving a downlink control information indicating activation of the first periodic resource allocation, wherein the downlink control information comprises one or more first fields indicating a numerology, wherein the numerology indicates a symbol duration; and transmitting a plurality of transport blocks via radio resources associated with the first periodic resource allocation, wherein a time interval between two subsequent transmission occasions of the first periodic resource allocation is determined based on the symbol duration and the number of symbols.
A synthetic grindstone for performing a surface processing on an object to be ground, comprising: abrasive grains having an abrasive grain proportion (Vg) higher than 0 vol.% and equal to or lower than 40 vol.%; and a nonwoven-fabric which is used as a binder of the synthetic grindstone, the binder having a binder proportion (Vb) equal to or higher than 35 vol.% and lower than 90 vol.%, wherein the synthetic grindstone has a porosity (Vp) higher than 10 vol.% and equal to or lower than 55 vol.%. abrasive grains having an abrasive grain proportion (Vg) higher than 0 vol.% and equal to or lower than 40 vol.%; and a nonwoven-fabric which is used as a binder of the synthetic grindstone, the binder having a binder proportion (Vb) equal to or higher than 35 vol.% and lower than 90 vol.%, wherein the synthetic grindstone has a porosity (Vp) higher than 10 vol.% and equal to or lower than 55 vol.%.
A method of determining liquid water accumulation in and/or removal from a fuel cell, the method comprising - circulating fuel gas in the anode side of the fuel cell for producing electric energy in a fuel cell process, - providing at least two purge pulses from the fuel circulation, - analyzing the composition and/or volume of purged gas of said at least two gas purge pulses for determining the amount of liquid water accumulation in and/or removal from the fuel cell, determining the amount of accumulated and/or removed liquid water by calculating a ratio of gas amounts removed from the cell during said at least two gas purge pulses, and - the at least two gas purges are provided within a time period of 5 seconds. - circulating fuel gas in the anode side of the fuel cell for producing electric energy in a fuel cell process, - providing at least two purge pulses from the fuel circulation, - analyzing the composition and/or volume of purged gas of said at least two gas purge pulses for determining the amount of liquid water accumulation in and/or removal from the fuel cell, determining the amount of accumulated and/or removed liquid water by calculating a ratio of gas amounts removed from the cell during said at least two gas purge pulses, and - the at least two gas purges are provided within a time period of 5 seconds.
Loading system for loading and unloading loading spaces of trucks, having an arrangement of conveyors which are aligned parallel to one another and are arranged such that standard pallets can be moved back and forth on the conveyors in a conveying direction (F), characterized in that in that an autonomous conveyor vehicle with at least one steerable wheel is provided as a component of the loading system, and in that the conveyors are arranged at a height above a floor such that the conveyor vehicle with vertically movable pallet fork units can be positioned below the conveyors.
Electric machine comprising a rotor and a stator comprising an internal wall facing the rotor, said stator bearing a multitude of radial slots arranged circumferentially along said stator, characterized in that the slots comprise a bottom wall of semi-circular shape and at a distance (E) from the internal wall of the stator, a top wall of semi-circular shape of diametral dimension greater than that of the bottom wall and at a distance from the external wall of the stator and two faces connecting the bottom and the top walls so as to form a multitude of closed slots.
A lubricating composition consisting essentially of: at least 60 wt.% of a base oil; 0.1-40 wt.% of a decarboxylated rosin acid; and up to 35.0 wt.% of an additive; wherein the decarboxylated rosin acid has: a density of 0.9 to 1.0 g/cm 3 at 20°C; a viscosity of 15 to 60 cSt at 40°C, measured according to ASTM D-445; an acid value of < 50 mg KOH/g, as measured using ASTM D1240-14 ; and a flash point of 95 - 175°C, according to ASTM D92; wherein the decarboxylated rosin acid comprises one or more C=C groups and 40 to 100 wt.% of tricyclic species having 18 to 20 carbon atoms, wherein the sum of the tricyclic species as aromatic and cycloaliphatic in the decarboxylated rosin acid is > 50 wt.% based on total weight of the decarboxylated rosin acid, and wherein the amount of the cycloaliphatic species in the decarboxylated rosin acid is > 15 wt.% based on total weight of the decarboxylated rosin acid, wherein the lubricating composition exhibits a wear scar diameter of < 350 μm, according to ASTM D6079. at least 60 wt.% of a base oil; 0.1-40 wt.% of a decarboxylated rosin acid; and up to 35.0 wt.% of an additive; wherein the decarboxylated rosin acid has: a density of 0.9 to 1.0 g/cm 3 at 20°C; a viscosity of 15 to 60 cSt at 40°C, measured according to ASTM D-445; an acid value of < 50 mg KOH/g, as measured using ASTM D1240-14 ; and a flash point of 95 - 175°C, according to ASTM D92; wherein the decarboxylated rosin acid comprises one or more C=C groups and 40 to 100 wt.% of tricyclic species having 18 to 20 carbon atoms, wherein the sum of the tricyclic species as aromatic and cycloaliphatic in the decarboxylated rosin acid is > 50 wt.% based on total weight of the decarboxylated rosin acid, and wherein the amount of the cycloaliphatic species in the decarboxylated rosin acid is > 15 wt.% based on total weight of the decarboxylated rosin acid, wherein the decarboxylated rosin acid has: a density of 0.9 to 1.0 g/cm 3 at 20°C; a viscosity of 15 to 60 cSt at 40°C, measured according to ASTM D-445; an acid value of < 50 mg KOH/g, as measured using ASTM D1240-14 ; and a flash point of 95 - 175°C, according to ASTM D92; a density of 0.9 to 1.0 g/cm 3 at 20°C; a viscosity of 15 to 60 cSt at 40°C, measured according to ASTM D-445; an acid value of < 50 mg KOH/g, as measured using ASTM D1240-14 ; and a flash point of 95 - 175°C, according to ASTM D92; wherein the decarboxylated rosin acid comprises one or more C=C groups and 40 to 100 wt.% of tricyclic species having 18 to 20 carbon atoms, wherein the sum of the tricyclic species as aromatic and cycloaliphatic in the decarboxylated rosin acid is > 50 wt.% based on total weight of the decarboxylated rosin acid, and wherein the amount of the cycloaliphatic species in the decarboxylated rosin acid is > 15 wt.% based on total weight of the decarboxylated rosin acid, wherein the lubricating composition exhibits a wear scar diameter of < 350 μm, according to ASTM D6079.
A battery packaging material comprising a laminate in which at least a base material layer, a metal layer and a sealant layer are laminated in this order, wherein when A1 is a stress in elongation by 10% in the MD direction and B1 is a stress in elongation by 10% in the TD direction in the laminate, and A2 is a stress in elongation by 10% in the MD direction and B2 is a stress in elongation by 10% in the TD direction in the base material layer, the battery packaging material satisfies the relationships of: (A1 - A2) ≥ 60 N/15 mm; and (B1 - B2) ≥ 50 N/15 mm, the stress in elongation in the MD direction and in the TD direction being measured by a method conforming to JIS K7127, with sample width 15 mm, gauge length 50 mm and tension speed 100 mm/minute.
An infusion balloon catheter comprising: an inflatable balloon member; a shaft whose distal end is attached to said balloon member, and having a shaft wall enclosing: a first lumen that provides passage to a balloon inflation fluid, and a second lumen that provides passage to an infusion fluid and a guidewire; and a bending-resistant insert member housed in said second lumen and located proximally to said balloon member, said bending-resistant insert member is affixed to, and conforms to shape of, inner surface of said shaft wall, and includes at least one insert opening; said shaft wall has an infusion outlet port located along, and providing an opening to, said second lumen proximally to said balloon member, said at least one insert opening is in direct fluid communication with said infusion outlet port, and said bending-resistant insert member provides structural support to a portion of said shaft wall surrounding said infusion outlet port; characterized in that said infusion outlet port, when combined with said at least one insert opening and said infusion outlet port, is configured for delivering imaging contrast material therethrough in an obtuse angle with a flow rate of 1 cc/sec or higher without causing jets. an inflatable balloon member; a shaft whose distal end is attached to said balloon member, and having a shaft wall enclosing: a first lumen that provides passage to a balloon inflation fluid, and a second lumen that provides passage to an infusion fluid and a guidewire; and a bending-resistant insert member housed in said second lumen and located proximally to said balloon member, said bending-resistant insert member is affixed to, and conforms to shape of, inner surface of said shaft wall, and includes at least one insert opening; said shaft wall has an infusion outlet port located along, and providing an opening to, said second lumen proximally to said balloon member, said at least one insert opening is in direct fluid communication with said infusion outlet port, and said bending-resistant insert member provides structural support to a portion of said shaft wall surrounding said infusion outlet port; characterized in that said infusion outlet port, when combined with said at least one insert opening and said infusion outlet port, is configured for delivering imaging contrast material therethrough in an obtuse angle with a flow rate of 1 cc/sec or higher without causing jets.
A load floor system of a rear compartment of a road vehicle , said rear compartment being located rearwards of one or more transverse rows of seats, said system including a load floor operable to bear a load placed thereupon when the load floor is disposed in a horizontal orientation in the rear compartment, characterized in that said load floor is implemented as a planar panel being fabricated from at least one of pressed metal sheet, molded plastics material, molded plastics material including one or more reinforcements, said load floor system further comprises a hinge arrangement disposed at a transverse axis at a forward edge of the load floor , said load floor being pivotable about said hinge arrangement from a horizontal orientation to a raised angle in relation to said horizontal orientation to provide user access to items stored beneath said load floor , and said load floor system further includes clips operable to resiliently engage with lateral edges of the load floor when the load floor is at the raised angle for retaining said load floor at said raised angle, said clips being integrally molded into side panels of the rear compartment or said clips being separately molded components which are adapted to be assembled onto the side panels .
A clamping connection having a clamping ring , mounted on a hub , in particular a hollow shaft portion, with a screw , in particular a clamping screw, wherein a further shaft, in particular a solid shaft portion of a further shaft, is inserted into the hub, wherein the clamping ring has a slot which, related to the shaft axis, is axially through-passing and through-passing in a radial direction, wherein in the slot there is arranged a disc , in particular an apertured disc, through which there projects the screw, wherein the disc projects into an axial slot of the hub, characterised in that a retaining ring is arranged between hub and clamping ring, in particular for axial securing of the clamping ring at the hub, wherein the axial slot of the hub is open towards the surroundings, in particular therefore issues to the surroundings, wherein the hub has a further axial slot which is spaced apart from the first axial slot in a circumferential direction, wherein the retaining ring has a radially inwards projecting region which projects at least partially into the further axial slot, in particular for anti-twist protection of the retaining ring itself. wherein a further shaft, in particular a solid shaft portion of a further shaft, is inserted into the hub, wherein the clamping ring has a slot which, related to the shaft axis, is axially through-passing and through-passing in a radial direction, wherein in the slot there is arranged a disc , in particular an apertured disc, through which there projects the screw, wherein the disc projects into an axial slot of the hub, characterised in that a retaining ring is arranged between hub and clamping ring, in particular for axial securing of the clamping ring at the hub, wherein the axial slot of the hub is open towards the surroundings, in particular therefore issues to the surroundings, wherein the hub has a further axial slot which is spaced apart from the first axial slot in a circumferential direction, wherein the retaining ring has a radially inwards projecting region which projects at least partially into the further axial slot, in particular for anti-twist protection of the retaining ring itself.