mhurhangee/ep-ind-claims huggingface dataset:
Method for operating a battery cell, in particular in a vehicle, wherein a temperature of the battery cell is measured by means of a temperature sensor, and a measurement current is measured by means of a current sensor to determine a battery current flowing through the battery cell, and wherein a load is connected to the battery cell, as a result of which a load current from the battery cell flows through the load if the measured temperature falls below a predefined limit temperature, and if the measured measurement current falls below a predefined limit value, characterized in that the predefined limit value corresponds to a measurement fault current of the current sensor. a temperature of the battery cell is measured by means of a temperature sensor, and a measurement current is measured by means of a current sensor to determine a battery current flowing through the battery cell, and wherein a load is connected to the battery cell, as a result of which a load current from the battery cell flows through the load if the measured temperature falls below a predefined limit temperature, and if the measured measurement current falls below a predefined limit value, characterized in that the predefined limit value corresponds to a measurement fault current of the current sensor.
An apparatus, comprised by a base station for a wireless network, comprising: means for receiving a first message, from a user equipment the first message comprising an indication of a determination that the user equipment is in physical proximity of a first cell served by another base station, based on information stored by the user equipment; means for determining whether the first cell is available to the user equipment; means for causing, responsive to a determination that the first cell is available to the user equipment, a second message to be transmitted to the user equipment, the second message comprising an instruction for the user equipment to perform at least one measurement to discover the first cell, characterized by means for obtaining, responsive to receiving the first message, information on a location of the first cell accessible to the apparatus, the apparatus further comprising means for suppressing, responsive to the location of the first cell being distant from a location of the user equipment, the sending of the second message. means for receiving a first message, from a user equipment the first message comprising an indication of a determination that the user equipment is in physical proximity of a first cell served by another base station, based on information stored by the user equipment; means for determining whether the first cell is available to the user equipment; means for causing, responsive to a determination that the first cell is available to the user equipment, a second message to be transmitted to the user equipment, the second message comprising an instruction for the user equipment to perform at least one measurement to discover the first cell, characterized by means for obtaining, responsive to receiving the first message, information on a location of the first cell accessible to the apparatus, the apparatus further comprising means for suppressing, responsive to the location of the first cell being distant from a location of the user equipment, the sending of the second message.
A method for receiving a physical downlink shared channel, PDSCH, signal by a user equipment, UE, in a wireless communication system, the method comprising: receiving a PDSCH resource element and Quasi co-location Indicator, PQI, parameter set; determining a start symbol index of the PDSCH in a downlink subframe; and receiving the PDSCH signal based on the start symbol index, characterized in that the PQI parameter set includes information on a specific subframe set and a PDSCH start symbol value, wherein, when the downlink subframe belongs to the specific subframe set, the start symbol index of the PDSCH is determined according to k = min(K Threshold, K), where k denotes the start symbol index of the PDSCH, K denotes the PDSCH start symbol value included in the PQI parameter set, K Threshold is a predetermined threshold, and min(K Threshold, K) indicates a minimum value among K Threshold and K. receiving a PDSCH resource element and Quasi co-location Indicator, PQI, parameter set; determining a start symbol index of the PDSCH in a downlink subframe; and receiving the PDSCH signal based on the start symbol index, characterized in that the PQI parameter set includes information on a specific subframe set and a PDSCH start symbol value, wherein, when the downlink subframe belongs to the specific subframe set, the start symbol index of the PDSCH is determined according to k = min(K Threshold, K), where k denotes the start symbol index of the PDSCH, K denotes the PDSCH start symbol value included in the PQI parameter set, K Threshold is a predetermined threshold, and min(K Threshold, K) indicates a minimum value among K Threshold and K.
Method for lifting an object from a vessel deck, wherein a hoisting means on the vessel deck comprises a hoisting cable which is provided at an outer end with an attaching means for the object, wherein the object is connected to the attaching means and the object is taken up and displaced relative to the vessel deck using the attaching means, wherein the swinging movements of the attaching means and of the object connected thereto, occurring under the influence of wave and wind forces, are damped during displacement by a gyroscope which is connected to the hoisting cable, attaching means and/or object and which comprises a rotation-symmetrical body rotating around a primary rotation axis, wherein the primary rotation axis of the gyroscope is held at an angle of inclination other than zero to the hoisting cable direction, wherein the angle of inclination is varied linearly with the current angle of swing between the hoisting cable direction and the z-direction running perpendicularly of the vessel deck.
A lubricating system for an internal combustion engine, which system includes a first conduit means connecting a lubricant supply source to the internal combustion engine for supplying lubricant to the internal combustion engine and preferably includes a pump located in the first conduit means for pumping said lubricant, characterized in that the system further includes a second conduit means connecting a gas supply source to the first conduit means for supplying gas to the first conduit means such that gas bubbles are formed in the first conduit means, a sensor, preferably an optical sensor or a capacitive sensor, detecting whether lubricant or whether gas is present in a certain part of the first conduit, said certain part being located downstream the connection of the second conduit means to the first conduit means, and a control unit connected to the sensor, which control unit is arranged to determine whether lubricant is flowing through the first conduit means or not, in response to the detections of the sensor.
Installation comprising a manhole having a ladder fixed to a side wall and, above the manhole, a tripod having a first foot and two other feet (4, 5), converging at a point of convergence, the first foot being vertical and immobilized on the edge of the opening of the manhole, characterized in that the point of convergence consists of a U-shaped plate mounted to slide on the first foot with the possibility of immobilizing it there by an immobilization means.
A welding-type system comprising: a membrane panel comprising a user interface and a close-proximity communication antenna embedded within the membrane panel; and a controller configured to control a parameter of the welding-type system based on commands received from the close-proximity communications antenna. a membrane panel comprising a user interface and a close-proximity communication antenna embedded within the membrane panel; and a controller configured to control a parameter of the welding-type system based on commands received from the close-proximity communications antenna.
Hollow profile for the construction of an opening frame, in particular a sliding opening frame, of a glazed opening, said opening frame being intended to cooperate with a fixed frame of the glazed opening, said hollow profile including: - two respectively called central and connection cells, each of said cells including a first wall (111, 121) intended to extend in a mean plane normal to the glazed opening, a second wall (112, 122) opposite said first wall (111, 121), as well as side walls (113, 114, 123, 124) connecting said first (111, 121) and second (112, 122) walls, - side cells (130, 140, 150, 160) arranged on either side of said central and connecting cells, - fixing means intended to hold a glazing bead profile of the opening frame in a stable position and in a reversible manner, - assembly means intended to hold protective profiles (281, 282) of the opening frame in a stable position and in a reversible manner, said hollow profile being characterised in that it is made of polyamide material filled with fibreglass. - two respectively called central and connection cells, each of said cells including a first wall (111, 121) intended to extend in a mean plane normal to the glazed opening, a second wall (112, 122) opposite said first wall (111, 121), as well as side walls (113, 114, 123, 124) connecting said first (111, 121) and second (112, 122) walls, - side cells (130, 140, 150, 160) arranged on either side of said central and connecting cells, - fixing means intended to hold a glazing bead profile of the opening frame in a stable position and in a reversible manner, - assembly means intended to hold protective profiles (281, 282) of the opening frame in a stable position and in a reversible manner,
Power electronic switching module, comprising at least one power semiconductor configured as a flat part having two flat sides facing away from one another, and a first switching contact electrically linked to the power semiconductor and a second switching contact electrically linked to the power semiconductor, wherein the second flat side of the power semiconductor is linked to the second switching contact, wherein the first and the second switching contacts are subjected to force towards one another at least in a region spaced apart from the power semiconductor and are spaced apart from one another by means of an electrical insulation, wherein the insulation is arranged and configured in such a way that it is removable owing to energization of the power semiconductor with a fault current, with the result that, in a fault situation associated with the fault current, the first and the second switching contacts are no longer spaced apart by the insulation and, on account of being subjected to force towards one another, make electrically conductive contact with one another and form an alternative fault current path, characterized in that the first flat side of the power semiconductor is linked to the first switching contact and the insulation extends from a surface section of the power semiconductor, said surface section being situated at the first and/or second switching contact, as far as the region. are spaced apart from one another by means of an electrical insulation, wherein the insulation is arranged and configured in such a way that it is removable owing to energization of the power semiconductor with a fault current, with the result that, in a fault situation associated with the fault current, the first and the second switching contacts are no longer spaced apart by the insulation and, on account of being subjected to force towards one another, make electrically conductive contact with one another and form an alternative fault current path, characterized in that the first flat side of the power semiconductor is linked to the first switching contact and the insulation extends from a surface section of the power semiconductor, said surface section being situated at the first and/or second switching contact, as far as the region.
A photoelectric device comprising a glass substrate; an undercoating film adjacent to the glass substrate; a doped zinc oxide transparent conductive oxide layer (200, 201) adjacent to the undercoating film; and a nitrogen-containing cap layer adjacent to the doped zinc oxide transparent conductive layer, said cap layer comprising nitrogen, zinc and oxygen, wherein said nitrogen-containing cap layer comprises a mixture of Zn w O x N y Y z, where w, x, y, z are atomic percents of zinc, oxygen, nitrogen, and Y in the compound, where w is from 20 to 80, x is from 10 to 50, y is from 10 to 50, z is from 10 to 50, such that the sum of all concentrations (w + x + y + z + χ) is equal to 100, where χ represents a total sum of impurities in atomic percent and wherein Y represents one or more elements selected from the group consisting of B, Al, Ga, In, and Tl.
A screw actuator comprising: a nut having an internal helical formation; a screw having an external helical formation and rotatably received within the nut, relative rotational movement of the nut and screw causing axial movement of one of the nut and screw relative to the other of the nut and screw; a lubricant reservoir; a lubricant pressuriser for pressurising lubricant within the lubricant reservoir; a lubricant receiving chamber formed in the nut and through which the screw extends; a lubricant supply passage fluidly connecting the lubricant reservoir and the lubricant receiving chamber; a valve (64; 72) for controlling the flow of lubricant between the lubricant reservoir and the lubricant receiving chamber; the screw actuator further comprises a lubricant supply piston received in the lubricant receiving chamber, characterized in that the lubricant supply piston is mounted on the external helical formation of the screw, the lubricant supply piston being mounted to the screw with sufficient friction that in response to relative rotational movement of the screw and the nut resulting in relative axial movement of the screw and the nut, the lubricant supply piston can move axially with the screw relative to the nut through the lubricant receiving chamber so as to force lubricant from the lubricant receiving chamber into an interface between the nut and the screw, but such that the lubricant supply piston may rotationally slip on the screw when the lubricant supply piston reaches an axial limit position within the lubricant receiving chamber. a nut having an internal helical formation; a screw having an external helical formation and rotatably received within the nut, relative rotational movement of the nut and screw causing axial movement of one of the nut and screw relative to the other of the nut and screw; a lubricant reservoir; a lubricant pressuriser for pressurising lubricant within the lubricant reservoir; a lubricant receiving chamber formed in the nut and through which the screw extends; a lubricant supply passage fluidly connecting the lubricant reservoir and the lubricant receiving chamber; a valve (64; 72) for controlling the flow of lubricant between the lubricant reservoir and the lubricant receiving chamber; the screw actuator further comprises a lubricant supply piston received in the lubricant receiving chamber, characterized in that the lubricant supply piston is mounted on the external helical formation of the screw, the lubricant supply piston being mounted to the screw with sufficient friction that in response to relative rotational movement of the screw and the nut resulting in relative axial movement of the screw and the nut, the lubricant supply piston can move axially with the screw relative to the nut through the lubricant receiving chamber so as to force lubricant from the lubricant receiving chamber into an interface between the nut and the screw, but such that the lubricant supply piston may rotationally slip on the screw when the lubricant supply piston reaches an axial limit position within the lubricant receiving chamber.
A nail gun, comprising: a housing, a trigger, an electric motor, a first cylinder, a second cylinder, a crank, a linkage, a nail firing assembly, and a nail supplying assembly, the second cylinder being disposed in the first cylinder, inside the first cylinder being provided a first piston, inside the second cylinder being provided a second piston, the linkage being in transmission connection with the first piston, the electric motor being in transmission connection with the crank via a transmission mechanism and driving, via the linkage, the first piston to make an axial motion in the first cylinder, a circulating air channel being provided between the first cylinder and the second cylinder, the nail firing assembly comprising a striker which is connected with the second piston, characterized in that an upper end inside the first cylinder is provided with a lock catch assembly locking the second piston to a high point, an unlocking ejector pin is provided on the first piston, the first piston moves upwards to drive the unlocking ejector pin to move upwardly, such that the unlocking ejector pin pushes the lock catch assembly to be detached from the second piston, and then the second piston moves downwardly under an air pressure to cause the striker to strike the nail.
Display instrument comprising a cover disk, a housing retaining the cover disk and a connector element connecting the housing and the cover disk, which connector element engages in a housing recess arranged in the housing, wherein the connector element is arranged in the housing recess and a disk recess of the cover disk corresponding to the housing recess under tension, characterized in that the housing has a ventilation hole connecting the housing recess to a housing surface facing away from the cover disk, and/or the cover disk has a ventilation hole connecting the disk recess to a disk surface facing away from the housing.
An aerosol-generating system comprising: a capsule (30, 300A, 300B) comprising a reservoir for containing an aerosol-generating substrate; and a vaporizing unit releasably connectable to the capsule (30, 300A, 300B), the vaporizing unit comprising a housing, a liquid transfer element disposed in the housing, and a heating element disposed in the housing and configured to heat liquid in the liquid transfer element, wherein the housing comprises a proximal end and wherein at least a portion of the liquid transfer element extends beyond the proximal end of the housing, wherein the vaporizing unit is configured such that the liquid transfer element is the first portion of the vaporizing unit to penetrate into the reservoir of the capsule as a distal end of the capsule is moved towards the proximal end of the vaporizing unit; and wherein the vaporizing unit further comprises a retractable sheath disposed about the portion of the liquid transfer element that extends beyond the proximal end of the housing. a capsule (30, 300A, 300B) comprising a reservoir for containing an aerosol-generating substrate; and a vaporizing unit releasably connectable to the capsule (30, 300A, 300B), the vaporizing unit comprising a housing, a liquid transfer element disposed in the housing, and a heating element disposed in the housing and configured to heat liquid in the liquid transfer element, wherein the housing comprises a proximal end and wherein at least a portion of the liquid transfer element extends beyond the proximal end of the housing, wherein the vaporizing unit is configured such that the liquid transfer element is the first portion of the vaporizing unit to penetrate into the reservoir of the capsule as a distal end of the capsule is moved towards the proximal end of the vaporizing unit; and wherein the vaporizing unit further comprises a retractable sheath disposed about the portion of the liquid transfer element that extends beyond the proximal end of the housing.
A display device comprising: a display panel; a conductive sheet disposed below the display panel; a force concentration bump (531, 533) disposed below a first edge region of the display panel; and a force sensor (100, 200) disposed below the conductive sheet, extending in a first direction along the first edge region of the display panel, the force sensor (100, 200) comprising a sensing region, wherein the force concentration bump (531, 533) overlaps the sensing region, and the force concentration bump (531, 533) and the conductive sheet are made of a same material and are formed from a same conductive plate wherein the display device further comprises: a first portion which is flat and lies in a first plane, and a second portion located at the first edge region, the second portion lying in a different plane to the first plane, the second portion is connected to the first portion, but is bent or curved from the first portion; wherein the conductive sheet is disposed in the first portion, and the force concentration bump (531, 533) and force sensor (100, 200) are disposed in the second portion. a display panel; a conductive sheet disposed below the display panel; a force concentration bump (531, 533) disposed below a first edge region of the display panel; and a force sensor (100, 200) disposed below the conductive sheet, extending in a first direction along the first edge region of the display panel, the force sensor (100, 200) comprising a sensing region, wherein the force concentration bump (531, 533) overlaps the sensing region, and the force concentration bump (531, 533) and the conductive sheet are made of a same material and are formed from a same conductive plate wherein the display device further comprises: a first portion which is flat and lies in a first plane, and a second portion located at the first edge region, the second portion lying in a different plane to the first plane, the second portion is connected to the first portion, but is bent or curved from the first portion; a first portion which is flat and lies in a first plane, and a second portion located at the first edge region, the second portion lying in a different plane to the first plane, the second portion is connected to the first portion, but is bent or curved from the first portion; wherein the conductive sheet is disposed in the first portion, and the force concentration bump (531, 533) and force sensor (100, 200) are disposed in the second portion.