mhurhangee/ep-ind-claims huggingface dataset:
Kitchen appliance - with a main body and - a pivot arm, which is arranged pivotably on the main body at a bearing, - wherein the kitchen appliance has a lever device for assisting a pivoting movement of the pivot arm, characterised in that the lever device is coupled to the bearing so that an exerted torque can be introduced by way of the bearing into the pivot arm, - wherein the lever device comprises a first lever which is coupled to the bearing and pivots with the pivot arm, - and wherein the lever device comprises a second lever which interacts with the first lever in a joint and which interacts on the side opposite the joint with an active force means, in particular an elastic spring, at a connection point which is coupled to the main body. - with a main body and - a pivot arm, which is arranged pivotably on the main body at a bearing, - wherein the kitchen appliance has a lever device for assisting a pivoting movement of the pivot arm, - wherein the lever device comprises a first lever which is coupled to the bearing and pivots with the pivot arm, - and wherein the lever device comprises a second lever which interacts with the first lever in a joint and which interacts on the side opposite the joint with an active force means, in particular an elastic spring, at a connection point which is coupled to the main body.
An ophthalmological patient interface device for application onto an eye during treatment of the eye, the ophthalmological patient interface device comprising: a coupling part configured to attach mechanically the ophthalmological patient interface device to an optical projection system of an ophthalmological apparatus, a fastening element configured to fasten the ophthalmological patient interface device to the eye, a mirror system arranged downstream from the optical projection system, when the ophthalmological patient interface device is attached mechanically to the optical projection system, and having at least one mirroring surface arranged at an angle with respect to a projection axis of the optical projection system such that a laser beam projected by the optical projection system is deflected by the mirror system, characterised in that the ophthalmological patient interface device further comprises at least one device identifier adapted to be detected by a detector of the ophthalmological apparatus, the at least one device identifier being further adapted to indicate and identify the particular type of ophthalmological patient interface device and to indicate a configuration of the mirror system. a coupling part configured to attach mechanically the ophthalmological patient interface device to an optical projection system of an ophthalmological apparatus, a fastening element configured to fasten the ophthalmological patient interface device to the eye, a mirror system arranged downstream from the optical projection system, when the ophthalmological patient interface device is attached mechanically to the optical projection system, and having at least one mirroring surface arranged at an angle with respect to a projection axis of the optical projection system such that a laser beam projected by the optical projection system is deflected by the mirror system, characterised in that the ophthalmological patient interface device further comprises at least one device identifier adapted to be detected by a detector of the ophthalmological apparatus, the at least one device identifier being further adapted to indicate and identify the particular type of ophthalmological patient interface device and to indicate a configuration of the mirror system.
A wireless communication method performed by a terminal device, the method comprising: selecting, based on a first parameter, a value set from a first value set and a second value set that are of slot offsets and that are configured by a network device, wherein all slot offsets in the first value set are greater than a first threshold, and at least one slot offset in the second value set is equal to the first threshold; and receiving downlink control information, DCI, sent by the network device, wherein a slot offset carried in the DCI belongs to the selected value set, and the slot offset is used to indicate an offset in a quantity of slots of a physical downlink shared channel, PDSCH, scheduled by the DCI relative to the DCI, wherein the first parameter is the quantity of receive antennas currently used by the terminal device, and the selecting, based on a first parameter, a value set from a first value set and a second value set that are of slot offsets and that are configured by a network device comprises: selecting the first value set when the quantity of receive antennas currently used by the terminal device is a first quantity of antennas; and selecting the second value set when the quantity of receive antennas currently used by the terminal device is a second quantity of antennas, wherein the first quantity of antennas is less than the second quantity of antennas. selecting, based on a first parameter, a value set from a first value set and a second value set that are of slot offsets and that are configured by a network device, wherein all slot offsets in the first value set are greater than a first threshold, and at least one slot offset in the second value set is equal to the first threshold; and receiving downlink control information, DCI, sent by the network device, wherein a slot offset carried in the DCI belongs to the selected value set, and the slot offset is used to indicate an offset in a quantity of slots of a physical downlink shared channel, PDSCH, scheduled by the DCI relative to the DCI, wherein the first parameter is the quantity of receive antennas currently used by the terminal device, and the selecting, based on a first parameter, a value set from a first value set and a second value set that are of slot offsets and that are configured by a network device comprises: selecting the first value set when the quantity of receive antennas currently used by the terminal device is a first quantity of antennas; and selecting the second value set when the quantity of receive antennas currently used by the terminal device is a second quantity of antennas, wherein the first quantity of antennas is less than the second quantity of antennas. selecting the first value set when the quantity of receive antennas currently used by the terminal device is a first quantity of antennas; and selecting the second value set when the quantity of receive antennas currently used by the terminal device is a second quantity of antennas, wherein the first quantity of antennas is less than the second quantity of antennas.
A humanized BAT-1 (hBAT-1) antibody or antigen binding fragment thereof comprising a light chain variable region comprising the amino acid sequence as set forth in SEQ ID NO: 30, and a heavy chain variable region comprising the amino acid sequence as set forth in SEQ ID NO: 31.
A light module for electrical and thermal attachment to an energy infrastructure having at least one power supply, each power supply comprising two electrodes, said light module comprising: - a light source to emit light, wherein the light source is a heat source when emitting light, - two electrical contacts to contact the electrodes of the at least one power supply and thereby establishing the electrical attachment between the light module and the energy infrastructure, - a control system arranged between the light source and the electrical contacts to control a power supplied to the light source, a measurement system to measure a thermal resistance of the thermal attachment between the light module and the energy infrastructure when establishing the electrical attachment, wherein the control system is configured to reduce the power supplied to the light source when the thermal resistance is above a predetermined value to protect the light module from overheating, characterized in that a warning system is provided to provide a warning signal when the thermal resistance is above the predetermined value. - a light source to emit light, wherein the light source is a heat source when emitting light, - two electrical contacts to contact the electrodes of the at least one power supply and thereby establishing the electrical attachment between the light module and the energy infrastructure, - a control system arranged between the light source and the electrical contacts to control a power supplied to the light source,
A battery module, characterized in comprising: a plurality of batteries that is stacked; an end plate disposed at an end of the plurality of batteries in a direction, along which the plurality of batteries are stacked; an electric insulation component disposed between the end plate and a battery of the plurality of batteries adjacent to the end plate, the electric insulation component comprising at least one mounting portion; and at least one heat insulation component disposed below the end plate and connected to a bottom of the end plate, wherein each of the at least one heat insulation component is detachably connected to a corresponding one of the at least one mounting portion, wherein the electric insulation component further comprises an insulation body disposed between the end plate and the battery adjacent to the end plate, wherein the at least one mounting portion is disposed below the end plate, and the at least one mounting portion is connected to the insulation body and extends towards the end plate; and wherein each of the at least one mounting portion is provided with a first mounting hole, in which a corresponding one of the at least one heat insulation component is mounted. a plurality of batteries that is stacked; an end plate disposed at an end of the plurality of batteries in a direction, along which the plurality of batteries are stacked; an electric insulation component disposed between the end plate and a battery of the plurality of batteries adjacent to the end plate, the electric insulation component comprising at least one mounting portion; and at least one heat insulation component disposed below the end plate and connected to a bottom of the end plate, wherein each of the at least one heat insulation component is detachably connected to a corresponding one of the at least one mounting portion, wherein the electric insulation component further comprises an insulation body disposed between the end plate and the battery adjacent to the end plate, wherein the at least one mounting portion is disposed below the end plate, and the at least one mounting portion is connected to the insulation body and extends towards the end plate; and wherein each of the at least one mounting portion is provided with a first mounting hole, in which a corresponding one of the at least one heat insulation component is mounted.
A spherical sport ball comprising: a casing that includes first and second substantially hemispherical panel components, each substantially hemispherical panel component being a unitary structure having a central panel and a plurality of polygonal peripheral panels adjacent to the central panel, and wherein the hemispherical panel components include flange areas that form edge portions of the peripheral panels and the flange areas forming the edge portions of the peripheral panels of the first and second hemispherical panel components are joined to flange areas of adjacent peripheral panels; wherein the flange areas of the first hemispherical panel component are joined to flange areas of the second hemispherical panel component to join the first substantially hemispherical panel component with the second substantially hemispherical panel component at a non-linear, circumferential seam between peripheral panels of the first hemispherical panel component and peripheral panels of the second hemispherical panel component; and wherein the non-linear, circumferential seam is formed by welding. a casing that includes first and second substantially hemispherical panel components, each substantially hemispherical panel component being a unitary structure having a central panel and a plurality of polygonal peripheral panels adjacent to the central panel, and wherein the hemispherical panel components include flange areas that form edge portions of the peripheral panels and the flange areas forming the edge portions of the peripheral panels of the first and second hemispherical panel components are joined to flange areas of adjacent peripheral panels; wherein the flange areas of the first hemispherical panel component are joined to flange areas of the second hemispherical panel component to join the first substantially hemispherical panel component with the second substantially hemispherical panel component at a non-linear, circumferential seam between peripheral panels of the first hemispherical panel component and peripheral panels of the second hemispherical panel component; and wherein the non-linear, circumferential seam is formed by welding.
An automatic pump comprising: a housing having an inlet formed at one side for a fluid to enter and an outlet formed at another side for discharging the fluid; an impeller installed inside of the housing for forcefully drawing the fluid through the inlet into the housing and then forcefully discharging the fluid through the outlet; a motor; a control unit for controlling the motor; and a pressure sensor for sensing an internal pressure of the housing and transmitting the internal pressure to the control unit; characterized in that the motor is capable of shifting the impeller through multi-stage rotational speeds or into a stop, and that the automatic pump comprising a switching unit responsive to a signal corresponding to the internal pressure of the housing transmitted from the pressure sensor to the control unit for selectively changing winding counts of a stator coil of the motor and thereby running the motor at one of set multi-stage rotational speeds or stopping the motor. a housing having an inlet formed at one side for a fluid to enter and an outlet formed at another side for discharging the fluid; an impeller installed inside of the housing for forcefully drawing the fluid through the inlet into the housing and then forcefully discharging the fluid through the outlet; a motor; a control unit for controlling the motor; and a pressure sensor for sensing an internal pressure of the housing and transmitting the internal pressure to the control unit; characterized in that the motor is capable of shifting the impeller through multi-stage rotational speeds or into a stop, and that the automatic pump comprising a switching unit responsive to a signal corresponding to the internal pressure of the housing transmitted from the pressure sensor to the control unit for selectively changing winding counts of a stator coil of the motor and thereby running the motor at one of set multi-stage rotational speeds or stopping the motor.
A pharmaceutical composition comprising Bortezomib or pharmaceutically acceptable salt or solvate thereof, tromethamine and an organic carboxylic acid, wherein the pH of the composition is from 3.0 to 6.0.
A reinforcement bar coupler for connecting and fixing reinforcement bars, comprising: a hollow coupler cap having an open outer end through which the a reinforcement bar is to be inserted into the coupler cap; a spiral female thread circumferentially recessed on an inner surface of the coupler cap, the female thread having an inclined taper plane which is inclined and protrudes from a recessed bottom in a direction toward the outer end; and a clamping spring having a spiral shape that corresponds to the female thread, the clamping spring made of a material that can be twisted and changed in diameter under an external force and be elastically restored, the clamping spring fitted into and fastened to the female thread, characterised in that when the reinforcement bar is inserted, the clamping spring is closely abutted to the recessed bottom of the female thread and is unwound so that a diameter thereof is increased so thatenabling the reinforcement bar to slips into the spring, and when an external force in a direction opposite to a direction in which the reinforcement bar is inserted is applied in a state in which the reinforcement bar is inserted, the clamping spring moves in the direction toward the outer end of the coupler cap along the inclined taper plane due to a frictional force exerted onto the reinforcement bar and is wound on the reinforcement bar so that the diameter thereof is gradually decreased, thereby holding the reinforcement bar. a hollow coupler cap having an open outer end through which the a reinforcement bar is to be inserted into the coupler cap; a spiral female thread circumferentially recessed on an inner surface of the coupler cap, the female thread having an inclined taper plane which is inclined and protrudes from a recessed bottom in a direction toward the outer end; and a clamping spring having a spiral shape that corresponds to the female thread, the clamping spring made of a material that can be twisted and changed in diameter under an external force and be elastically restored, the clamping spring fitted into and fastened to the female thread, characterised in that when the reinforcement bar is inserted, the clamping spring is closely abutted to the recessed bottom of the female thread and is unwound so that a diameter thereof is increased so thatenabling the reinforcement bar to slips into the spring, and when an external force in a direction opposite to a direction in which the reinforcement bar is inserted is applied in a state in which the reinforcement bar is inserted, the clamping spring moves in the direction toward the outer end of the coupler cap along the inclined taper plane due to a frictional force exerted onto the reinforcement bar and is wound on the reinforcement bar so that the diameter thereof is gradually decreased, thereby holding the reinforcement bar.
A system for controlling heated air in a device that is partitioned into two or more zones (111, 112, 113, 114), comprising: one or more temperature sensors (121, 122, 123, 124) configured to measure air temperature of each of the two or more zones (111, 112, 113, 114); one or more moving components (131, 132, 133) configured to form one or more air channels to transfer the heated air; and a controller configured to: receive the measured air temperature of each of the two or more zones (111, 112, 113, 114) from the one or more sensors (121, 122, 123, 124), determine whether the measured air temperature of each of the two or more zones (111, 112, 113, 114) is above a threshold value corresponding to each of the two or more zones (111, 112, 113, 114), and manipulate at least one of the one or more moving components (131, 132, 133) for the heated air to bypass a zone among the two or more zones (111, 112, 113, 114), when the measured air temperature of the zone is above its threshold value. one or more temperature sensors (121, 122, 123, 124) configured to measure air temperature of each of the two or more zones (111, 112, 113, 114); one or more moving components (131, 132, 133) configured to form one or more air channels to transfer the heated air; and a controller configured to: receive the measured air temperature of each of the two or more zones (111, 112, 113, 114) from the one or more sensors (121, 122, 123, 124), determine whether the measured air temperature of each of the two or more zones (111, 112, 113, 114) is above a threshold value corresponding to each of the two or more zones (111, 112, 113, 114), and manipulate at least one of the one or more moving components (131, 132, 133) for the heated air to bypass a zone among the two or more zones (111, 112, 113, 114), when the measured air temperature of the zone is above its threshold value. receive the measured air temperature of each of the two or more zones (111, 112, 113, 114) from the one or more sensors (121, 122, 123, 124), determine whether the measured air temperature of each of the two or more zones (111, 112, 113, 114) is above a threshold value corresponding to each of the two or more zones (111, 112, 113, 114), and manipulate at least one of the one or more moving components (131, 132, 133) for the heated air to bypass a zone among the two or more zones (111, 112, 113, 114), when the measured air temperature of the zone is above its threshold value.
An element for locking and unlocking doors of vehicles, of the type of lorries, trucks, semi-trailer trucks, and similar vehicles for professional use, which are provided with an inner compartment that is kept at a preset temperature and is closed by a door, which rotatably supports at least one bar for supporting respective means of anchoring to the frame of the vehicle, the door being substantially constituted by a first wall, which is directed toward the compartment, and a second wall, which is directed toward the outside environment, mutually facing so as to delimit a space, which can be filled with a layer of thermally insulating material, said element being substantially constituted by a body that comprises at least one plate provided with respective raised perimetric side walls (4a, 4b), which can be stably and hermetically applied, before filling the space with the layer, on a first face of the second wall of the door, which is directed toward the first wall, in order to form a recess, which is within the space and is adapted to accommodate a lever for actuating the at least one bar, which is accessible by way of a respective opening that can be provided in the second wall, said body comprising two tubes that are perpendicularly and hermetically coupled to two of said mutually opposite side walls, the at least one bar being able to be partially and rotatably inserted into said tubes, which can both be aligned along the rotation axis of the at least one bar, and exiting, at said recess, with a portion thereof that supports the lever, characterized in that said body comprises means of hermetic sealing, which are interposed between each tube (6 and respective orifices for insertion of the bar, and are mutually aligned and provided along said mutually opposite side walls, in order to obstruct water infiltrations and leaks, said sealing means being substantially constituted by a pair of bushings, each one of said bushings comprising a cylindrical sleeve, which extends externall with respect to said recess and has at one end a contoured lip of a shape complementary to said respective orifice, for its interlocking hermetic coupling with said side wall.
A baffle grid of a nuclear reactor fuel assembly designed in the form of a plate having parallel through slotted grooves and a through hole in the center thereof, wherein blades are provided on bridges between the grooves on one side of the grid, characterized in that said blades are made in the form of flat plates inclined at an angle to the longitudinal axis of the fuel assembly.
A system for seed orientation comprising: a seed disk capable of rotation; a vision system in proximity to the seed disk, the vision system configured to determine seed orientation data for a seed on the seed disk; and the seed disk having at least one singulator (410, 412, 1380) configured to adjust an orientation of the seed to a desired seed orientation for placement within a furrow during planting; wherein the at least one singulator (410, 412, 1380) is configured to adjust the orientation of the seed to have a longitudinal axis of the seed being aligned in a particular orientation with respect to the seed disk, and wherein the at least one singulator (410, 412, 1380) is configured to adjust the orientation of seed to the desired seed orientation based on the seed orientation data of the vision system.