mhurhangee/ep-ind-claims huggingface dataset:
A common downlink control channel transmission method, comprising: receiving, by a User Equipment, UE, a target signal from a network side device, wherein a resource set for transmitting a common downlink control channel is associated with the target signal; and determining, by the UE, the resource set in accordance with the target signal, and receiving the common downlink control channel from the network side device through the resource set, wherein the target signal includes a synchronization signal block, wherein configuration information of the resource set is determined through the synchronization signal block and/or predefined in a protocol, wherein one synchronization signal block corresponds to at least one resource set for transmitting the common downlink control channel, wherein there is a relationship predefined in a protocol between the configuration information and the synchronization signal block, wherein an Orthogonal Frequency Division Multiplexing, OFDM, symbol occupied by the resource set is the same as an OFDM symbol occupied by the synchronization signal block, and a transmission periodicity of the common downlink control channel is the same as a transmission periodicity of the synchronization signal block, wherein a time-frequency-domain resource occupied by the resource set and a time-frequency-domain resource occupied by the synchronization signal block are used in a Frequency Division Multiplexing, FDM, manner, all contents of configuration information of the resource set are predefined in a protocol. receiving, by a User Equipment, UE, a target signal from a network side device, wherein a resource set for transmitting a common downlink control channel is associated with the target signal; and determining, by the UE, the resource set in accordance with the target signal, and receiving the common downlink control channel from the network side device through the resource set, wherein the target signal includes a synchronization signal block, wherein configuration information of the resource set is determined through the synchronization signal block and/or predefined in a protocol, wherein one synchronization signal block corresponds to at least one resource set for transmitting the common downlink control channel, wherein there is a relationship predefined in a protocol between the configuration information and the synchronization signal block, wherein an Orthogonal Frequency Division Multiplexing, OFDM, symbol occupied by the resource set is the same as an OFDM symbol occupied by the synchronization signal block, and a transmission periodicity of the common downlink control channel is the same as a transmission periodicity of the synchronization signal block, wherein a time-frequency-domain resource occupied by the resource set and a time-frequency-domain resource occupied by the synchronization signal block are used in a Frequency Division Multiplexing, FDM, manner, all contents of configuration information of the resource set are predefined in a protocol.
A loudspeaker assembly, comprising: a mounting bracket comprising: a mounting plate for securing the mounting bracket to a flat surface; and a support arm extending outwardly from the mounting plate; and a pivot pin extending outwardly from the support arm, and a loudspeaker comprising: an electro-acoustic transducer; and an acoustic enclosure defining a bracket passthrough for receiving the support arm of the mounting bracket such the loudspeaker is pivotable between a plurality of pitch angles relative to the mounting bracket; wherein the bracket passthrough defines a pin alignment slot (308, 1408) for accommodating the pivot pin when the support arm is inserted into the bracket passthrough and wherein the pin alignment slot terminates at a ramp feature (400, 1500), which defines a portion of a pin receptacle; a locking mechanism for releasably securing the loudspeaker in a selected one of the plurality of pitch angles, and wherein the pivot pin rests in the pin receptacle when the support arm is fully inserted into the bracket passthrough, wherein the loudspeaker is pivotable about the pivot pin when the pivot pin is received within the pin receptacle, and wherein the ramp feature inhibits removal of the support arm from the bracket passthrough once the support arm is fully inserted into the bracket passthrough. a mounting bracket comprising: a mounting plate for securing the mounting bracket to a flat surface; and a support arm extending outwardly from the mounting plate; and a pivot pin extending outwardly from the support arm, and a mounting plate for securing the mounting bracket to a flat surface; and a support arm extending outwardly from the mounting plate; and a pivot pin extending outwardly from the support arm, and a loudspeaker comprising: an electro-acoustic transducer; and an acoustic enclosure defining a bracket passthrough for receiving the support arm of the mounting bracket such the loudspeaker is pivotable between a plurality of pitch angles relative to the mounting bracket; an electro-acoustic transducer; and an acoustic enclosure defining a bracket passthrough for receiving the support arm of the mounting bracket such the loudspeaker is pivotable between a plurality of pitch angles relative to the mounting bracket; wherein the bracket passthrough defines a pin alignment slot (308, 1408) for accommodating the pivot pin when the support arm is inserted into the bracket passthrough and wherein the pin alignment slot terminates at a ramp feature (400, 1500), which defines a portion of a pin receptacle; a locking mechanism for releasably securing the loudspeaker in a selected one of the plurality of pitch angles, and wherein the pivot pin rests in the pin receptacle when the support arm is fully inserted into the bracket passthrough, wherein the loudspeaker is pivotable about the pivot pin when the pivot pin is received within the pin receptacle, and wherein the ramp feature inhibits removal of the support arm from the bracket passthrough once the support arm is fully inserted into the bracket passthrough.
A swivel device for an at least 6 inch (about 15 cm) hydrant manifold (VM, HM) for industrial fire fighting, comprising: a male sleeve having a first fitting structured to fixedly attach, directly or indirectly, to a hydrant manifold (VM, HM) inlet valve or riser pipe, the first fitting having a first flange for fixedly attaching to a hydrant manifold (VM, HM) inlet valve or riser pipe; a female sleeve that functions as a swivel body structured for sealing, rotational attachment, directly or indirectly, to the male sleeve by mating the male sleeve and the female sleeve, the female sleeve providing a second fitting structured to fixedly attach, directly or indirectly, to a hydrant manifold (VM, HM), wherein the second fitting includes a second flange for fixedly attaching to a hydrant manifold (VM, HM); and a locking device structured to fix a rotatable attachment position between the female sleeve and the male sleeve; wherein the male sleeve and the female sleeve provide an at least 6 inch (about 15 cm) fluid conduit between the first fitting and the second fitting a male sleeve having a first fitting structured to fixedly attach, directly or indirectly, to a hydrant manifold (VM, HM) inlet valve or riser pipe, the first fitting having a first flange for fixedly attaching to a hydrant manifold (VM, HM) inlet valve or riser pipe; a female sleeve that functions as a swivel body structured for sealing, rotational attachment, directly or indirectly, to the male sleeve by mating the male sleeve and the female sleeve, the female sleeve providing a second fitting structured to fixedly attach, directly or indirectly, to a hydrant manifold (VM, HM), wherein the second fitting includes a second flange for fixedly attaching to a hydrant manifold (VM, HM); and a locking device structured to fix a rotatable attachment position between the female sleeve and the male sleeve; wherein the male sleeve and the female sleeve provide an at least 6 inch (about 15 cm) fluid conduit between the first fitting and the second fitting
A refractive laser surgery system, the system comprising a processor having access to memory media storing instructions or sets of instructions executable by the processor to: identify a surgical parameter; correct the surgical parameter based on a nomogram specific for the refractive laser surgery system to provide a nomogram-based corrected surgical parameter; and store the surgical parameter and the nomogram-based corrected surgical parameter in the memory media as data for a patient or for one or both eyes of the patient; characterized by instructions or sets of instructions executable by the processor to: compare the surgical parameter and nomogram-based corrected surgical parameter to generate a graphical representation of the surgical parameter, a target outcome parameter associated with the surgical parameter, or both, and the nomogram-based corrected surgical parameter, to generate a warning based on a comparison of the nomogram-based corrected surgical parameter to the surgical parameter or an absolute value of the nomogram-based corrected surgical parameter, or both. identify a surgical parameter; correct the surgical parameter based on a nomogram specific for the refractive laser surgery system to provide a nomogram-based corrected surgical parameter; and store the surgical parameter and the nomogram-based corrected surgical parameter in the memory media as data for a patient or for one or both eyes of the patient; characterized by instructions or sets of instructions executable by the processor to: compare the surgical parameter and nomogram-based corrected surgical parameter to generate a graphical representation of the surgical parameter, a target outcome parameter associated with the surgical parameter, or both, and the nomogram-based corrected surgical parameter, to generate a warning based on a comparison of the nomogram-based corrected surgical parameter to the surgical parameter or an absolute value of the nomogram-based corrected surgical parameter, or both.
A reactor of the silent discharge or dielectric barrier type for plasma assisted treatment of a gaseous medium, which reactor comprises ceramic cover plate, at least one pair of electrodes (44, 46/47) between which is an intervening ceramic dielectric barrier layer (52,53) defining between at least one of the electrodes and the dielectric barrier layer at least one gas flow path through which gaseous medium may pass, such that, in use, a plasma discharge is generated in the gaseous medium by application of an appropriate electrical potential across the or each electrode pair (44, 46/47), a layer of material between the electrodes, which layer may comprise the said dielectric barrier layer or may be separate therefrom, and which provides a surface over which the gaseous medium flows, means for causing entrapment on the said surface of selected species or particulate matter in the gaseous medium, and the said surface extends along at least part of the length of the said gas flow path characterised in that one electrode(46/47) defining the one side of gas flow path consists of three ceramic dielectric barrier layers (53, 54, 55) between which are sandwiched two electrode grid structures, spaced from one another by a dielectric layer, each electrode grid structure comprising plate like components where the plate like components of one grid structure are laterally displaced with respect to the corresponding plate like components of the other electrode grid structure so as to promote surface discharge to take place along the said surface on which the selected species or particulate matter is entrapped.
A power supply system of a vehicle, comprising: a high-voltage battery configured to store power, a power relay disposed between the high-voltage battery and an electric load; a first converter configured to receive the power from the high-voltage battery through the power relay; a second converter configured to directly receive the power from the high-voltage battery by bypassing the power relay; the electric load configured to receive the power from at least any one of the first converter and the second converter; and a controller configured to operate the power relay, the first converter or the second converter based on a start state of a vehicle, wherein the electric load is directly connected to the first converter, and the power is supplied from the high-voltage battery converted through the first converter; characterized by further comprising a power storage device interposed between the second converter and the electric load, and configured to store the power supplied from the second converter, wherein the power storage device is a capacitor or a supercapacitor. a high-voltage battery configured to store power, a power relay disposed between the high-voltage battery and an electric load; a first converter configured to receive the power from the high-voltage battery through the power relay; a second converter configured to directly receive the power from the high-voltage battery by bypassing the power relay; the electric load configured to receive the power from at least any one of the first converter and the second converter; and a controller configured to operate the power relay, the first converter or the second converter based on a start state of a vehicle, wherein the electric load is directly connected to the first converter, and the power is supplied from the high-voltage battery converted through the first converter; characterized by further comprising a power storage device interposed between the second converter and the electric load, and configured to store the power supplied from the second converter, wherein the power storage device is a capacitor or a supercapacitor.
A sample holder transfer device for use in cryo-microscopy for transferring a sample holder to an analysing or processing unit, said sample holder being configured for holding a sample carrier carrying a sample, said sample holder transfer device being configured to receive the sample holder in a predefined place at a loading position, wherein said sample holder transfer device comprises a transfer rod, wherein the transfer rod is configured to be connected to the sample holder for transferring the sample holder to the analysing or processing unit, the sample holder comprising a sample carrier fixing element, at least one section of the sample carrier fixing element being configured, when in a first position, to fix the sample carrier to the sample holder, and, when in a second position, to release the sample carrier or to provide access to an area where the sample carrier is to be placed, said sample holder transfer device further comprising a switching mechanism operable to switch the at least one section of the sample carrier fixing element of the sample holder from the first position to the second position and/or from the second position to the first position. said sample holder transfer device being configured to receive the sample holder in a predefined place at a loading position, wherein said sample holder transfer device comprises a transfer rod, wherein the transfer rod is configured to be connected to the sample holder for transferring the sample holder to the analysing or processing unit, the sample holder comprising a sample carrier fixing element, at least one section of the sample carrier fixing element being configured, when in a first position, to fix the sample carrier to the sample holder, and, when in a second position, to release the sample carrier or to provide access to an area where the sample carrier is to be placed, said sample holder transfer device further comprising a switching mechanism operable to switch the at least one section of the sample carrier fixing element of the sample holder from the first position to the second position and/or from the second position to the first position.
Torsion beam axle for a motor vehicle, which comprises two trailing arms (2, 3) and a torsion profile connecting the trailing arms (2, 3), the torsion profile having a single-layer, partially open central portion, adjoining which, on both sides, are end portions (6, 7) closed off in a tube shape by means of a transitional portion, characterised in that the torsion profile is manufactured in one piece, in materially uniform manner, from a plate and the transitional portions are double-walled, the wall regions of the torsion profile being superimposed on one another.
A differential air pressure exercise system, comprising: a frame supporting an exercise device and a user control panel; a latch-able, pressure resisting cockpit assembly coupled to the frame to support the operating pressure of the differential air pressure system; a DAP unweighting bag coupled to the cockpit assembly, the bag having a plurality of windows (141a, 141b, 141c); and a support frame adapted and configured to slide-ably support the cockpit assembly along a pair of cockpit supports moving the cockpit relative to the exercise device from an in use position at a first height where the DAP unweighting bag is in an unfolded configuration to an egress position at a second height where the DAP unweighting bag is in a folded configuration, wherein in the folded configuration none of the plurality of windows is folded. a frame supporting an exercise device and a user control panel; a latch-able, pressure resisting cockpit assembly coupled to the frame to support the operating pressure of the differential air pressure system; a DAP unweighting bag coupled to the cockpit assembly, the bag having a plurality of windows (141a, 141b, 141c); and a support frame adapted and configured to slide-ably support the cockpit assembly along a pair of cockpit supports moving the cockpit relative to the exercise device from an in use position at a first height where the DAP unweighting bag is in an unfolded configuration to an egress position at a second height where the DAP unweighting bag is in a folded configuration, wherein in the folded configuration none of the plurality of windows is folded.
A composition comprising: (a) a quaternary ammonium compound; (b) a cationic polysaccharide; (c) a nonionic polysaccharide; and (d) from 0.6 wt% to 10 wt% of a fragrance material or perfume based on the total weight of the composition. (a) a quaternary ammonium compound; (b) a cationic polysaccharide; (c) a nonionic polysaccharide; and (d) from 0.6 wt% to 10 wt% of a fragrance material or perfume based on the total weight of the composition.
A device for preparing an earpiece for its customization, the device including an energy release unit (31, 131) comprising a receiving chamber (34, 134, 184) for receiving the earpiece and configured to release energy into the receiving chamber (34, 134, 184), a controller configured to control said energy releasing of the energy release unit (31, 131) such that a predetermined amount of energy can be supplied to the earpiece inside the receiving chamber (34, 134, 184), and a casing (41, 141) including a base and a cover (43, 143), the casing (41, 141) enclosing an inner space between the base and the cover (43, 143), the cover (43, 143) comprising an opening exposing the receiving chamber (34, 134, 184) such that the earpiece is insertable into the receiving chamber (34, 134, 184) through the opening of the cover (43, 143), wherein the energy release unit (31, 131) is provided in the inner space and the device further comprises a deposition area (73, 173, 193) configured to support a hearing device, the deposition area (73, 173, 193) provided on the cover (43, 143) such that the earpiece to be prepared for customization can be connected to the hearing device, wherein the energy release unit (31, 131) is configured to release thermal energy into the receiving chamber (34, 134, 184), characterized in that the controller is configured to control the energy release unit (31, 131) to release the energy at a first energy level 2, during a time interval, and subsequently at a second energy level, during another time interval, wherein the first energy level has a larger value than the second energy level and the thermal energy at the first energy level is released at a temperature value above 70° C and the thermal energy at the second energy level is released at a temperature value below 70° C.
A stator for a rotating electrical machine which includes a core having a plurality of slots extending in an axial direction and arranged in a circumferential direction, and a coil wound in the core, wherein the coil includes slot accommodated portions that are placed in the slots, a coil end portion that projects from the core in the axial direction, and a plurality of jumper portions that are extended from the slot accommodated portions and disposed outside the coil end portion in the axial direction and that are at least either first jumper portions connected to a neutral terminal that forms a neutral point and second jumper portions connected to a power line terminal that is connected to a power supply, each of the jumper portions is disposed so as to extend from a connection portion with the slot accommodated portion toward a first side in the circumferential direction along a coil-end end face that is an end face in the axial direction of the coil end portion, the first side in the circumferential direction being one side in the circumferential direction, and the stator further comprises: a temperature detection device that is configured to detect a temperature of the coil, characterized in that a temperature measurement unit of the temperature detection device is disposed between the coil-end end face and the jumper portions, and the temperature measurement unit is disposed so as to be surrounded along its entire circumference by the plurality of jumper portions and the coil-end end face. a temperature detection device that is configured to detect a temperature of the coil, characterized in that a temperature measurement unit of the temperature detection device is disposed between the coil-end end face and the jumper portions, and the temperature measurement unit is disposed so as to be surrounded along its entire circumference by the plurality of jumper portions and the coil-end end face.
Shield for an electronic circuit of a high-frequency device, in particular a TV tuner, of a vehicle, comprising a shielding plate, the shielding plate being arranged at least plane-parallel to the electronic circuit and the electronic circuit being fastened in the high-frequency device by means of the shielding plate, the shielding plate having feet, characterized in that the feet are designed in such a way that the shielding plate is at least partially arranged at a distance from the baseplate of the high-frequency device, and also has clamping means for holding the electronic circuit, the clamping means being formed as a resilient lug with an angled piece.
A use of a roofing underlay in steep-pitched roofs with adjacent roof surfaces, comprising adhesive zones on the longitudinal-edge sides, wherein, in each longitudinal-edge region, an adhesive zone, each having a width of between 2 and 10 cm, is provided on the underside of the membrane which is downward-facing in the installed state of the membrane, the roofing underlay being formed in multiple layers and comprising at least one non-woven layer and a breathable film, and the roofing underlay being diffusion permeable and having an S d value < 0.5 m.