mhurhangee/patent-ind-claim-en huggingface dataset:
A rotor for a rotary electric machine in which magnets are bonded to the bonding surface of the outer circumferential surface of a rotor core formed by a plurality of laminated by rotating sheets integrally fixed by a plurality of caulking portions , wherein the hole diameter of a shaft through hole formed in said rotor core is changed in an axial direction, thereby forming a plurality of concave portions whose hole diameter is large and a plurality of convex portions whose hole diameter is small in the inner circumferential surface of the shaft through hole ; the concave portions and the convex portions being formed by the plurality of sheets ; a convex portion is arranged at opening portions on both ends of the shaft through hole ; a shaft having ridge-shaped convex portions on a fitting portion is fitted into the shaft through hole ; the number of the concave portions is equal to or more than two and the number of the convex portions is that of the concave portions plus one; and respective diameter dimensions of the concave portions , the convex portions , and said shaft are set to be the diameter of a main body of said shaft<the diameter of the convex portions<the diameter of the ridge-shaped convex portions of said shaft<the diameter of the concave portions; wherein said rotor core is formed with a hole portion between the shaft through hole and the bonding surface of said magnets , the hole portion being formed for preventing said rotor core from deforming at the time of press-fitting of said shaft .
Household cleaning container , for cleaning with a cleaning liquid (L), comprising: - a vessel for cleaning liquid (L), - a basin , arranged such that a sponge body is able to collect said liquid (L) by absorption when the container is in a cleaning position, - a partition separating the vessel for cleaning liquid (L) and the basin , - at least one opening arranged in the partition , producing a passage for the cleaning liquid (L) towards the basin , characterized in that the at least one opening is in the vicinity of the bottom of the container and distant from an upper wall of the vessel, such that a capacity of the basin, when the opening is just submerged in the cleaning liquid (L), is far below the maximum capacity of the vessel, in that the at least one opening provides permanent communication between the vessel and the basin, and in that the vessel for cleaning liquid (L) is airtight when the at least one opening is submerged in the cleaning liquid (L). - a vessel for cleaning liquid (L), - a basin , arranged such that a sponge body is able to collect said liquid (L) by absorption when the container is in a cleaning position, - a partition separating the vessel for cleaning liquid (L) and the basin , - at least one opening arranged in the partition , producing a passage for the cleaning liquid (L) towards the basin , in that the at least one opening provides permanent communication between the vessel and the basin, and in that the vessel for cleaning liquid (L) is airtight when the at least one opening is submerged in the cleaning liquid (L).
Lighting arrangement (1; 101; 201), comprising a housing comprising an interior and a light output region , and comprising at least one light supply device , the housing being formed as an installation housing and being set up in such a way that the housing is insertable into a clearance provided for this purpose in a cover and is fixable in the clearance ; the light supply device being formed for an arrangement thereof within the interior in such a way that the light supply device is offset back behind a plane , which forms an outer face of the cover , for selective emission of light (L) outwards through the light output region during operation; the light supply device being freely couplable to the housing and freely positionable at least within a region of the interior , the light supply device being fixable magnetically adhesively to at least one inner surface region (5a-e) of the housing for coupling to the housing ; and, in addition to the free positionability of the light supply device , the light supply device is furthermore orientatable and/or shiftable to change a radiation direction (A) of the light supply device as required.
A camera module, comprising: a first lens driving device comprising a first cover member , a first bobbin disposed in the first cover member , a first housing disposed between the first cover member and the first bobbin , a first coil and a first driving magnet disposed in the first cover member and configured to move the first bobbin along a first optical axis, and a first sensing magnet disposed on the first bobbin , and a second lens driving device comprising a second cover member , a second bobbin disposed in the second cover member , a third coil and a second driving magnet disposed in the second cover member and configured to move the second bobbin along a second optical axis, and a second sensing magnet disposed on the second bobbin , wherein a first lateral plate of the first cover member and a fifth lateral plate of the second cover member face each other, wherein the first driving magnet comprises a first magnet disposed between the first coil and the first lateral plate, wherein the second driving magnet comprises a fifth magnet disposed between the third coil and the fifth lateral plate, characterized in that the first cover member comprises a plurality of corner areas comprising a first corner area most spaced apart from the fifth magnet , and the first sensing magnet is disposed at a position corresponding to the first corner area, the first lens driving device comprises a first sensor configured to sense the first sensing magnet , and the first sensor is disposed on the first housing . a first lens driving device comprising a first cover member , a first bobbin disposed in the first cover member , a first housing disposed between the first cover member and the first bobbin , a first coil and a first driving magnet disposed in the first cover member and configured to move the first bobbin along a first optical axis, and a first sensing magnet disposed on the first bobbin , and a second lens driving device comprising a second cover member , a second bobbin disposed in the second cover member , a third coil and a second driving magnet disposed in the second cover member and configured to move the second bobbin along a second optical axis, and a second sensing magnet disposed on the second bobbin , wherein a first lateral plate of the first cover member and a fifth lateral plate of the second cover member face each other, wherein the first driving magnet comprises a first magnet disposed between the first coil and the first lateral plate, wherein the second driving magnet comprises a fifth magnet disposed between the third coil and the fifth lateral plate, characterized in that the first cover member comprises a plurality of corner areas comprising a first corner area most spaced apart from the fifth magnet , and the first sensing magnet is disposed at a position corresponding to the first corner area, the first lens driving device comprises a first sensor configured to sense the first sensing magnet , and the first sensor is disposed on the first housing .
A motor comprising: a housing ; a cover which covers the housing ; a stator disposed inside the housing (100; a rotor disposed inside the stator ; a rotary shaft coupled to the rotor ; a bearing disposed on the cover ; and a nut which is coupled to the cover and which is in contact with an outer ring of the bearing , wherein the cover includes a first pocket accommodating the bearing and a second pocket which is disposed above the first pocket and to which the nut is rotation-coupled, the nut includes a body disposed to be lower than an upper surface of the cover and including a screw thread and an extension portion disposed to be higher than the upper surface of the cover , the body includes a protrusion protruding outward from the screw thread , characterized in that the second pocket includes a first groove in which the protrusion is positioned, wherein the extension portion includes a second groove , the second groove is concavely disposed at a boundary between an upper surface of the extension portion and an outer side surface of the extension portion , wherein the cover includes a third groove connected to the second groove , the third groove is concavely disposed in the upper surface of the cover , wherein the third groove is disposed above the screw thread of the body , wherein the protrusion is disposed under a bottom surface of the third groove . a housing ; a cover which covers the housing ; a stator disposed inside the housing (100; a rotor disposed inside the stator ; a rotary shaft coupled to the rotor ; a bearing disposed on the cover ; and a nut which is coupled to the cover and which is in contact with an outer ring of the bearing , wherein the cover includes a first pocket accommodating the bearing and a second pocket which is disposed above the first pocket and to which the nut is rotation-coupled, the nut includes a body disposed to be lower than an upper surface of the cover and including a screw thread and an extension portion disposed to be higher than the upper surface of the cover , the body includes a protrusion protruding outward from the screw thread , characterized in that the second pocket includes a first groove in which the protrusion is positioned, wherein the extension portion includes a second groove , the second groove is concavely disposed at a boundary between an upper surface of the extension portion and an outer side surface of the extension portion , wherein the cover includes a third groove connected to the second groove , the third groove is concavely disposed in the upper surface of the cover , wherein the third groove is disposed above the screw thread of the body , wherein the protrusion is disposed under a bottom surface of the third groove .
An article of manufacture comprising a perimeter plate adapted to be located around a perimeter of an antenna , wherein: the perimeter plate comprises one or more concentric perimeter bands ; each perimeter band comprises a plurality of truncated cones which extend out of a plane defined by the perimeter plate toward a forward direction of the antenna , the forward direction being defined as extending in a direction corresponding generally to an intended direction of transmission of antenna, each truncated cone has a rounded top and a metal surface; and the perimeter plate is designed to attenuate at least one of back-lobe and side-lobe radiation generated by the antenna . the perimeter plate comprises one or more concentric perimeter bands ; each perimeter band comprises a plurality of truncated cones which extend out of a plane defined by the perimeter plate toward a forward direction of the antenna , the forward direction being defined as extending in a direction corresponding generally to an intended direction of transmission of antenna, each truncated cone has a rounded top and a metal surface; and the perimeter plate is designed to attenuate at least one of back-lobe and side-lobe radiation generated by the antenna .
A method of wireless communication, comprising: selecting , by a first wireless communication device, a waveform structure between an interlaced frequency structure and a non-interlaced frequency structure for communicating in a frequency spectrum based on a power spectral density, PSD, parameter of the frequency spectrum; and communicating , by the first wireless communication device with a second wireless communication device in the frequency spectrum, a communication signal based on the selected waveform structure, wherein the selecting is based on a first frequency band of the frequency spectrum having the PSD requirement and a second frequency band of the frequency spectrum not having the PSD requirement, wherein the first frequency band has a first subcarrier spacing, SCS, and the second frequency band has a second SCS, and wherein the communicating comprises: communicating, in the first frequency band, a first communication signal with the interlaced frequency structure and at a reduced SCS compared to the first SCS; and communicating, in the second frequency band, a second communication signal with the non-interlaced frequency structure. selecting , by a first wireless communication device, a waveform structure between an interlaced frequency structure and a non-interlaced frequency structure for communicating in a frequency spectrum based on a power spectral density, PSD, parameter of the frequency spectrum; and communicating , by the first wireless communication device with a second wireless communication device in the frequency spectrum, a communication signal based on the selected waveform structure, wherein the selecting is based on a first frequency band of the frequency spectrum having the PSD requirement and a second frequency band of the frequency spectrum not having the PSD requirement, wherein the first frequency band has a first subcarrier spacing, SCS, and the second frequency band has a second SCS, and wherein the communicating comprises: communicating, in the first frequency band, a first communication signal with the interlaced frequency structure and at a reduced SCS compared to the first SCS; and communicating, in the second frequency band, a second communication signal with the non-interlaced frequency structure. communicating, in the first frequency band, a first communication signal with the interlaced frequency structure and at a reduced SCS compared to the first SCS; and communicating, in the second frequency band, a second communication signal with the non-interlaced frequency structure.
Method for the arrangement of a porous concrete screw in porous concrete with the following steps: drilling of a drilled hole in the porous concrete, wherein the internal diameter (I) of the drilled hole is smaller than, or equal to, a core diameter (K) of a shank of the porous concrete screw , at least partial filling of the drilled hole with a flowable adhesive , wherein the adhesive is so inviscid that it can be pressed into the pores of the porous concrete, at least partial screwing of the porous concrete screw into the drilled hole, so that the flowable adhesive is at least partially displaced from the drilled hole by means of the porous concrete screw , and is pressed, substantially radially with respect to the drilled hole , into regions of the porous concrete radially surrounding the drilled hole , and there hardens, whereby the regions radially surrounding the drilled hole are substantially reinforced, and whereby the anchoring of the porous concrete screw is substantially improved, since a thread of the porous concrete screw engages in the regions that have been substantially reinforced by the hardened adhesive .
A control device which is a master device used in a network system in which a plurality of slave devices constituting a slave-side system is connected to the master device, the control device being able to control the slave-side system to switch between a first system configuration and a second system configuration, wherein the first system configuration comprises a common portion system and a first partial system, and the second system configuration comprises the common portion system and a second partial system, the control device comprising: a communication unit that is configured to transmit and receive data to and from the plurality of slave devices ; a control unit that is configured to control the communication unit ; and a recording unit having a first configuration list (L1) representing the first system configuration and a second configuration list (L2) representing the second system configuration of the slave-side system and includes an address and device information of each of the plurality of slave devices ; a list selection unit that is configured to designate the first configuration list (L1) or the second configuration list (L2) as an active configuration list, wherein, when controlling the slave-side system to switch between the first system configuration or the second system configuration, the control unit is configured to perform communication for inquiring about device information to an address in the active configuration list through the communication unit and determine that an abnormality has occurred at least when a result of the communication with respect to the common portion system is different from the device information in the active configuration list. a communication unit that is configured to transmit and receive data to and from the plurality of slave devices ; a control unit that is configured to control the communication unit ; and a recording unit having a first configuration list (L1) representing the first system configuration and a second configuration list (L2) representing the second system configuration of the slave-side system and includes an address and device information of each of the plurality of slave devices ; a list selection unit that is configured to designate the first configuration list (L1) or the second configuration list (L2) as an active configuration list, wherein, when controlling the slave-side system to switch between the first system configuration or the second system configuration, the control unit is configured to perform communication for inquiring about device information to an address in the active configuration list through the communication unit and determine that an abnormality has occurred at least when a result of the communication with respect to the common portion system is different from the device information in the active configuration list.
An audio interface device comprising: an interface unit ; and a wireless unit ; wherein the interface unit is configured to relay a first audio signal transmitted from a microphone to a communication device and a second audio signal transmitted from the communication device to a speaker , to generate first audio data related to the first audio signal and second audio data related to the second audio signal by converting the first and second audio signal, and to route the first audio data and second audio data to the wireless unit ; and wherein the wireless unit is configured to transmit the first audio data and the second audio data to a remote audio device , the remote audio device being different from the communication device and the microphone and the speaker , wherein the interface unit is further configured to analyze the first and second audio data to distinguish by a threshold between speech that is part of a call and background noise, wherein only the audio data exceeding the threshold is routed. an interface unit ; and a wireless unit ; wherein the interface unit is configured to relay a first audio signal transmitted from a microphone to a communication device and a second audio signal transmitted from the communication device to a speaker , to generate first audio data related to the first audio signal and second audio data related to the second audio signal by converting the first and second audio signal, and to route the first audio data and second audio data to the wireless unit ; and wherein the wireless unit is configured to transmit the first audio data and the second audio data to a remote audio device , the remote audio device being different from the communication device and the microphone and the speaker , wherein the interface unit is further configured to analyze the first and second audio data to distinguish by a threshold between speech that is part of a call and background noise, wherein only the audio data exceeding the threshold is routed.
A slat connecting system for a roll-up truck bed cover comprising an array (2;55) of a plurality of contiguously arranged elongated slats (1;40;40') and a plurality of flexible elongated seal members (3;3'), wherein the elongated slats (1;40;40') are pivotably hinged together, wherein an elongated slat (1;40; 40') comprises a main slat body having a first elongated edge and an opposite second elongated edge , a first elongated hinge member (4;42;56) is provided in the vicinity of the first elongated edge along its length, and a second elongated hinge member is provided in the vicinity of the second elongated edge along its length, the first elongated hinge member (4;42;56) of a slat (1;40;40') of the array (2;55) of the plurality of contiguously arranged elongated slats (1;40;40') is configured for being pivotably interconnected to the second elongated hinge member of the adjacent slat (1;40;40') of said array (2;55), characterised in that the first elongated hinge member (4;42;56) has a first coupling groove member (12;41;41') having a first groove opening (13;43) facing away from the second elongated hinge member , the first coupling groove member (12;41;41') extends into a coupling hook having a hook opening facing towards the second elongated hinge member , and wherein the first coupling groove member (12;41;41') is closer to the main slat body than the coupling hook, the first coupling groove member (12;41;41') is disposed at least partly laterally retracted from the first elongated edge below the main slat body and accommodates a part of the flexible elongated seal member (3;3') which extends between adjacent slats (1;40;40').
A device comprising, an oscillator configured to provide an oscillation signal (X(t)); a divider component configured to divide dividing the frequency of the oscillation signal (X(t)); a mirror which is configured to oscillate in response to the divided oscillation signal (X(t)); one or more magnets arranged on the device and at least one coil fixed to the mirror such that the divided oscillation signal passing through the coil causes the mirror to oscillate, wherein movement of the at least one coil within the magnetic field of the one or more magnets causes generation of an induced current/voltage signal (Y(t)) in the at least one coil ; a comparator circuit configured to compare the phase of the induced signal (Y(t)) with the phase of the divided oscillation signal (X(t)), and to provide a control signal (Z(t)) to control the oscillator such that the oscillator provides an oscillation signal (X(t)) to adjust the oscillation of the mirror so that the mirror oscillates at the resonant frequency of the mirror ; and a laser modulation circuit arranged to receive the oscillation signal (X(t)) from the oscillator as a clock signal; wherein the mirror , the comparator circuit and the oscillator define an operational loop and the divider component is included in the operational loop .