mhurhangee/ep-ind-claims huggingface dataset:
A battery pack, comprising: a battery pack housing and a plurality of rectangular cells, the battery pack housing having a first direction and a second direction perpendicular to the first direction; wherein the battery pack has a dimension greater than or equal to 600 mm along the first direction, and at least one rectangular cell accommodating unit is formed in the battery pack housing; the plurality of rectangular cells are arranged in the rectangular cell accommodating unit along the second direction; the rectangular cell extends along the first direction, and one rectangular cell is disposed in each rectangular cell accommodating unit along the first direction; the rectangular cell has a thickness of D, a length of L, and a height of H; the battery pack has a dimension greater than or equal to L along the first direction; and a length direction of at least one rectangular cell extends from one side of the rectangular cell accommodating unit to the other side of the rectangular cell accommodating unit along the first direction, and meets: L > H, L > D, 600 mm ≤ L ≤ 2500 mm, 23 ≤ L/D ≤ 208. the battery pack has a dimension greater than or equal to L along the first direction; and a length direction of at least one rectangular cell extends from one side of the rectangular cell accommodating unit to the other side of the rectangular cell accommodating unit along the first direction, and meets: L > H, L > D, 600 mm ≤ L ≤ 2500 mm, 23 ≤ L/D ≤ 208.
A data transmission method, comprising: transmitting, by user equipment UE, air interface data by using a serving cell set, wherein the serving cell set comprises at least two core serving cells, and each core serving cell is a cell configured to independently serve the UE to perform uplink and downlink air interface data transmission without help from another serving cell; and initiating, by the UE, a radio resource control RRC connection re-establishment process only when all core serving cells in the serving cell set are unavailable, wherein the serving cell set is provided by at least one access network device; the method further comprising: receiving, by the UE, a first message that is sent by an access network device and that is used to add a first cell as a core serving cell; and adding, by the UE, the first cell to the serving cell set without affecting data transmission through said at least two core serving cells. transmitting, by user equipment UE, air interface data by using a serving cell set, wherein the serving cell set comprises at least two core serving cells, and each core serving cell is a cell configured to independently serve the UE to perform uplink and downlink air interface data transmission without help from another serving cell; and initiating, by the UE, a radio resource control RRC connection re-establishment process only when all core serving cells in the serving cell set are unavailable, wherein the serving cell set is provided by at least one access network device; receiving, by the UE, a first message that is sent by an access network device and that is used to add a first cell as a core serving cell; and adding, by the UE, the first cell to the serving cell set without affecting data transmission through said at least two core serving cells.
A work system for performing a predetermined work on a board conveyed along a board conveyance line, the work system comprising: multiple work devices aligned along the board conveyance line; a replenishing device, having a sensor (58L,58R) for detecting presence or absence of an interfering object, which is configured to move in parallel with the board conveyance line, while detecting the presence or absence of the interfering object by the sensor (58L,58R), so as to replenish necessary members to the multiple work devices; and a draw-out device configured to draw out at least one of the multiple work devices in a direction orthogonal to a direction along the board conveyance line, wherein, when a draw-out request for the work device is made, the replenishing device performs an automatic draw-out process of moving to a position, in which a draw-out position of the work device to be pulled forward is included within a detection range (AL,AR) of the sensor (58L,58R), so as to determine whether the interfering object is detected by the sensor (58L,58R), and directly or indirectly outputting a signal to the draw-out device so that the work device to be pulled forward is drawn when the interfering object is not detected, and the multiple work devices are component mounting machines. multiple work devices aligned along the board conveyance line; a replenishing device, having a sensor (58L,58R) for detecting presence or absence of an interfering object, which is configured to move in parallel with the board conveyance line, while detecting the presence or absence of the interfering object by the sensor (58L,58R), so as to replenish necessary members to the multiple work devices; and a draw-out device configured to draw out at least one of the multiple work devices in a direction orthogonal to a direction along the board conveyance line, wherein, when a draw-out request for the work device is made, the replenishing device performs an automatic draw-out process of moving to a position, in which a draw-out position of the work device to be pulled forward is included within a detection range (AL,AR) of the sensor (58L,58R), so as to determine whether the interfering object is detected by the sensor (58L,58R), and directly or indirectly outputting a signal to the draw-out device so that the work device to be pulled forward is drawn when the interfering object is not detected, and the multiple work devices are component mounting machines.
A mounting assembly, comprising a fastener (35; 135; 235; 335) receivable within an aperture (34; 134; 234) of a component, characterised in that: the mounting assembly further comprises at least one felt metal gasket (44h, 44n; 144a, 144h, 144n; 244h, 244n; 344h, 344n) separating the fastener (35; 135; 235; 335) from the component. the mounting assembly further comprises at least one felt metal gasket (44h, 44n; 144a, 144h, 144n; 244h, 244n; 344h, 344n) separating the fastener (35; 135; 235; 335) from the component.
A natural dye selected from the group consisting of lutein, zeaxanthin, urucum, lycopene, astaxanthin, beta-carotene, and beta-cryptoxanthin, alone or in combination with each other for use in staining ocular membranes or structures in intraocular surgery.
A customizable laboratory instrument comprising: a housing defining an interior space for receipt of test materials therein, the housing comprising at least one exterior surface that has an indented backing surface with a raised boundary surface at at least a portion of its perimeter, and a sidewall, the backing surface being offset from the boundary surface a distance substantially equal to a depth of the sidewall; characterized by: a panel having an edge adapted to be received by the sidewall such that a space is defined between the panel and backing surface wherein the space has received therein a decorative object that has a perimeter within the perimeter of the sidewall and wherein the sidewall slopes outwardly from the boundary surface to the backing surface such that sidewall intersects the backing surface at an acute angle thereby forming a wedge-shaped channel about the perimeter of the backing surface for receipt of the panel. a housing defining an interior space for receipt of test materials therein, the housing comprising at least one exterior surface that has an indented backing surface with a raised boundary surface at at least a portion of its perimeter, and a sidewall, the backing surface being offset from the boundary surface a distance substantially equal to a depth of the sidewall; characterized by: a panel having an edge adapted to be received by the sidewall such that a space is defined between the panel and backing surface wherein the space has received therein a decorative object that has a perimeter within the perimeter of the sidewall and wherein the sidewall slopes outwardly from the boundary surface to the backing surface such that sidewall intersects the backing surface at an acute angle thereby forming a wedge-shaped channel about the perimeter of the backing surface for receipt of the panel.
A laser drilling method for performing drilling on a workpiece by use of a laser beam, the laser drilling method comprising: machining a through hole by radiating the laser beam to the workpiece; and characterised by the following step: scanning with the laser beam centered around the through hole toward a radial direction while changing a radiation output of the laser beam to enlarge an inclination angle of the through hole. machining a through hole by radiating the laser beam to the workpiece; and characterised by the following step: scanning with the laser beam centered around the through hole toward a radial direction while changing a radiation output of the laser beam to enlarge an inclination angle of the through hole. scanning with the laser beam centered around the through hole toward a radial direction while changing a radiation output of the laser beam to enlarge an inclination angle of the through hole.
Method for detecting a visibility-disrupting effect, comprising the following steps: - emitting a light beam from a vehicle, the light beam being emitted in the field of view of a camera of the vehicle; and - determining the presence and the nature of a visibility-disrupting effect from at least one image acquired by the camera characterized in that the nature of the visibility-disrupting effect is determined depending on the uniformity and on the granulometry of the visibility-disrupting effect in the image. - emitting a light beam from a vehicle, the light beam being emitted in the field of view of a camera of the vehicle; and - determining the presence and the nature of a visibility-disrupting effect from at least one image acquired by the camera
A vibrating dental device comprising a detachable bite plate, and an extraoral vibrator operatively coupled to said detachable bite plate and an optional power source operably coupled to said vibrator, each of said vibrator and optional power source are contained within a housing, wherein said vibrator provides less than 55dB of noise when in use and measured 152.4 mm (6 inches) from said device, and provides a frequency of 20-40 Hz with a variance of less than 2 Hz, and a force of 0.1-0.5 Newtons with a variance of less than 0.05 Newtons, wherein consistency of frequency and force is achieved via a feedback loop whereby the vibrator's motor speed is monitored and software adjusts the motor as needed.
Assembly of an arm head T and of an adapter for a vehicle windscreen wiper system, the said adapter being configured so that a connector of a wiper of the wiper system can be mounted rotatably on the said adapter by means of at least one flexible tongue of the adapter able to establish a pivot connection with the said connector, the said assembly being configured to immobilize the said tongue after mounting the wiper in the arm head T, characterized in that said adapter comprises at least one window, the at least one tongue bearing against the arm head T through the window after mounting the wiper in the arm head.
Data acquisition device (130a, 130b) for mobile devices (10, 20), comprising a computing unit and a storage unit, further comprising a communication module for sending acquired data (DR4, DR5) to a backend server, and a bus interface for receiving messages (CANB) that are transmitted via an internal communication bus of the mobile device (10, 20), the computing unit being configured to form a data series with the data (DR4, DR5) received in the messages (CANB), the computing unit being configured to store the data series in the storage unit, the computing unit being designed to carry out a preliminary analysis of the stored data series in the form of a data aggregation (P1 - P7), in which at least one region (KBDB) of interest of the data series is extracted and forwarded to the communication module, the communication module being configured to transmit the at least one extracted region (KBDB) of the data series to the backend server, characterized in that the data aggregation (P1-P7) for extracting the region of interest includes a step of calculating the relative change of a datum in the data series compared to the previous datum in the data series and a step of assigning a marking to a datum in the data series, the marking being assigned to the particular nth datum if the relative change of the nth datum in the data series compared to the n-1st datum in the data series, with n element of a natural number, is smaller than a minimum permissible reference value, the data aggregation (P1 - P7) including a step of counting the immediately consecutive marked data (DR4, DR5) in the data series at which the mobile device (10, 20) is still moving, the data aggregation (P1 - P7) including a step of determining the region (KBDB) in the data series in which a maximum number of immediately consecutive data (DR4, DR5) with the set marking is contained, the communication module being designed to send the region (KBDB) of the data series with the maximum number of immediately consecutive data (DR4, DR5) with the set marking to the backend server.
A communication control method used in a mobile communication system for providing a multicast broadcast service, MBS, the communication control method comprising: transmitting, by a base station configured to manage a first cell and a second cell different from the first cell, to a user equipment in the first cell, a notification message related to MBS transmission in the second cell different from the first cell, characterized in that the user equipment is located in an area at which the MBS transmission is able to be received from both the first cell and the second cell, wherein the notification message comprises bandwidth part information indicating a bandwidth part used in the second cell for the MBS transmission. transmitting, by a base station configured to manage a first cell and a second cell different from the first cell, to a user equipment in the first cell, a notification message related to MBS transmission in the second cell different from the first cell, characterized in that the user equipment is located in an area at which the MBS transmission is able to be received from both the first cell and the second cell, wherein the notification message comprises bandwidth part information indicating a bandwidth part used in the second cell for the MBS transmission.
An expandable introducer sheath for use in inserting a medical device into a body vessel of a patient comprising: a body extending from a proximal end to a distal end along an axis A; said body including an inner layer, an outer layer, and an expandable reinforcement member disposed between said inner and outer layers; and said expandable reinforcement member configured to radially expand as the medical device is axially advanced or retracted through the introducer sheath and a protective sheath disposed in overlaying and surrounding relationship with said outer layer, characterized in that the protective sheath is radially expandable in conjunction with said outer layer and said expandable reinforcement member during axial movement of the medical device through the introducer sheath. a body extending from a proximal end to a distal end along an axis A; said body including an inner layer, an outer layer, and an expandable reinforcement member disposed between said inner and outer layers; and said expandable reinforcement member configured to radially expand as the medical device is axially advanced or retracted through the introducer sheath and a protective sheath disposed in overlaying and surrounding relationship with said outer layer,
A system comprising: an operations support system, OSS,, comprising query logic and a wireless local area access point, WLAN AP, control logic; wherein the query logic is configured to query at least one evolved Node B eNB in communication with the OSS to retrieve physical layer cell identification and, Long Time Evolution, LTE band information associated with the at least one eNB; the query logic is also configured to determine best physical layer cell identification and best LTE band information for a cell associated with the at least one eNB, wherein the best physical layer cell identification and best LTE band is based on load balancing between a plurality of eNBs, wherein the physical layer cell identification and LTE band of the eNB for a user equipment, UE, that has the least traffic is selected; and wherein the WLAN AP control logic is configured to generate a control frame including the best physical layer cell identification and best LTE band information for a cell associated with the at least one eNB; and a wireless local area network access point, WLAN AP, configured to receive the best physical layer cell identification and best LTE band information from the OSS, to format the best physical layer cell identification and best LTE band information into a wireless frame, and to broadcast the wireless frame to at least one UE within a coverage area of the WLAN AP, wherein the wireless frame is periodically broadcast based on the average time that a UE spends within the coverage area. an operations support system, OSS,, comprising query logic and a wireless local area access point, WLAN AP, control logic; wherein the query logic is configured to query at least one evolved Node B eNB in communication with the OSS to retrieve physical layer cell identification and, Long Time Evolution, LTE band information associated with the at least one eNB; the query logic is also configured to determine best physical layer cell identification and best LTE band information for a cell associated with the at least one eNB, wherein the best physical layer cell identification and best LTE band is based on load balancing between a plurality of eNBs, wherein the physical layer cell identification and LTE band of the eNB for a user equipment, UE, that has the least traffic is selected; and wherein the WLAN AP control logic is configured to generate a control frame including the best physical layer cell identification and best LTE band information for a cell associated with the at least one eNB; and a wireless local area network access point, WLAN AP, configured to receive the best physical layer cell identification and best LTE band information from the OSS, to format the best physical layer cell identification and best LTE band information into a wireless frame, and to broadcast the wireless frame to at least one UE within a coverage area of the WLAN AP, wherein the wireless frame is periodically broadcast based on the average time that a UE spends within the coverage area.
A head-up display comprising: a multibeam diffraction grating-based display configured to provide a plurality of different views of an image, the multibeam diffraction grating-based display comprising: a plate light guide configured to guide a collimated light beam at a non-zero propagation angle; and an array of multibeam diffraction gratings at a surface of the plate light guide, a multibeam diffraction grating of the array being configured to diffractively couple out a portion of the guided collimated light beam as a plurality of coupled-out light beams having different principal angular directions that correspond to different view directions of the plurality of different views of the image; and an optical combiner configured to relay the plurality of different views of the image to an eye box of the head-up display, the optical combiner being further configured to provide at the eye box a combined view comprising the image and a view of a physical environment. a multibeam diffraction grating-based display configured to provide a plurality of different views of an image, the multibeam diffraction grating-based display comprising: a plate light guide configured to guide a collimated light beam at a non-zero propagation angle; and an array of multibeam diffraction gratings at a surface of the plate light guide, a multibeam diffraction grating of the array being configured to diffractively couple out a portion of the guided collimated light beam as a plurality of coupled-out light beams having different principal angular directions that correspond to different view directions of the plurality of different views of the image; and a plate light guide configured to guide a collimated light beam at a non-zero propagation angle; and an array of multibeam diffraction gratings at a surface of the plate light guide, a multibeam diffraction grating of the array being configured to diffractively couple out a portion of the guided collimated light beam as a plurality of coupled-out light beams having different principal angular directions that correspond to different view directions of the plurality of different views of the image; and an optical combiner configured to relay the plurality of different views of the image to an eye box of the head-up display, the optical combiner being further configured to provide at the eye box a combined view comprising the image and a view of a physical environment.
Cable processing device for cutting to length and stripping a cable and for processing the cable with crimp contacts (41, 42), comprising - a cutting to length and stripping unit having at least one knife (27, 28; 29, 30; 31, 32) for severing the cable, for stripping a rear end of the cable piece which is cut to length by means of the at least one knife, and for stripping a front end of the remaining cable, - a crimping press having a first crimping tool for connecting the rear end of the cut-to-length, stripped cable piece to a first crimp contact, and having a second crimping tool for connecting the front end of the stripped remaining cable to a second crimp contact, characterized in that at least two processing components (2, 4, 5) from the group of the three processing components (2, 4, 5) which consists of the cutting to length and stripping unit, first crimping tool and second crimping tool can be operated using a stroke element which can be moved in the vertical direction, and in that two lowering mechanisms (14, 15) are arranged on the stroke element for vertically positioning the cable ends in the crimping press, removal grippers (11, 12) which grip the stripped cables (7, 7') being movable between an initial position and a crimping position by the lowering mechanisms (14, 15) when the stroke element is moved. - a cutting to length and stripping unit having at least one knife (27, 28; 29, 30; 31, 32) for severing the cable, for stripping a rear end of the cable piece which is cut to length by means of the at least one knife, and for stripping a front end of the remaining cable, - a crimping press having a first crimping tool for connecting the rear end of the cut-to-length, stripped cable piece to a first crimp contact, and having a second crimping tool for connecting the front end of the stripped remaining cable to a second crimp contact,