mhurhangee/ep-ind-claims huggingface dataset:
A method of determining an alignment of an optical scanner (106a, 106b, 106c, 106d) for directing an electromagnetic beam (118a, 118b, 118c, 118d) to locations within a scan field (132a, 132b, 132c, 132d), the method comprising locating a reference element (111, 112, 113) within the scan field (132a, 132b, 132c, 132d) of the optical scanner (106a, 106b, 106c, 106d), the reference element (111, 112, 113) comprising a circular or spherical surface such that when the electromagnetic beam (118a, 118b, 118c, 118d) is directed at a centre of a circle or sphere, as defined by the circular or spherical surface, the electromagnetic beam (118a, 118b, 118c, 118d) is at normal incidence to the circular or spherical surface and a greatest proportion of the electromagnetic radiation (118a, 118b, 118c, 118d) is retroreflected back along a path of the electromagnetic beam (118a, 118b, 118c, 118d), a radius of curvature of the circular or spherical surface being between z R and 4z R, wherein z R is a Rayleigh length of the electromagnetic beam (118a, 118b, 118c, 118d); controlling the optical scanner (106a, 106b, 106c, 106d) to cause the electromagnetic beam (118a, 118b, 118c, 118d) to be directed to a plurality of different points in the scan field (132a, 132b, 132c, 132d), including at least one point on the reference element (111, 112, 113, 213, 513,); detecting reflected electromagnetic radiation (118a, 118b, 118c, 118d); determining when the electromagnetic beam (118a, 118b, 118c, 118d) is directed to a reference position in the scan field (132a, 132b, 132c, 132d) given by a location of the centre of the reference element (111, 112, 113) from a comparison of an intensity of the detected electromagnetic radiation (118a, 118b, 118c, 118d) for the different points; and determining a corresponding demand signal that causes the optical scanner (106a, 106b, 106c, 106d) to direct the electromagnetic beam (118a, 118b, 118c, 118d) to the reference position.
A system for liquid transfer and carrying out reactions comprising: a liquid transfer device comprising a housing having a pipette tip and a plunger assembly; a fluid reservoir; and a reaction chamber, wherein the housing of the liquid transfer device is configured to sealably engage with the reaction chamber; wherein the liquid transfer device is configured to lockably engage with the reaction chamber without, prior to, during and/or after dispensing; and, wherein the reaction chamber is configured to lockably engage with the fluid reservoir; the system being suitable for: (i) obtaining a liquid sample from the fluid reservoir using the liquid transfer device; and (ii) dispensing the liquid sample into the reaction chamber. a liquid transfer device comprising a housing having a pipette tip and a plunger assembly; a fluid reservoir; and a reaction chamber, wherein the housing of the liquid transfer device is configured to sealably engage with the reaction chamber; wherein the liquid transfer device is configured to lockably engage with the reaction chamber without, prior to, during and/or after dispensing; and, wherein the reaction chamber is configured to lockably engage with the fluid reservoir; the system being suitable for: (i) obtaining a liquid sample from the fluid reservoir using the liquid transfer device; and (ii) dispensing the liquid sample into the reaction chamber. (i) obtaining a liquid sample from the fluid reservoir using the liquid transfer device; and (ii) dispensing the liquid sample into the reaction chamber.
A signal transmission method of a base station in a wireless communication system, the method comprising: transmitting at least one beam index including beam direction information to a terminal through at least one beam; receiving a preferred beam index determined by the terminal from the terminal; determining a channel matrix between the base station and the terminal based on the preferred beam index; and transmitting a signal to the terminal based on the channel matrix, wherein determining the channel matrix comprises determining the channel matrix based on the beam direction information included in the preferred beam index and an interval between or a number of at least one antenna element arranged in the base station. transmitting at least one beam index including beam direction information to a terminal through at least one beam; receiving a preferred beam index determined by the terminal from the terminal; determining a channel matrix between the base station and the terminal based on the preferred beam index; and transmitting a signal to the terminal based on the channel matrix, wherein determining the channel matrix comprises determining the channel matrix based on the beam direction information included in the preferred beam index and an interval between or a number of at least one antenna element arranged in the base station.
An image recording method comprising: applying a reaction liquid onto an intermediate transfer member; applying an ink onto the reaction liquid on the intermediate transfer member; forming an intermediate image by applying a liquid composition containing a water-soluble polymer onto the reaction liquid and the ink on the intermediate transfer member; and transferring the intermediate image from the intermediate transfer member to a recording medium by bringing the intermediate image on the intermediate transfer member into contact with the recording medium, and then separating the intermediate image from the intermediate transfer member with the contact with the recording medium maintained, wherein the intermediate image is heated using a heater such that it has a temperature Tc higher than or equal to the glass transition temperature of the water-soluble polymer when it comes into contact with the recording medium, and the intermediate image has cooled to a temperature Tr lower than the glass transition temperature of the water-soluble polymer when it separates from the intermediate transfer member. applying a reaction liquid onto an intermediate transfer member; applying an ink onto the reaction liquid on the intermediate transfer member; forming an intermediate image by applying a liquid composition containing a water-soluble polymer onto the reaction liquid and the ink on the intermediate transfer member; and transferring the intermediate image from the intermediate transfer member to a recording medium by bringing the intermediate image on the intermediate transfer member into contact with the recording medium, and then separating the intermediate image from the intermediate transfer member with the contact with the recording medium maintained, wherein the intermediate image is heated using a heater such that it has a temperature Tc higher than or equal to the glass transition temperature of the water-soluble polymer when it comes into contact with the recording medium, and the intermediate image has cooled to a temperature Tr lower than the glass transition temperature of the water-soluble polymer when it separates from the intermediate transfer member.
Vehicle comprising: - a display device comprising a graphical user interface which is designed to display at least one graphic display object (32, 33, 34, 35, 36) and to receive at least one input signal; and - an electronic control unit which is designed to receive the at least one input signal from the display device and transmit the input signal to at least one device in the vehicle and/or to receive at least one functionality signal from the at least one device in the vehicle and transmit the at least one functionality signal as an output signal to the display device, characterized in that - the electronic control unit is designed to receive an orientation signal of at least one vehicle element (13, 14, 15), wherein the orientation signal comprises information about a position and/or an orientation of the at least one vehicle element (13, 14, 15) being in a first element position and/or orientation; and - the electronic control unit is designed to adjust a position of the graphical user interface as a function of the orientation signal of the at least one vehicle element (13, 14, 15), such that a relative position of the graphical user interface relative to the at least one vehicle element (13, 14, 15) lies within a predefined tolerance. - a display device comprising a graphical user interface which is designed to display at least one graphic display object (32, 33, 34, 35, 36) and to receive at least one input signal; and - an electronic control unit which is designed to receive the at least one input signal from the display device and transmit the input signal to at least one device in the vehicle and/or to receive at least one functionality signal from the at least one device in the vehicle and transmit the at least one functionality signal as an output signal to the display device, characterized in that - the electronic control unit is designed to receive an orientation signal of at least one vehicle element (13, 14, 15), wherein the orientation signal comprises information about a position and/or an orientation of the at least one vehicle element (13, 14, 15) being in a first element position and/or orientation; and - the electronic control unit is designed to adjust a position of the graphical user interface as a function of the orientation signal of the at least one vehicle element (13, 14, 15), such that a relative position of the graphical user interface relative to the at least one vehicle element (13, 14, 15) lies within a predefined tolerance.
Self-supporting construction of forward opening door for covering of openings in a wall, where a pivotal swinging upper and lower arm (7, 8) are arranged between the wall and the door made as a frame which has a shape of a frame window and it is placeable with its horizontal frame strips into the opening in the wall, whereas perpendicularly to frame strips covering strips on the front side of the frame window are arranged, whereas a lateral support base, which is a part of the frame has a L-shaped cross-section and it is formed by a front face and by a lock surface, which is perpendicular on it and inwardly oriented into the frame and into the interior of the opening in the wall, the lock surface is provided with an upper recess and with a lower recess and from the front surface protrude inwardly into the opening in the wall an upper bearing flange and a lower bearing flange, on each of the arms (7, 8), which have a box-like structure with one open side, that is, essentially in the U-shaped cross-section, there are at both of the two free ends rear wings and front wings always arranged on one side, both provided with openings, upper bearing flange and lower bearing flange are provided with openings for corresponding pins for a pivoting connection with the rear wings of the upper arm and of the lower arm, which are also provided with openings, whereby a support element of the door, respectively the plate with the decoration which forms it, is rotatably arranged at the free end of the mentioned upper and lower arm (7, 8) and the upper arm and the lower arm are connected by connecting rod.
A charging management device which is configured to manage one or more charging devices (241, 242, 243), each of which has a charging function of providing at least grid power among grid power supplied from a public power grid and off-grid power supplied from a non-public power supply to charge the vehicle via a charging stand device which is configured to control a power distribution board which is configured to switch electric power to be supplied to the charging device (241, 242, 243) between the grid power and the off-grid power, the charging management device, comprising:a grid power information acquisition section which is configured to acquire information about usage rate of the power grid in regions of a predetermined range,a charging device control section which is configured to transmit control data to the charging stand device to control the charging devices (241, 242, 243) within regions so that power to be provided to charge the vehicle from grid power and off-grid power is changed according to the relative magnitude of a proportion of demand to an amount of grid power supplied in the regions, the relative magnitude is based on the use rate of the power grid in each of regions, and an exchange value adjustment section which is configured to adjust an exchange value of power provided by the charging device (241, 242, 243) within the region according to the relative magnitude of the proportion of the demand to the amount of grid power supplied in the region.
A method for manufacturing a fermented milk product, comprising sequentially performing a first step of mixing raw material milk and lactic acid bacteria to obtain a mixed liquid, and a second step of fermenting the mixed liquid, wherein the method is characterized in that a step of adding a Paenibacillus-derived protease to the raw material milk and/or the mixed liquid is performed before the second step is completed, wherein the protease is a Paenibacillus-derived neutral metalloprotease, which has an optimum pH for a proteolytic action on κ-casein of 7.0 to 8.0 and which is stable at a pH of 5.5 to 9.0, wherein the fermented milk product is a yoghurt or a drink type yoghurt, when the fermented milk product is a yoghurt, the nonfat milk solid content contained in the raw material milk is 3.0 to 20% by mass, and when the fermented milk product is a drink type yoghurt, the nonfat milk solid content contained in the raw material milk is 20% by mass or less, and wherein a ratio between the milk fat content (% by mass) contained in the raw material milk and the addition amount (PU/g) of the protease (the milk fat content: the addition amount of the protease) is 50: 1 to 1: 10. a first step of mixing raw material milk and lactic acid bacteria to obtain a mixed liquid, and a second step of fermenting the mixed liquid, wherein the method is characterized in that a step of adding a Paenibacillus-derived protease to the raw material milk and/or the mixed liquid is performed before the second step is completed, wherein the protease is a Paenibacillus-derived neutral metalloprotease, which has an optimum pH for a proteolytic action on κ-casein of 7.0 to 8.0 and which is stable at a pH of 5.5 to 9.0, wherein the fermented milk product is a yoghurt or a drink type yoghurt, when the fermented milk product is a yoghurt, the nonfat milk solid content contained in the raw material milk is 3.0 to 20% by mass, and when the fermented milk product is a drink type yoghurt, the nonfat milk solid content contained in the raw material milk is 20% by mass or less, and wherein a ratio between the milk fat content (% by mass) contained in the raw material milk and the addition amount (PU/g) of the protease (the milk fat content: the addition amount of the protease) is 50: 1 to 1: 10.
A method of wireless communications by a user equipment, LTE, comprising: receiving a first set of initial access signals transmitted from a first base station, wherein the first set of initial access signals comprise at least one of primary synchronization signals, PSS, or secondary synchronization signals, SSS; transmitting a second set of one or more signals through a random access channel, RACH, in response to the first set of initial access signals; and receiving, a third set of reference signals transmitted by the first base station, based on the second set of one or more signals; the method further comprising receiving an indication of the corresponding directions of the third set of reference signals from the first base station, wherein the corresponding directions of the third set of reference signals are indicated by conveying a quasi-colocation, QCL, relationship of the third set of reference signals with the first set of initial access signals. receiving a first set of initial access signals transmitted from a first base station, wherein the first set of initial access signals comprise at least one of primary synchronization signals, PSS, or secondary synchronization signals, SSS; transmitting a second set of one or more signals through a random access channel, RACH, in response to the first set of initial access signals; and receiving, a third set of reference signals transmitted by the first base station, based on the second set of one or more signals; the method further comprising receiving an indication of the corresponding directions of the third set of reference signals from the first base station, wherein the corresponding directions of the third set of reference signals are indicated by conveying a quasi-colocation, QCL, relationship of the third set of reference signals with the first set of initial access signals.
An overcurrent protection system for a battery, the overcurrent protection system comprising: a thermal fuse configured to connect to a first terminal and a second terminal of the battery; a first sleeving layer that is disposed on the thermal fuse, and that is configured to muffle an arc explosion of the thermal fuse and encapsulate molten material generated by the arc explosion of the thermal fuse; and a second sleeving layer that is disposed on the first sleeving layer, and that is configured to encapsulate the molten material generated by the arc explosion of the thermal fuse that penetrates the first sleeving layer; characterized in that: the first sleeving layer comprises braided fiberglass; a first end cover covers a first opening of the first sleeving layer and the thermal fuse; and a second end cover covers a second opening of the first sleeving layer and the thermal fuse. a thermal fuse configured to connect to a first terminal and a second terminal of the battery; a first sleeving layer that is disposed on the thermal fuse, and that is configured to muffle an arc explosion of the thermal fuse and encapsulate molten material generated by the arc explosion of the thermal fuse; and a second sleeving layer that is disposed on the first sleeving layer, and that is configured to encapsulate the molten material generated by the arc explosion of the thermal fuse that penetrates the first sleeving layer; characterized in that: the first sleeving layer comprises braided fiberglass; a first end cover covers a first opening of the first sleeving layer and the thermal fuse; and a second end cover covers a second opening of the first sleeving layer and the thermal fuse. the first sleeving layer comprises braided fiberglass; a first end cover covers a first opening of the first sleeving layer and the thermal fuse; and a second end cover covers a second opening of the first sleeving layer and the thermal fuse.
Dowel basket equipped with dowels, having a trellis frame comprising: - a plurality of straight longitudinal warp threads which are parallel to one another; - pairs of transverse weft threads (3, 3') in the form of a portal which are arranged regularly in parallel along the warp threads; - warp threads being fixed to the uprights (31, 31') of the portals to form lateral sides of the basket; and dowels being fixed transversely to the frame, with one dowel between the weft threads (3, 3') of each pair, said dowel being fixed in the vicinity either of the free ends of said weft threads (3, 3') of each pair or of the crosspiece of the portal, characterized in that: - on each lateral side of the frame of the basket, each warp thread proximal to the crosspieces or to the free ends of the uprights (31, 31') of the weft threads (3, 3') of a single pair, depending on whether the dowel is fixed to the frame in the vicinity of the crosspieces or of the free ends, is only fixed to one of the weft threads (3, 3') of a single pair, - the largest transverse dimension of the dowel at its contact zones with the weft threads (3, 3') is similar to but greater than the smallest distance e separating the two weft threads (3, 3') of a single pair, between which it can be inserted by force by elastic bending of said weft threads (3, 3'). - a plurality of straight longitudinal warp threads which are parallel to one another; - pairs of transverse weft threads (3, 3') in the form of a portal which are arranged regularly in parallel along the warp threads; - warp threads being fixed to the uprights (31, 31') of the portals to form lateral sides of the basket; and - on each lateral side of the frame of the basket, each warp thread proximal to the crosspieces or to the free ends of the uprights (31, 31') of the weft threads (3, 3') of a single pair, depending on whether the dowel is fixed to the frame in the vicinity of the crosspieces or of the free ends, is only fixed to one of the weft threads (3, 3') of a single pair, - the largest transverse dimension of the dowel at its contact zones with the weft threads (3, 3') is similar to but greater than the smallest distance e separating the two weft threads (3, 3') of a single pair, between which it can be inserted by force by elastic bending of said weft threads (3, 3').
A gas ejection cone, comprising: - a front cone portion, with a substantially cylindrical shape, - a rear cone portion, with a substantially conical shape, - a draining and/or ventilation tube extending inside these front and rear cone portions, and opening at the end of the rear cone portion, - a bearing for supporting this draining and/or ventilation tube, disposed inside said rear cone portion, this gas ejection cone being characterized in that said rear cone portion, in turn, comprises a front sub-portion linked to said front cone portion, and a rear sub-portion linked in a detachable manner to said front sub-portion, provided with an outlet orifice of said draining and/or ventilation tube. - a front cone portion, with a substantially cylindrical shape, - a rear cone portion, with a substantially conical shape, - a draining and/or ventilation tube extending inside these front and rear cone portions, and opening at the end of the rear cone portion, - a bearing for supporting this draining and/or ventilation tube, disposed inside said rear cone portion,
A buffer guiding structure for an extension tube, comprising an outer tube, an inner tube sleeved into the outer tube, a buffer piece, and a guiding sleeve fixed to an end surface of the inner tube, wherein the buffer piece is disposed on the guiding sleeve, an edge of the buffer piece engages with an outer edge of the inner tube and abuts against an inner wall of the outer tube, such that the buffer piece is scrolled downwards to reduce a friction force when the inner tube is extended outwardly, and the buffer piece keeps slidably abutting against the inner wall of the outer tube to realize a buffer function when the inner tube is retracted inwardly, the buffer guiding structure is characterized in that the buffer piece is fan-shaped, and multiple buffer pieces are distributed on the guiding sleeve, wherein the multiple buffer pieces are distributed around a central axis of the inner tube.