mhurhangee/ep-ind-claims huggingface dataset:
An expandable device (10, 210, 410) for a portable electronic device, comprising: a body (18, 218, 418) including a first end, a second end, and a longitudinal axis, the body (18, 218, 418) movable between an expanded configuration and a collapsed configuration; a button (14, 214, 414) coupled to the first end of the body (18, 218, 418), the button (14, 214, 414) including an inner surface and an engaging member (30, 230) carried by the inner surface; a platform (22, 222, 422) including an outer surface and a collar extending away from the outer surface, the collar defining a cavity; and a locking device (24, 224, 424) carried by the second end of the body (18, 218, 418), at least a portion of the locking device (24, 224, 424) adapted to be removably disposed in the cavity of the platform (22, 222, 422) for releasably coupling the body (18, 218, 418) to the platform (22, 222, 422), wherein, when the body (18, 218, 418) is in the collapsed configuration, the engaging member (30, 230) of the button (14, 214, 414) engages the locking device (24, 224, 424) such that the locking device (24, 224, 424) is rotatable relative to the platform (22, 222, 422) between an unlocked configuration, in which the body (18, 218, 418) is removable from the platform, and a locked configuration, in which the body (18, 218, 418) is secured to the platform (22, 222, 422). a body (18, 218, 418) including a first end, a second end, and a longitudinal axis, the body (18, 218, 418) movable between an expanded configuration and a collapsed configuration; a button (14, 214, 414) coupled to the first end of the body (18, 218, 418), the button (14, 214, 414) including an inner surface and an engaging member (30, 230) carried by the inner surface; a platform (22, 222, 422) including an outer surface and a collar extending away from the outer surface, the collar defining a cavity; and a locking device (24, 224, 424) carried by the second end of the body (18, 218, 418), at least a portion of the locking device (24, 224, 424) adapted to be removably disposed in the cavity of the platform (22, 222, 422) for releasably coupling the body (18, 218, 418) to the platform (22, 222, 422), wherein, when the body (18, 218, 418) is in the collapsed configuration, the engaging member (30, 230) of the button (14, 214, 414) engages the locking device (24, 224, 424) such that the locking device (24, 224, 424) is rotatable relative to the platform (22, 222, 422) between an unlocked configuration, in which the body (18, 218, 418) is removable from the platform, and a locked configuration, in which the body (18, 218, 418) is secured to the platform (22, 222, 422).
Belay device (10, 100) for a rope, comprising a plate (12, 112) having at least one slot (13, 14) for a loop of a rope to pass through, a retaining element secured to the plate (12, 112) and a carabiner connected to the retaining element by means of a holding part rendering the carabiner captive with respect to said plate, the retaining element being rigid or semi-rigid, and the holding part being formed by a clip, the carabiner being mounted with bidirectional sliding in the holding part to come up against the stop formed by the plate (12, 112) when the rope is blocked or to move away when releasing is performed, said holding part being provided with a hole for the carabiner to pass through with clearance, characterized in that the clip is made from plastic and is formed by two parts (17a, 17b) that clip onto the retaining element and the two parts (17a, 17b) constituting the clip being assembled to one another forming a V shape.
A tablet press with a rotor (10, 10a), which is rotatably mounted in a frame of the tablet press and which has a top punch receiver for the top punches and a bottom punch receiver for the bottom punches of the tablet press as well as a die plate with a series of die holes, which are aligned with the top and bottom punches, wherein the die plate consists of at least two ring segments, which are attachable to the rotor (10, 10a) by means of a fastening device, wherein tensioning elements (50, 52; 60, 62) are arranged in axially parallel, circumferentially spaced passages of the rotor (10, 10a), which act from below against the ring segments and tension against an abutment surface of the rotor (10, 10a), characterized in that, in the frame of the tablet press, at least one electrically, pneumatically or hydraulically acting drive device (42, 44) is arranged for the tensioning elements (50, 52; 60, 62) with a height-adjustable coupling element (46, 72) which optionally can be brought to engage with the lower end of the tensioning elements (50, 52; 60, 62).
A correlator system (10. 50) comprising: a plurality of numerically controlled oscillators (12, 14, 52-54) configured to produce respective replica carrier signals; a carrier multiplexer configured to select between respective replica carrier signals produced by at least two of the plurality of numerically controlled oscillators (12, 14, 52-54); a code generator (18, 80) configured to provide a replica code; a delay component (84, 85, 86) configured to provide a delayed code from the replica code; and a code multiplexer (22, 90, 91, 92) configured to: selectively provide one of the delayed code and the replica code to a multiplier (24, 71- 76), the multiplier being configured to further receive an input stream representing a received signal and a replica carrier signal selected at the carrier multiplexer and provide a correlation result representing a similarity of the provided code to a code associated with the received input stream; and characterized in that the code multiplexer (22, 90, 91, 92) is further configured to: selectively provide code consisting of a sequence of a constant value, such that when code consisting of the sequence of the constant value is provided, the multiplier combines the selected replica carrier signal from the carrier multiplexer, the code consisting of the sequence of the constant value, and the input stream, to provide an output representing a discrete Fourier transform at a frequency represented by the selected output from the carrier multiplexer. a plurality of numerically controlled oscillators (12, 14, 52-54) configured to produce respective replica carrier signals; a carrier multiplexer configured to select between respective replica carrier signals produced by at least two of the plurality of numerically controlled oscillators (12, 14, 52-54); a code generator (18, 80) configured to provide a replica code; a delay component (84, 85, 86) configured to provide a delayed code from the replica code; and a code multiplexer (22, 90, 91, 92) configured to: selectively provide one of the delayed code and the replica code to a multiplier (24, 71- 76), the multiplier being configured to further receive an input stream representing a received signal and a replica carrier signal selected at the carrier multiplexer and provide a correlation result representing a similarity of the provided code to a code associated with the received input stream; and characterized in that the code multiplexer (22, 90, 91, 92) is further configured to: selectively provide code consisting of a sequence of a constant value, such that when code consisting of the sequence of the constant value is provided, the multiplier combines the selected replica carrier signal from the carrier multiplexer, the code consisting of the sequence of the constant value, and the input stream, to provide an output representing a discrete Fourier transform at a frequency represented by the selected output from the carrier multiplexer.
Robot for moving a milking cup or milking cups from a first resting position to a second operational position or vice versa, in which second position it connects to a cows' teat or teats for collecting milk, which comprises a frame that supports a movable arm that has a free extremity at which it is provided with a gripper or grippers for the milking cup or cups, characterized in that each gripper comprises cooperating fingers for gripping a milking cup, and clamping means for pinching off and holding a milking hose that connects to the milking cup, wherein the cooperating fingers and the clamping means in use operate concerted so as to cause that in the second position of the milking cup or cups the grippers release said milking cup or cups and the clamping means release the milking hose or hoses connected to said milking cup or cups, wherein the frame is movable along a guide-track.
An assembly for mounting a radio frequency identifier, RFID, tag, comprising: a housing comprising a tag retention pocket configured to hold an RFID tag; and a cover configured to enclose the RFID tag in the tag retention pocket while engaged with the housing; characterized by a locking tongue comprising a tag retention hole formed through the locking tongue, wherein the tag retention hole comprises a ridge that runs along a perimeter of the tag retention hole, wherein a lip of the housing and an edge of the cover are configured to make contact with respective opposite sides of the ridge while the housing and the cover are engaged through the tag retention hole. a housing comprising a tag retention pocket configured to hold an RFID tag; and a cover configured to enclose the RFID tag in the tag retention pocket while engaged with the housing; characterized by a locking tongue comprising a tag retention hole formed through the locking tongue, wherein the tag retention hole comprises a ridge that runs along a perimeter of the tag retention hole, wherein a lip of the housing and an edge of the cover are configured to make contact with respective opposite sides of the ridge while the housing and the cover are engaged through the tag retention hole.
A method in a network node for controlling predictive scheduling in a wireless communication network between a base station and a user equipment, UE, the method comprising: determining to apply predictive scheduling for the UE according to an uplink transmission scheme, wherein the uplink transmission scheme schedules a plurality of uplink transmission grants to be transmitted from the base station to the UE without having received a scheduling request requesting the plurality of uplink transmission grants from the UE; sending predictively scheduled uplink transmission grants according to the uplink transmission scheme to the UE during discontinuous reception, DRX, ON state; and determining (68, 72) to stop sending the predictively scheduled uplink transmission grants allowing the UE to enter DRX inactivity mode, wherein the determination to stop sending the predictively scheduled uplink transmission grants is triggered by receiving a plurality of buffer status reports indicating an empty UE buffer. determining to apply predictive scheduling for the UE according to an uplink transmission scheme, wherein the uplink transmission scheme schedules a plurality of uplink transmission grants to be transmitted from the base station to the UE without having received a scheduling request requesting the plurality of uplink transmission grants from the UE; sending predictively scheduled uplink transmission grants according to the uplink transmission scheme to the UE during discontinuous reception, DRX, ON state; and determining (68, 72) to stop sending the predictively scheduled uplink transmission grants allowing the UE to enter DRX inactivity mode, wherein the determination to stop sending the predictively scheduled uplink transmission grants is triggered by receiving a plurality of buffer status reports indicating an empty UE buffer.
A method for reducing the effects of motion in measurement data from the eye of a patient, said method comprising: collecting measurement data at a plurality of positions across the eye of the patient using a measurement system; simultaneously collecting images of the retina of the patient such that each measurement has a corresponding image frame using a fundus imaging system different from the measurement system; comparing each image frame to a reference image frame to determine the amount of eye movement that occurred during the collection of the measurement data, wherein measurement data is continued to be collected while the image frames are being compared to determine whether to collect replacement measurement data; collecting replacement measurement data when the determined amount of eye movement associated with one or more positions exceeds a predetermined threshold, with the location of the collected replacement measurement data being adjusted to compensate for the determined amount of eye movement; generating an image from the measurement data; and storing or displaying the image. collecting measurement data at a plurality of positions across the eye of the patient using a measurement system; simultaneously collecting images of the retina of the patient such that each measurement has a corresponding image frame using a fundus imaging system different from the measurement system; comparing each image frame to a reference image frame to determine the amount of eye movement that occurred during the collection of the measurement data, wherein measurement data is continued to be collected while the image frames are being compared to determine whether to collect replacement measurement data; collecting replacement measurement data when the determined amount of eye movement associated with one or more positions exceeds a predetermined threshold, with the location of the collected replacement measurement data being adjusted to compensate for the determined amount of eye movement; generating an image from the measurement data; and storing or displaying the image.
A fiber-reinforced cement composition comprising a cement, a fiber, a silica, and a filler, characterized in that said composition further comprises between 5 wt% and 15 wt% of expanded perlite and 5 wt% to 15wt% of a polymer.
Method for operating a microscope, more particularly as defined in any one of claims 16 to 29, in which excitation light is focused on, or beamed to, different points of a specimen, in which an intensity of the excitation light is point-specifically varied and in which an intensity of the light reflected by said specimen in at least one spectral range is measured point-specifically and quantitatively characterized in that the intensity and/or a spectral composition of the excitation light beamed to a specific point of said specimen is automatically adjusted by a regulating device on the basis of an information previously gained from measured data of said specimen concerning an estimated or actual intensity of the light reflected in the spectral range by said point such that an integral of the intensity of the light reflected in the spectral range by this point during a pixel dwell time is within a predefined value interval in that the information about the estimated intensity of the light reflected by one point is gained from a previously measurement at the beginning of a pixel dwell time of the intensity of the light reflected by this point and in that the regulating device adjusts the intensity of the excitation light during the pixel dwell time.
Use of a body of revolution of an embossing roll for production of a nanostructure die with a concavely curved nanostructured die surface for seamless embossing in the step-and-repeat process of at least one peripheral ring (15, 15') of a jacket surface, wherein the nanostructure die has a die carrier to which a die form which encompasses the die surface is connected.
An isolated fully human monoclonal antibody that binds Jagged 1 and Jagged 2, wherein the antibody comprises a VH CDR1 sequence comprising the amino acid sequence SYAMS (SEQ ID NO: 200); a VH CDR2 sequence comprising the amino acid sequence SIDPEGRQTYYADSVKG (SEQ ID NO: 208); a VH CDR3 sequence comprising the amino acid sequence DIGGRSAFDY (SEQ ID NO: 209); a VL CDR1 sequence comprising the amino acid sequence RASQSISSY (SEQ ID NO: 210); a VL CDR2 sequence comprising the amino acid sequence AASSLQS (SEQ ID NO: 211); and a VL CDR3 sequence comprising the amino acid sequence QQTVVAPPL (SEQ ID NO: 212), wherein the antibody prevents, reduces, or inhibits one or more of Jagged 1 or Jagged 2 from binding a Notch receptor.
A nanoparticulate formulation of an inhibitor of a poly (ADP-ribose) polymerase (PARP) enzyme, the formulation comprising a suspension of lipid vesicles in an aqueous medium, wherein the lipid vesicles have a positive surface charge, have an average diameter in the range from about 50 nm to about 200 nm, comprise a PARP inhibitor, and comprise a PEGylated lipid moiety.
An abrasive article comprising: a backing, a polymer binder; and abrasive grains, and 0.0000001 weight percent to 0.01 weight percent based on the weight of the polymer binder of an infrared radiation absorbing dye having a peak absorption within the infrared radiation spectrum, wherein the polymer binder, the infrared radiation absorbing dye, and the abrasive grains are disposed over the backing, and wherein the infrared radiation absorbing dye is selected from the group consisting of cyanine dyes, croconium dyes, metal phthalocyanine dyes, metalated azo dyes, metalated indoaniline dyes, amminium dyes, metal complex dyes, and combinations thereof having a peak absorption intensity in the infrared radiation spectrum within a wavelength of 0.7 to 1.3 microns and an absorption intensity at all wavelengths in the non-infrared spectrum of less than fifty percent (50%) of the peak absorption intensity within the infrared spectrum. a backing, a polymer binder; and abrasive grains, and 0.0000001 weight percent to 0.01 weight percent based on the weight of the polymer binder of an infrared radiation absorbing dye having a peak absorption within the infrared radiation spectrum, a polymer binder; and abrasive grains, and 0.0000001 weight percent to 0.01 weight percent based on the weight of the polymer binder of an infrared radiation absorbing dye having a peak absorption within the infrared radiation spectrum, wherein the polymer binder, the infrared radiation absorbing dye, and the abrasive grains are disposed over the backing, and wherein the infrared radiation absorbing dye is selected from the group consisting of cyanine dyes, croconium dyes, metal phthalocyanine dyes, metalated azo dyes, metalated indoaniline dyes, amminium dyes, metal complex dyes, and combinations thereof having a peak absorption intensity in the infrared radiation spectrum within a wavelength of 0.7 to 1.3 microns and an absorption intensity at all wavelengths in the non-infrared spectrum of less than fifty percent (50%) of the peak absorption intensity within the infrared spectrum.
A method of operating a telecommunications network comprising a sending node and a receiving node, the method characterized by performing, at the sending node, compression on at least a portion of a header portion of the packet and encryption on at least a portion of the packet in a manner whereby the compression and the encryption are bound to an extent that, at the receiving node, verification of decompression and decryption of the packet are interdependent, the method further comprising: for an entering packet at the sending node, determining an initial checksum over the portion of the entering packet to be compressed and over the payload portion of the entering packet to be encrypted and including the initial checksum in the at least partially compressed and at least partially encrypted interface-traversing packet for transmission over an interface; and for the interface-traversing packet received at the receiving node, after performing the decryption and the decompression to obtain a recovered packet, determining a verification checksum over the recovered packet and using a comparison of the verification checksum and the initial checksum to determinate a verification both the decryption and the decompression. for an entering packet at the sending node, determining an initial checksum over the portion of the entering packet to be compressed and over the payload portion of the entering packet to be encrypted and including the initial checksum in the at least partially compressed and at least partially encrypted interface-traversing packet for transmission over an interface; and for the interface-traversing packet received at the receiving node, after performing the decryption and the decompression to obtain a recovered packet, determining a verification checksum over the recovered packet and using a comparison of the verification checksum and the initial checksum to determinate a verification both the decryption and the decompression.
An apparatus comprising: a valve; a wedge-shaped member of a valve, the wedge-shaped member having a first surface, a second surface that is angled with respect to the first surface; a stem coupled to the wedge-shaped member and having a surface directly adjacent to the wedge-shaped member on an end of the stem; and a cage of the valve, the cage having a main body that includes an opening that extends through the main body from a first end of the main body to a second end of the main body, the opening being formed by at least a third surface and a fourth surface of the cage and being configured to receive the wedge-shaped member through the first end of the main body such that: the first end of the main body is proximal to the stem, the second end of the main body is distal to the stem, a throttling orifice is formed as a space between the second surface and the fourth surface, and the surface directly adjacent to the wedge-shaped member on the end of stem can be moved into contact with a seal on the first end of the main body, such that the cage, stem and seal positively shut off the flow of the fluid at a location of the seal which is different from the throttling orifice, to fully impede flow of fluid through the throttling orifice, characterised in that the throttling orifice has a rectangular cross-section that facilitates passage of larger particles through the trim compared to an annular cross-section having the same area as the rectangular cross-section. a valve; a wedge-shaped member of a valve, the wedge-shaped member having a first surface, a second surface that is angled with respect to the first surface; a stem coupled to the wedge-shaped member and having a surface directly adjacent to the wedge-shaped member on an end of the stem; and a cage of the valve, the cage having a main body that includes an opening that extends through the main body from a first end of the main body to a second end of the main body, the opening being formed by at least a third surface and a fourth surface of the cage and being configured to receive the wedge-shaped member through the first end of the main body such that: the first end of the main body is proximal to the stem, the second end of the main body is distal to the stem, a throttling orifice is formed as a space between the second surface and the fourth surface, and the surface directly adjacent to the wedge-shaped member on the end of stem can be moved into contact with a seal on the first end of the main body, such that the cage, stem and seal positively shut off the flow of the fluid at a location of the seal which is different from the throttling orifice, to fully impede flow of fluid through the throttling orifice, characterised in that the throttling orifice has a rectangular cross-section that facilitates passage of larger particles through the trim compared to an annular cross-section having the same area as the rectangular cross-section.
Installation for the surface treatment of parts, comprising at least one treatment tank containing a treatment liquid in which there is at least partially immersed an arm carrying at one of its ends at least one part support having a lower face and an upper face which holds in position the parts to be treated, characterised in that it is rotatably mounted about an axis which is situated on the one hand on the outside of the tank and on the other hand at a level beneath the level constituted by the upper end edge of the tank.