mhurhangee/ep-ind-claims huggingface dataset:
An AC-LED lighting circuit comprising an AC-LED arrangement with at least a first set of LEDs connected according to a first polarity and a second set of LEDs connected according to the opposite polarity, which AC-LED lighting circuit comprises: (i) a source of a polarity-selectable DC input signal to be applied to the AC-LED arrangement or a connecting means for connecting the AC-LED lighting circuit to a fixed-polarity DC input signal and a conversion means (T 1, T 2, T 3, T 4) for converting the fixed-polarity DC input signal to a polarity-selectable DC signal to be applied to the AC-LED arrangement; and (ii) a polarity controller (70, 71) realized to control the polarity of the polarity-selectable DC signal (50', 51) applied to the AC-LED arrangement such that the first set of LEDs of the AC-LED arrangement is driven when the polarity-selectable DC signal (50', 51) has the first polarity, and the second set of LEDs of the AC-LED arrangement is driven when the polarity-selectable DC signal (50', 51) has the opposite polarity, characterized in that the AC-LED lighting circuit further comprises an analysis unit arranged to monitor and observe the currently active string to use an operating history of the AC-LED arrangement stored in a memory so as to control the polarity of the DC signal according to the output of the analysis circuit in order to power the first set of LEDs and the second set of LEDs are driven for essentially equally long periods of time. (i) a source of a polarity-selectable DC input signal to be applied to the AC-LED arrangement or a connecting means for connecting the AC-LED lighting circuit to a fixed-polarity DC input signal and a conversion means (T 1, T 2, T 3, T 4) for converting the fixed-polarity DC input signal to a polarity-selectable DC signal to be applied to the AC-LED arrangement; and (ii) a polarity controller (70, 71) realized to control the polarity of the polarity-selectable DC signal (50', 51) applied to the AC-LED arrangement such that the first set of LEDs of the AC-LED arrangement is driven when the polarity-selectable DC signal (50', 51) has the first polarity, and the second set of LEDs of the AC-LED arrangement is driven when the polarity-selectable DC signal (50', 51) has the opposite polarity, characterized in that the AC-LED lighting circuit further comprises an analysis unit arranged to monitor and observe the currently active string to use an operating history of the AC-LED arrangement stored in a memory so as to control the polarity of the DC signal according to the output of the analysis circuit in order to power the first set of LEDs and the second set of LEDs are driven for essentially equally long periods of time.
A network node configured to switch data packets associated with a flow (61, 62, 63) between a Remote Radio Unit and a Digital Unit, the network node comprising: one or more input ports configured to receive said data packets and receive further packets having a destination other than one of a Remote Radio Unit and a Digital Unit, one or more output ports configured to transmit said data packets and said further packets, a scheduler configured to control transmission from the output port according to a scheduling cycle, characterized in that the scheduler is configured to schedule only said data packets to be transmitted in a first period of the scheduling cycle, and schedule one or more of said further packets to be transmitted in a separate second period of the scheduling cycle, and wherein the network node is configured to delay said data packets of a first flow by a same or different amount of time in uplink and in downlink. one or more input ports configured to receive said data packets and receive further packets having a destination other than one of a Remote Radio Unit and a Digital Unit, one or more output ports configured to transmit said data packets and said further packets, a scheduler configured to control transmission from the output port according to a scheduling cycle, characterized in that the scheduler is configured to schedule only said data packets to be transmitted in a first period of the scheduling cycle, and schedule one or more of said further packets to be transmitted in a separate second period of the scheduling cycle, and wherein the network node is configured to delay said data packets of a first flow by a same or different amount of time in uplink and in downlink.
A non-therapeutic method of destroying pathogens disposed upon a surface, the method comprising the steps of: providing a hand held device (10, 20) including a grip and a lamp; transmitting far-UVC light via the lamp; filtering the transmitted far-UVC light having a peak transmission wavelength of 222 nm to attenuate the transmitted far-UVC light thereby preventing light with a wavelength outside the range of 200 nm to 230 nm from reaching the surface while maintaining a peak transmission wavelength of 222 nm; scanning the surface by tracing the hand held device (10, 20) over a localized area of the surface thereby illuminating the localized area with the filtered far-UVC light; projecting indicial visible light from a visible light source of the hand held device (10, 20) onto the surface to generate visible indication upon the surface that the hand held device (10, 20) is disposed and maintained at a predetermined optimal operating distance from the surface; and maintaining transmission of the filtered far-UVC light for a predetermined time thereby destroying pathogens disposed upon the surface. providing a hand held device (10, 20) including a grip and a lamp; transmitting far-UVC light via the lamp; filtering the transmitted far-UVC light having a peak transmission wavelength of 222 nm to attenuate the transmitted far-UVC light thereby preventing light with a wavelength outside the range of 200 nm to 230 nm from reaching the surface while maintaining a peak transmission wavelength of 222 nm; scanning the surface by tracing the hand held device (10, 20) over a localized area of the surface thereby illuminating the localized area with the filtered far-UVC light; projecting indicial visible light from a visible light source of the hand held device (10, 20) onto the surface to generate visible indication upon the surface that the hand held device (10, 20) is disposed and maintained at a predetermined optimal operating distance from the surface; and maintaining transmission of the filtered far-UVC light for a predetermined time thereby destroying pathogens disposed upon the surface.
Locking device with a spring means, the spring means being provided in a manner such that it can be set at least into one locking position, the locking device being provided in a manner such that it can be adjusted relative to at least two retaining rods having a plurality of recesses, the spring means interacting with the recesses in such a manner that the setting of the spring means in its locking position causes the locking device to be locked relative to the retaining rods, wherein - the spring means is held prestressed or non-prestressed between at least two retaining rods, - the spring means, in addition to its locking position, is provided in a manner such that it can be set into a release position, - the spring means interact with the recesses in such a manner that, when the spring means are set in its release position, it opens up the recesses, - the locking device has a sliding element which can be set at least in a first position and in a second position, the spring means interacting with the sliding element in such a manner that, when the sliding element is set into its first position, the spring means takes up its locking position and that, when the sliding element is set into its second position, the spring means takes up its release position, - characterized in that the sliding element has a plurality of projections (42, 43), and in that the spring means have a plurality of actuating regions (32, 33), a movement of the sliding element parallel to a plane defined by the at least two retaining rods being able to bring about a movement of the actuating regions (32, 33) which is essentially vertical thereto, the actuating regions (32, 33) being of wedge-like design. - the spring means is held prestressed or non-prestressed between at least two retaining rods, - the spring means, in addition to its locking position, is provided in a manner such that it can be set into a release position, - the spring means interact with the recesses in such a manner that, when the spring means are set in its release position, it opens up the recesses, - the locking device has a sliding element which can be set at least in a first position and in a second position, the spring means interacting with the sliding element in such a manner that, when the sliding element is set into its first position, the spring means takes up its locking position and that, when the sliding element is set into its second position, the spring means takes up its release position, - characterized in that the sliding element has a plurality of projections (42, 43), and in that the spring means have a plurality of actuating regions (32, 33), a movement of the sliding element parallel to a plane defined by the at least two retaining rods being able to bring about a movement of the actuating regions (32, 33) which is essentially vertical thereto, the actuating regions (32, 33) being of wedge-like design.
A staple cartridge for use with a surgical stapler, comprising: a cartridge body having a plurality of staple cavities configured to seat staples therein; and, an adjunct material mated to the cartridge body and configured to be detached therefrom as the staples are deployed from the cartridge body and into tissue, the adjunct material including a solid central portion sized and shaped to substantially correspond to the cartridge body, and a wing portion extending along at least two sides of the solid central portion such that the wing portion extends beyond a lateral boundary of the cartridge body in a direction traverse to a longitudinal axis of the cartridge body; characterized in that the wing portion has a mesh structure, whereby the wing portion is more flexible than the solid central portion of the adjunct material and is configured to distribute a strain to tissue beyond the staple line when the adjunct material is disposed on tissue. a cartridge body having a plurality of staple cavities configured to seat staples therein; and, an adjunct material mated to the cartridge body and configured to be detached therefrom as the staples are deployed from the cartridge body and into tissue, the adjunct material including a solid central portion sized and shaped to substantially correspond to the cartridge body, and a wing portion extending along at least two sides of the solid central portion such that the wing portion extends beyond a lateral boundary of the cartridge body in a direction traverse to a longitudinal axis of the cartridge body; characterized in that the wing portion has a mesh structure, whereby the wing portion is more flexible than the solid central portion of the adjunct material and is configured to distribute a strain to tissue beyond the staple line when the adjunct material is disposed on tissue.
A method of communicating in a system including at least one underlay network device having a first coverage area and at least one overlay network device having a second, smaller coverage area within the first coverage area of the underlay network device, comprising the steps of: using a selected plurality of cell codes for identifying overlay network devices exclusively; and communicating on a first downlink channel of at least two downlink channels which are broadcast from an overlay network device, wherein a cell code of the first downlink channel is one of the selected plurality of cell codes whereby a mobile station communicating with an underlay network device can detect the overlay network device as a candidate for communications with the mobile station, and using a cell code that is distinct from the selected plurality of cell codes for a second one of the at least two downlink channels, wherein the mobile station can identify the second of the downlink channels based on communications on the first of the downlink channels. using a selected plurality of cell codes for identifying overlay network devices exclusively; and communicating on a first downlink channel of at least two downlink channels which are broadcast from an overlay network device, wherein a cell code of the first downlink channel is one of the selected plurality of cell codes whereby a mobile station communicating with an underlay network device can detect the overlay network device as a candidate for communications with the mobile station, and using a cell code that is distinct from the selected plurality of cell codes for a second one of the at least two downlink channels, wherein the mobile station can identify the second of the downlink channels based on communications on the first of the downlink channels.
A casting mold material capable of being used for casting a metal material, the casting mold material comprising, as a composition: 0.3 mass% to less than 0.5 mass% of Cr; 0.01 mass% to 0.15 mass% of Zr; optionally a total of 0.01 mass% to 0.15 mass% of one or more elements selected from Fe, Si, Co, and P,_and a balance consisting of Cu and inevitable impurities, wherein the casting mold material includes acicular precipitates containing Cr or plate-like precipitates containing Cr, and granular Cr-based and Zr-based precipitates having a particle diameter of 5 μm or larger are suppressed. 0.3 mass% to less than 0.5 mass% of Cr; 0.01 mass% to 0.15 mass% of Zr; optionally a total of 0.01 mass% to 0.15 mass% of one or more elements selected from Fe, Si, Co, and P,_and a balance consisting of Cu and inevitable impurities, wherein the casting mold material includes acicular precipitates containing Cr or plate-like precipitates containing Cr, and granular Cr-based and Zr-based precipitates having a particle diameter of 5 μm or larger are suppressed.
An in vitro method of identifying a human subject having decreased sensitivity to warfarin, comprising detecting the presence of an allele of a single nucleotide polymorphism in the VKOR gene, wherein the allele of the single nucleotide polymorphism in the VKOR gene comprising a T→C alteration at nucleotide 3294 of the nucleotide sequence of SEQ ID NO:11 is correlated with decreased sensitivity to warfarin, thereby identifying the subject having decreased sensitivity to warfarin.
A ball for a ball game, comprising: a bladder; a fabric layer positioned on an outer side of the bladder, the fabric layer having a plurality of fabric pieces and a configuration in which circumferential edge portions of the fabric pieces adjacent to one another are sewn together with a thread and the circumferential edge portions are folded to the bladder side; a filler loaded into a groove formed on an outer side of a region where the circumferential edge portions of the fabric pieces adjacent to one another are sewn together; and a skin layer having a plurality of skin panels and positioned on an outside of the fabric layer, the plurality of skin panels being in close contact with the fabric layer, characterized in that the filler is formed of a vulcanized rubber, and the rubber of the filler is penetrated into gaps between fibers constituting the fabric layer and into gaps between fibers constituting the fabric layer and the thread. a bladder; a fabric layer positioned on an outer side of the bladder, the fabric layer having a plurality of fabric pieces and a configuration in which circumferential edge portions of the fabric pieces adjacent to one another are sewn together with a thread and the circumferential edge portions are folded to the bladder side; a filler loaded into a groove formed on an outer side of a region where the circumferential edge portions of the fabric pieces adjacent to one another are sewn together; and a skin layer having a plurality of skin panels and positioned on an outside of the fabric layer, the plurality of skin panels being in close contact with the fabric layer, characterized in that the filler is formed of a vulcanized rubber, and the rubber of the filler is penetrated into gaps between fibers constituting the fabric layer and into gaps between fibers constituting the fabric layer and the thread.
Cooking appliance, in particular an oven, having a cooking chamber for cooking a product to be cooked and an optical sensor module for detecting properties of the product to be cooked, wherein the sensor module can be reversibly removed, wherein the sensor module, preferably a housing of the sensor module, has a grip element, characterised in that the sensor module is arranged in the door.
A rotating active electronically scanned array radar, comprising a plurality of radiating elements, a radiating element including a transmit-receive module for providing transmitter and receiver functions for each radiating element; and a controller, coupled to the plurality of transmit-receive modules, the controller arranged to provide dynamic electronic azimuth beam steering to vary a net azimuth beam scan rate with progressive scan back rotation at azimuths where dwell time is increased and with progressive scan forward rotation where reduced dwell time is used to maintain a substantially constant average target detection range as a function of azimuth in a presence of non-uniform weather loss conditions, wherein the dynamic electronic azimuth beam steering provides a rate of forward scan or back scan at azimuth angles identified according to an azimuth offset profile, and wherein the azimuth offset profile is derived from a gain profile, the gain profile being based on gain improvements that are determined to overcome loss based on an amount of energy of a radar beam from an antenna array that is used at different azimuth angles of a 360° mechanical rotation derived from azimuth loss information survey measurements. a plurality of radiating elements, a radiating element including a transmit-receive module for providing transmitter and receiver functions for each radiating element; and a controller, coupled to the plurality of transmit-receive modules, the controller arranged to provide dynamic electronic azimuth beam steering to vary a net azimuth beam scan rate with progressive scan back rotation at azimuths where dwell time is increased and with progressive scan forward rotation where reduced dwell time is used to maintain a substantially constant average target detection range as a function of azimuth in a presence of non-uniform weather loss conditions, wherein the dynamic electronic azimuth beam steering provides a rate of forward scan or back scan at azimuth angles identified according to an azimuth offset profile, and wherein the azimuth offset profile is derived from a gain profile, the gain profile being based on gain improvements that are determined to overcome loss based on an amount of energy of a radar beam from an antenna array that is used at different azimuth angles of a 360° mechanical rotation derived from azimuth loss information survey measurements.
A method of modifying a targeted site of a double stranded DNA, comprising a step of contacting a complex comprising a nucleic acid sequence-recognizing module that specifically binds to a target nucleotide sequence in a given double stranded DNA linked to a nucleic acid base converting enzyme, with said double stranded DNA, to convert one or more nucleotides in the targeted site to other one or more nucleotides or delete one or more nucleotides, or insert one or more nucleotides into said targeted site, wherein the nucleic acid sequence-recognizing module is a CRISPR-Cas system, wherein the CRISPR-Cas system comprises a Cas protein having nickase activity capable of cleaving only one of the strands of the double stranded DNA, wherein the method is not a method for treatment of the human or animal body by surgery or therapy, and wherein the method is not a method for modifying the germ line genetic identity of human beings.
System for connecting hose lines, consisting of a plug-in connector and an electric heating element, wherein the plug-in connector has at least one first and one second connection, which are connected to one another by a tube, and wherein at least one section of the tube can be heated by the electric heating element, wherein the electric heating element is embedded into a clamping ring with a gap, wherein the tube can be pushed through the gap of the clamping ring in such a way that the clamping ring reaches around at least one section of the tube and bears against the tube, characterized in that the heating element contains a first electric conductive track having a first electric connection and a second electric conductive track having a second electric connection, which are spaced apart from one another by a distance A in the longitudinal direction of the clamping ring, which each extend in the circumferential direction of the clamping ring and which are connected electrically to one another by at least one electric heating resistor (42, 44) extending in the longitudinal direction of the clamping ring.
A refrigerator comprising: an inner casing in which a storage space is formed; an outer casing coupled to the inner casing to define an appearance of the refrigerator; an insulator filling a space between the inner casing and the outer casing; and partitions that divide the storage space into a plurality of storage chambers (51, 53), wherein the partitions include a first partition horizontally coupled to a plurality of side walls and a rear wall of the inner casing to divide the storage space into an upper storage chamber and a lower storage chamber, and a second partition vertically coupled to a bottom surface of the first partition and a bottom wall of the inner casing to divide the lower storage chamber into a left chamber and a right chamber, wherein the insulator fills at least a portion of the first partition while filling the space between the inner casing and the outer casing, characterized in that the second partition communicates with the first partition so that the insulator fills the second partition, and the first partition includes a prefabricated insulator assembled therein, wherein the prefabricated insulator is formed with a guide path that guides the insulator filling the first partition to fill the second partition. an inner casing in which a storage space is formed; an outer casing coupled to the inner casing to define an appearance of the refrigerator; an insulator filling a space between the inner casing and the outer casing; and partitions that divide the storage space into a plurality of storage chambers (51, 53), wherein the partitions include a first partition horizontally coupled to a plurality of side walls and a rear wall of the inner casing to divide the storage space into an upper storage chamber and a lower storage chamber, and a second partition vertically coupled to a bottom surface of the first partition and a bottom wall of the inner casing to divide the lower storage chamber into a left chamber and a right chamber, wherein the insulator fills at least a portion of the first partition while filling the space between the inner casing and the outer casing, characterized in that the second partition communicates with the first partition so that the insulator fills the second partition, and the first partition includes a prefabricated insulator assembled therein, wherein the prefabricated insulator is formed with a guide path that guides the insulator filling the first partition to fill the second partition.