mhurhangee/patent-ind-claim-en huggingface dataset:
A cable staple assembly for use with a staple driving tool having a driver and a cooperating breaking portion , the cable staple assembly comprising: a plurality of insulator bodies having frangible connectors extending between adjacent pairs of the insulator bodies, each of the insulator bodies having a counteracting frangible portion , and an insulator bridge extending between a pair of leg recesses , the frangible connectors alone extending between and coupling the plurality of insulator bodies together into a strip, and each counteracting frangible portion being spaced from the frangible connectors and being coupled solely to a single one of the plurality of insulator bodies; and a plurality of staples , each staple having a pair of legs extending from opposite ends of a staple crown with the pair of legs being received in the pair of leg recesses of one of the insulator bodies; wherein the counteracting frangible portion spans across a recess in a leading side of the insulator body and the recess is designed to receive the cooperating breaking portion of the staple driving tool. a plurality of insulator bodies having frangible connectors extending between adjacent pairs of the insulator bodies, each of the insulator bodies having a counteracting frangible portion , and an insulator bridge extending between a pair of leg recesses , the frangible connectors alone extending between and coupling the plurality of insulator bodies together into a strip, and each counteracting frangible portion being spaced from the frangible connectors and being coupled solely to a single one of the plurality of insulator bodies; and a plurality of staples , each staple having a pair of legs extending from opposite ends of a staple crown with the pair of legs being received in the pair of leg recesses of one of the insulator bodies; wherein the counteracting frangible portion spans across a recess in a leading side of the insulator body and the recess is designed to receive the cooperating breaking portion of the staple driving tool.
Apparatus for harvesting insect eggs, comprising; a container for containing an insect, a plurality of receiving members which are; removably detachable from the rest of the apparatus, for receiving an egg laid by an insect, and each independently removeable from the container, and an actuator for removing each receiving member independently from the container, wherein, in use, as the receiving members are removed from the container, insects inside the container are not able to escape the container. a container for containing an insect, a plurality of receiving members which are; removably detachable from the rest of the apparatus, for receiving an egg laid by an insect, and each independently removeable from the container, and removably detachable from the rest of the apparatus, for receiving an egg laid by an insect, and each independently removeable from the container, and an actuator for removing each receiving member independently from the container,
A grinding wheel comprising: a metal bond matrix structure ; a plurality of primary abrasive diamond particles within the matrix structure and having a primary particle size; and a plurality of secondary abrasive particles within the matrix structure and having a secondary particle size that is less than or equal to the primary particle size, wherein one of the primary abrasive diamond particles and secondary abrasive particles comprises resin bond diamond particles, characterized in that , either the plurality of primary abrasive diamond particles comprises resin bond diamond particles and the plurality of secondary abrasive particles comprises metal bond diamond particles, or the plurality of secondary abrasive particles comprises resin bond diamond particles and the plurality of primary abrasive diamond particles comprises metal bond diamond particles. a metal bond matrix structure ; a plurality of primary abrasive diamond particles within the matrix structure and having a primary particle size; and a plurality of secondary abrasive particles within the matrix structure and having a secondary particle size that is less than or equal to the primary particle size, wherein one of the primary abrasive diamond particles and secondary abrasive particles comprises resin bond diamond particles, characterized in that , either the plurality of primary abrasive diamond particles comprises resin bond diamond particles and the plurality of secondary abrasive particles comprises metal bond diamond particles, or the plurality of secondary abrasive particles comprises resin bond diamond particles and the plurality of primary abrasive diamond particles comprises metal bond diamond particles.
An electrical power generation system , comprising: a hydraulic pump configured to be switchable between operating in a first pump direction and in a second pump direction opposite the first pump direction; a hydraulic motor operably connected to the hydraulic pump to convert hydraulic flow into electrical power, the hydraulic motor having a motor inlet passage and a motor outlet passage ; and a hydraulic block disposed in flow communication with the hydraulic pump and with the hydraulic motor, the hydraulic block configured such that hydraulic fluid flow exiting the hydraulic block toward the hydraulic motor is directed through the motor inlet passage, regardless of whether the hydraulic pump is operating in the first pump or the second pump direction. a hydraulic pump configured to be switchable between operating in a first pump direction and in a second pump direction opposite the first pump direction; a hydraulic motor operably connected to the hydraulic pump to convert hydraulic flow into electrical power, the hydraulic motor having a motor inlet passage and a motor outlet passage ; and a hydraulic block disposed in flow communication with the hydraulic pump and with the hydraulic motor, the hydraulic block configured such that hydraulic fluid flow exiting the hydraulic block toward the hydraulic motor is directed through the motor inlet passage, regardless of whether the hydraulic pump is operating in the first pump or the second pump direction.
A method of making a nicotine containing sheet comprising the steps of: combining a source of nicotine salt having a cellulose content of less than about 5% by weight on a dry weight basis with a separate source of fibrous material having a nicotine salt content of less than about 1% by weight on a dry weight basis to form a mixture having a total nicotine salt content of at least about 1% by weight on a dry weight basis, wherein the mixture comprises substantially no tobacco material; and drying the mixture to form a sheet. combining a source of nicotine salt having a cellulose content of less than about 5% by weight on a dry weight basis with a separate source of fibrous material having a nicotine salt content of less than about 1% by weight on a dry weight basis to form a mixture having a total nicotine salt content of at least about 1% by weight on a dry weight basis, wherein the mixture comprises substantially no tobacco material; and drying the mixture to form a sheet.
A networking infrastructure for accessing a wide-area network, WAN , from a moving platform , carrying a plurality of wireless access devices , a router device and a client device , the network platform comprising: the plurality of wireless access devices for wireless interconnection with base stations of said WAN , wherein said wireless access devices are handed off between base stations when a connection deteriorates; the routing device having an interface connected to each respective one of said wireless access devices , and an interface for connection to the client device , said routing device configured to route traffic to said WAN through an active one of said wireless access devices ; and a processor at said routing device , configured to: monitor a metric of connection quality between said active wireless access device and said WAN ; in response to said metric of connection quality for said active wireless access device dropping below a lower threshold value and highest metric of connection quality of said wireless access devices being above an upper threshold value, reconfigure said routing device to route data traffic to said WAN through a targeted wireless access device corresponding to the the wireless access device of said wireless access devices having highest metric of connection quality. the plurality of wireless access devices for wireless interconnection with base stations of said WAN , wherein said wireless access devices are handed off between base stations when a connection deteriorates; the routing device having an interface connected to each respective one of said wireless access devices , and an interface for connection to the client device , said routing device configured to route traffic to said WAN through an active one of said wireless access devices ; and a processor at said routing device , configured to: monitor a metric of connection quality between said active wireless access device and said WAN ; in response to said metric of connection quality for said active wireless access device dropping below a lower threshold value and highest metric of connection quality of said wireless access devices being above an upper threshold value, reconfigure said routing device to route data traffic to said WAN through a targeted wireless access device corresponding to the the wireless access device of said wireless access devices having highest metric of connection quality. monitor a metric of connection quality between said active wireless access device and said WAN ; in response to said metric of connection quality for said active wireless access device dropping below a lower threshold value and highest metric of connection quality of said wireless access devices being above an upper threshold value, reconfigure said routing device to route data traffic to said WAN through a targeted wireless access device corresponding to the the wireless access device of said wireless access devices having highest metric of connection quality.
Pilot-controlled hydraulic directional cartridge valve with an installation bushing which is to be inserted into an installation bore of a hydraulic block , has an inner bore , and, towards its front end side , has a first bushing section with a first outer sealing diameter (D1) and, towards its rear end side, has a third bushing section with a second outer sealing diameter (D3) which is greater than the sealing diameter (D1) in the first bushing section and, in between, has a second bushing section , in which it has a series of radial openings and in which, in the region and in each case over a certain distance on both sides of the radial openings , it has an outer diameter (D2) which is greater than the first outer sealing diameter (D1) and is smaller than the second outer sealing diameter (D3), and with a control slide which is guided in the axial direction in the inner bore of the installation bushing and by way of which a throughflow cross section between the inner bore and the radial openings of the installation bushing can be controlled, the control slide being guided at least behind the radial openings on a guide diameter (D4) of the installation bushing , and an inner diameter (D5) of the installation bushing as far as into the region of the radial openings being at least as great as the guide diameter (D4), the ratio between the first outer sealing diameter (D1) and the guide diameter (D4) for the control slide lying in the range between 1.10 and 1.28, characterized by a valve cover which is placed onto the installation bushing , the control slide protruding into the valve cover , and the control slide having, for the hydraulic actuation thereof, a slide collar which, together with the valve cover , disconnects two control chambers from one another, and, in order to actuate the control slide , pressure medium being fed via a pilot control valve to the one control chamber and pressure medium being discharged from the other control chamber .
A structure , comprising: a printhead die molded into a monolithic body of plastic or other moldable material, wherein the monolithic body has a channel in contact with the printhead die so that fluid may pass directly to the printhead die , wherein the printhead die includes: multiple holes connected to the channel such that printing fluid can flow from the channel directly into the holes ; a manifold connected to the holes such that printing fluid can flow from the holes directly into the manifold ; and multiple ejection chambers connected to the manifold such that printing fluid can flow from the manifold into the ejection chambers , characterized in that : each hole is tapered from a broader part at the channel to a narrower part at the manifold ; and the channel is molded into the body and tapered from a broader part away from the holes to a narrower part at the holes . multiple holes connected to the channel such that printing fluid can flow from the channel directly into the holes ; a manifold connected to the holes such that printing fluid can flow from the holes directly into the manifold ; and multiple ejection chambers connected to the manifold such that printing fluid can flow from the manifold into the ejection chambers , characterized in that : each hole is tapered from a broader part at the channel to a narrower part at the manifold ; and the channel is molded into the body and tapered from a broader part away from the holes to a narrower part at the holes . each hole is tapered from a broader part at the channel to a narrower part at the manifold ; and the channel is molded into the body and tapered from a broader part away from the holes to a narrower part at the holes .
A display device , comprising a cover plate , a display screen and a photoreceptor , wherein the cover plate is disposed on the display screen , the cover plate is provided with a light shielding layer , the light shielding layer is provided with a light transmitting area , and the photoreceptor is disposed corresponding to the light transmitting area , wherein the cover plate comprises a display area and a non-display area , the light shielding layer is disposed in the non-display area and on a side of the cover plate directly opposed to the display screen , the non-display area is disposed around a circumferential direction of the display area , wherein the display device further comprises a control assembly, the control assembly is electrically connected to the display screen and configured to control the display screen to perform image display and adjust the brightness of the display screen , and the control assembly comprises a flexible circuit board , characterized in that the cover plate is provided with a groove , located in the light transmitting area through which a light enters the display device , the flexible circuit board is disposed on the cover plate , the photoreceptor is disposed on the flexible circuit board , one side of the photoreceptor away from the flexible circuit board is located in the groove , and the groove is disposed on the same side of the cover plate as the light shielding layer . wherein the cover plate comprises a display area and a non-display area , the light shielding layer is disposed in the non-display area and on a side of the cover plate directly opposed to the display screen , the non-display area is disposed around a circumferential direction of the display area , wherein the display device further comprises a control assembly, the control assembly is electrically connected to the display screen and configured to control the display screen to perform image display and adjust the brightness of the display screen , and the control assembly comprises a flexible circuit board , characterized in that the cover plate is provided with a groove , located in the light transmitting area through which a light enters the display device , the flexible circuit board is disposed on the cover plate , the photoreceptor is disposed on the flexible circuit board , one side of the photoreceptor away from the flexible circuit board is located in the groove , and the groove is disposed on the same side of the cover plate as the light shielding layer .
An electronic device , comprising: a display ; a speaker; and a housing in which the display and the speaker are mounted, the housing including glass structures that have a recess that receives at least part of the display, wherein: the glass structures include a planar glass member and define a speaker port aligned with the speaker, the planar glass member fused with a peripheral glass member that extends around at least some peripheral edge portions of the planar glass member to form the recess; the planar glass member has an outer surface opposite the recess; the outer surface provides an outer exposed surface of the housing; and the peripheral glass member defines at least a portion of an exterior sidewall of the housing. a display ; a speaker; and a housing in which the display and the speaker are mounted, the housing including glass structures that have a recess that receives at least part of the display, wherein: the glass structures include a planar glass member and define a speaker port aligned with the speaker, the planar glass member fused with a peripheral glass member that extends around at least some peripheral edge portions of the planar glass member to form the recess; the planar glass member has an outer surface opposite the recess; the outer surface provides an outer exposed surface of the housing; and the peripheral glass member defines at least a portion of an exterior sidewall of the housing. the glass structures include a planar glass member and define a speaker port aligned with the speaker, the planar glass member fused with a peripheral glass member that extends around at least some peripheral edge portions of the planar glass member to form the recess; the planar glass member has an outer surface opposite the recess; the outer surface provides an outer exposed surface of the housing; and the peripheral glass member defines at least a portion of an exterior sidewall of the housing.
A method for wireless communication at a user equipment, UE, comprising: identifying a set of transmission-reception points that transmit joint communications to the UE, wherein each transmission-reception point of the set of transmission-reception points has a separate cell identification; determining a subset of the set of transmission-reception points that are to transmit periodic tracking reference signals, wherein the subset of transmission-reception points have a relatively large contribution to the signals received at the UE; monitoring , based at least in part on the determining, for one or more tracking reference signals from the subset of transmission-reception points; and updating one or more joint communications parameters for joint communications with the set of transmission-reception points based at least in part on the one or more tracking reference signals from the subset of transmission-reception points. identifying a set of transmission-reception points that transmit joint communications to the UE, wherein each transmission-reception point of the set of transmission-reception points has a separate cell identification; determining a subset of the set of transmission-reception points that are to transmit periodic tracking reference signals, wherein the subset of transmission-reception points have a relatively large contribution to the signals received at the UE; monitoring , based at least in part on the determining, for one or more tracking reference signals from the subset of transmission-reception points; and updating one or more joint communications parameters for joint communications with the set of transmission-reception points based at least in part on the one or more tracking reference signals from the subset of transmission-reception points.
A hoeing machine having a drive means and a transmission box connected to said drive means in order to provide hoeing of the user in agricultural areas, characterized in that said transmission box comprises: at least one continuously changing gearbox , at least one gear mechanism which is connected to said continuously changing gearbox , at least one transmission body is provided which transfers power to an axle shaft connected to at least one rotary blade , where said transmission body is connected to said gear mechanism from one side, the gear mechanism comprises at least one mirror gear connected to a gearbox output shaft of the continuously changing gearbox for providing forward movement, a mirror gear shaft extending vertically and driven by said mirror gear , a drive pinion where said mirror gear shaft is connected by means of a direction modifier , a second mirror gear connected to said drive pinion and which transfers the movement, coming from the drive pinion , to said transmission body , at least one transmission gear connected to said mirror gear shaft and which receives the movement transferred through the mirror gear for providing backward movement, at least one inner gear connected to said transmission gear and which provides changing of the rotation direction by means of transferring the movement, transferred from the transmission gear , to said direction modifier and to the second mirror gear and to the drive pinion connected to the direction modifier . at least one continuously changing gearbox , at least one gear mechanism which is connected to said continuously changing gearbox , at least one transmission body is provided which transfers power to an axle shaft connected to at least one rotary blade , where said transmission body is connected to said gear mechanism from one side, the gear mechanism comprises at least one mirror gear connected to a gearbox output shaft of the continuously changing gearbox for providing forward movement, a mirror gear shaft extending vertically and driven by said mirror gear , a drive pinion where said mirror gear shaft is connected by means of a direction modifier , a second mirror gear connected to said drive pinion and which transfers the movement, coming from the drive pinion , to said transmission body , at least one transmission gear connected to said mirror gear shaft and which receives the movement transferred through the mirror gear for providing backward movement, at least one inner gear connected to said transmission gear and which provides changing of the rotation direction by means of transferring the movement, transferred from the transmission gear , to said direction modifier and to the second mirror gear and to the drive pinion connected to the direction modifier .