mhurhangee/patent-ind-claim-en huggingface dataset:
Horizontal stretch system for packaging at least one object into a plastic bag , comprising at least one tubular sheet supply , at least one opening station , at least two gathering brackets for gathering and spreading the plastic bag , and at least one closing station for closing the filled plastic bag , wherein the gathering brackets are traversable between a bag takeup position and a packaging position , characterized in that a continuous conveyor device having at least one conveying member is provided on which an object intended for packaging is transported through into the plastic bag kept open by the gathering brackets in the packaging position , wherein the conveyor device comprises a conveying plane , and wherein at least one deflecting device is provided which deflects the conveying member downwardly from the conveying plane , at least in sections, so as to form a free space in the conveying plane , in which at least the closing station can be disposed at least in sections.
An emulsifying composition comprising: (i) at least one saccharide-based ester at a concentration of from 30.0% to 50.0% of the weight of the composition, (ii) at least one surfactant at the concentration of from 2.0% to 5.0% of the weight of the composition, and (iiia) at least one peroxide or (IIIb) a mixture of terpene hydrocarbons at the concentration of from 2.0% to 7.0% of the weight of the composition wherein the saccharide-based ester is selected from: gallotannins, tannic acid, red gum and saponin; preferably is tannic acid. (i) at least one saccharide-based ester at a concentration of from 30.0% to 50.0% of the weight of the composition, (ii) at least one surfactant at the concentration of from 2.0% to 5.0% of the weight of the composition, and (iiia) at least one peroxide or (IIIb) a mixture of terpene hydrocarbons at the concentration of from 2.0% to 7.0% of the weight of the composition
A vacuum cleaner comprising: a housing having a dust inlet ; a first latch , the first latch moveable between a locked position and an unlocked position; a second latch moveable between a locked position and an unlocked position; a spring pressing the second latch to the locked position; and a dust bin securable on the housing with the first latch and the second latch ; wherein when the dust bin is being installed onto the housing , the second latch is moved from the locked position to the unlocked position until the spring presses the second latch back to the locked position, wherein the dust bin is secured on the housing when the dust bin is installed on the housing , the first latch is in the locked position, and the second latch is in the locked position, and wherein the dust bin is removable from the housing when the dust bin is installed on the housing , the first latch is in the unlocked position, and the second latch is in the locked position. a housing having a dust inlet ; a first latch , the first latch moveable between a locked position and an unlocked position; a second latch moveable between a locked position and an unlocked position; a spring pressing the second latch to the locked position; and a dust bin securable on the housing with the first latch and the second latch ; wherein when the dust bin is being installed onto the housing , the second latch is moved from the locked position to the unlocked position until the spring presses the second latch back to the locked position, wherein the dust bin is secured on the housing when the dust bin is installed on the housing , the first latch is in the locked position, and the second latch is in the locked position, and wherein the dust bin is removable from the housing when the dust bin is installed on the housing , the first latch is in the unlocked position, and the second latch is in the locked position.
A vehicle driveline comprising a vehicle transmission configured to transmit drive between an engine and vehicle wheels; and a kinetic energy recovery system having an input which is coupled to the driveline between the engine and the vehicle transmission , the kinetic energy recovery system comprising a flywheel and a continuously variable transmission for transferring drive between the flywheel and the vehicle driveline at a continuously variable CVT speed ratio, the continuously variable transmission comprising a variator having a rotary variator input and a rotary variator output , the variator serving to transfer drive between the rotary variator input and the rotary variator output at a continuously variable variator speed ratio, and a gear arrangement having a first rotary input (B) which is drivably coupled to the rotary variator input , a second rotary input (A) which is drivably coupled to the rotary variator output , and a rotary output (C) which is drivably coupled to the flywheel , wherein the continuously variable transmission has one side coupled to the flywheel and the other side coupled to the driveline , wherein the gear arrangement includes an epicyclic gear arrangement, and characterized in that the rotary output (C) of the gear arrangement is a planet carrier of the epicyclic gear arrangement, the first rotary input (B) of the gear arrangement is a sun gear of the epicyclic gear arrangement, and the second rotary input (A) of the gear arrangement is an annular gear of the epicyclic gear arrangement.
A transmission apparatus comprising: a creation unit configured to create a transmission packet by compressing an Internet Protocol, IP, header and a User Datagram Protocol, UDP, header of an IP packet, the IP packet comprising an IP header and an UDP packet, the UDP packet comprising the UDP header and an UDP payload, the transmission packet comprising: a header comprising type information and length information, the type information indicating whether the IP header and the UDP header are compressed, and the length information indicating a length of the transmission packet; and a payload constituted of a destination index and the UDP payload, the destination index corresponding to a destination IP address of the IP packet and a destination port number of the UDP packet; and a transmission unit configured to transmit the transmission packet. a creation unit configured to create a transmission packet by compressing an Internet Protocol, IP, header and a User Datagram Protocol, UDP, header of an IP packet, the IP packet comprising an IP header and an UDP packet, the UDP packet comprising the UDP header and an UDP payload, the transmission packet comprising: a header comprising type information and length information, the type information indicating whether the IP header and the UDP header are compressed, and the length information indicating a length of the transmission packet; and a payload constituted of a destination index and the UDP payload, the destination index corresponding to a destination IP address of the IP packet and a destination port number of the UDP packet; and a header comprising type information and length information, the type information indicating whether the IP header and the UDP header are compressed, and the length information indicating a length of the transmission packet; and a payload constituted of a destination index and the UDP payload, the destination index corresponding to a destination IP address of the IP packet and a destination port number of the UDP packet; and a transmission unit configured to transmit the transmission packet.
Fastening device for securing a first component with a grating structure comprising a plurality of meshes limited by bar sections , to a second component , the first component being a grating and the second component a light shaft , the fastening device comprising a grating securing section to connect the fastening device to the grating structure and a pull-out preventing section to connect the fastening device to the second component , the grating securing section being designed in one piece or multi-part, the grating securing section having at least three to ten, in particular seven or eight securing units , which are detachably and / or undetachably connected to a basic element of the grating securing section , in particular bolted, riveted, welded or soldered, and which are each connectable to a bar section of the grating structure , the grating securing section being designed plate-like and the securing units being shaped and attached to a longitudinal edge of the grating securing section such that they can surround in comb-like manner several bar sections of the grating structure , and each securing unit being designed U-hook-like in the end area and surrounding a bar section of the first component and only the comb-like securing units without flat components being visible from a position above the first component , such that a light incidence into the grating structure is not restricted and the securing units are visually barely perceived, and at least three bar sections of the grating structure being surrounded by securing units .
A dosimeter container comprising: a housing portion for housing a radiation dosage measuring device ; and a shield portion surrounding the housing portion and including at least a LiF sintered body, the LiF sintered body transmitting the predetermined radiation to be measured with the radiation dosage measuring device but blocking neutron radiation, characterised in that the LiF sintered body is a 6 LiF sintered body including 6 LiF and has a relative density thereof, obtained by dividing the density of the sintered body by the theoretical density equal to 2.64 g/cm 3 of LiF, of 83% or more to 90% or less, and in that the radiation dosage measuring device is for measuring a dosage of predetermined radiation other than neutron radiation.
Self-piercing rivet for connecting high-strength steels, with a head which has a head diameter (DH), and with a shank which has a shank diameter (DS), wherein, at the foot end opposite the head , the shank has an axial recess which has an axial depth (LB), wherein, at the foot end , the shank has a flat surface section , wherein the ratio of axial depth (LB) of the recess to shank diameter (DS) is smaller than 0.3, wherein the axial recess has a recess volume, wherein a ratio of recess volume to volume of the shank is smaller than 0.25 and is greater than 0.05, and wherein the flat surface section is designed as an annular surface section and has a radial width (BF) in cross section, wherein the ratio of radial width (BF) of the annular surface section to shank diameter (DS) is greater than 0.05 and is smaller than 0.25, characterized in that the recess does not have a cylindrical section, and the recess is frustoconical in longitudinal section, wherein the base of the recess is flat. wherein, at the foot end , the shank has a flat surface section , wherein the ratio of axial depth (LB) of the recess to shank diameter (DS) is smaller than 0.3, wherein the axial recess has a recess volume, wherein a ratio of recess volume to volume of the shank is smaller than 0.25 and is greater than 0.05, and wherein the flat surface section is designed as an annular surface section and has a radial width (BF) in cross section, wherein the ratio of radial width (BF) of the annular surface section to shank diameter (DS) is greater than 0.05 and is smaller than 0.25, characterized in that the recess does not have a cylindrical section, and the recess is frustoconical in longitudinal section, wherein the base of the recess is flat. the recess does not have a cylindrical section, and the recess is frustoconical in longitudinal section, wherein the base of the recess is flat.
A method of storing data sets in a storage set comprising different storage devices , such as Redundant Array of Inexpensive Disks, RAID, arrays, the method involving a computer having a processor and comprising: executing on the processor instructions configured to: generate on a storage device a journal configured to store a plurality of data sets and a verifier for said plurality of data sets; upon receiving a request to store a data set at a location in the storage set , store the data set in the journal ; select a batch of data sets stored in the journal , wherein a first data set is omitted from the batch , if it is determined that the journal also includes a second data set that is newer than the first data set and that is to be stored at the same location in the storage set , said selecting comprising: compute a verifier for the data sets of the selected batch ; store the verifier in the journal ; store the data sets and the verifier of the data sets in the storage set ; and after storing the data sets and the verifier of the data sets in the storage set , remove the data sets from the journal . generate on a storage device a journal configured to store a plurality of data sets and a verifier for said plurality of data sets; upon receiving a request to store a data set at a location in the storage set , store the data set in the journal ; select a batch of data sets stored in the journal , wherein a first data set is omitted from the batch , if it is determined that the journal also includes a second data set that is newer than the first data set and that is to be stored at the same location in the storage set , said selecting comprising: compute a verifier for the data sets of the selected batch ; store the verifier in the journal ; store the data sets and the verifier of the data sets in the storage set ; and after storing the data sets and the verifier of the data sets in the storage set , remove the data sets from the journal . compute a verifier for the data sets of the selected batch ; store the verifier in the journal ; store the data sets and the verifier of the data sets in the storage set ; and after storing the data sets and the verifier of the data sets in the storage set , remove the data sets from the journal .
A surveying instrument comprising: a chassis ; an optical system having an optical axis , the optical system being adapted to receive and/or transmit light; an optical component located at, or in proximity to, said optical axis, the received and/or transmitted light passing through said optical component; and a stage attached to said chassis, the stage including an actuating member arranged to act on the optical component for movement thereof; said actuating member being responsive to temperature so as to induce a displacement of the optical component relative to the chassis along the optical axis in response to a temperature change; wherein actuation by the actuating member is caused by a mechanical deformation of the actuating member in response to said temperature change, thereby causing the displacement of said optical component; characterised in that the stage further comprises a movable part , the optical component being attached to the movable part and the actuating member being arranged to act on the movable part for movement thereof; and the stage includes a base with a flexible section securely attached to the base the movable part being an arm arranged to swing on said flexible section upon actuation by said actuating member. a chassis ; an optical system having an optical axis , the optical system being adapted to receive and/or transmit light; an optical component located at, or in proximity to, said optical axis, the received and/or transmitted light passing through said optical component; and a stage attached to said chassis, the stage including an actuating member arranged to act on the optical component for movement thereof; said actuating member being responsive to temperature so as to induce a displacement of the optical component relative to the chassis along the optical axis in response to a temperature change; wherein actuation by the actuating member is caused by a mechanical deformation of the actuating member in response to said temperature change, thereby causing the displacement of said optical component; characterised in that the stage further comprises a movable part , the optical component being attached to the movable part and the actuating member being arranged to act on the movable part for movement thereof; and the stage includes a base with a flexible section securely attached to the base the movable part being an arm arranged to swing on said flexible section upon actuation by said actuating member.
A method of wireless communication, comprising: receiving , by a UE, an indication to apply a modulation order cap to determine a first modulation and coding scheme for transmission of uplink control information different from a second modulation and coding scheme for transmission of uplink data, the modulation order cap specifying a maximum modulation order for transmission of uplink control information, wherein receiving an indication to apply a modulation order cap comprises receiving a cap enablement parameter indicating enablement of the modulation order cap for the first modulation and coding scheme; and transmitting the uplink control information using the first modulation and coding scheme and the uplink data using the second modulation and coding scheme, wherein the first modulation and coding scheme having a modulation order equal to or less than the maximum modulation order specified by the modulation order cap and is determined based, at least in part, on the received indication to apply the modulation order cap, wherein the first modulation and coding scheme is further determined based, at least in part, on a determination that the uplink data has a second priority lower than a first priority of the uplink control information and the received cap enablement parameter. receiving , by a UE, an indication to apply a modulation order cap to determine a first modulation and coding scheme for transmission of uplink control information different from a second modulation and coding scheme for transmission of uplink data, the modulation order cap specifying a maximum modulation order for transmission of uplink control information, wherein receiving an indication to apply a modulation order cap comprises receiving a cap enablement parameter indicating enablement of the modulation order cap for the first modulation and coding scheme; and transmitting the uplink control information using the first modulation and coding scheme and the uplink data using the second modulation and coding scheme, wherein the first modulation and coding scheme having a modulation order equal to or less than the maximum modulation order specified by the modulation order cap and is determined based, at least in part, on the received indication to apply the modulation order cap, wherein the first modulation and coding scheme is further determined based, at least in part, on a determination that the uplink data has a second priority lower than a first priority of the uplink control information and the received cap enablement parameter.
A base station comprising: circuitry adapted to select one pattern to be used for data allocation from among a plurality of patterns of a resource area where data is allocated; and a transmitter adapted to provide notification about setting information regarding the plurality of patterns by higher-layer signaling and provide notification about the selected one pattern by a downlink control signal, DCI, characterized in that the selected one pattern indicates a frequency domain or time domain of the resource area to be excluded from data allocation. circuitry adapted to select one pattern to be used for data allocation from among a plurality of patterns of a resource area where data is allocated; and a transmitter adapted to provide notification about setting information regarding the plurality of patterns by higher-layer signaling and provide notification about the selected one pattern by a downlink control signal, DCI, characterized in that the selected one pattern indicates a frequency domain or time domain of the resource area to be excluded from data allocation.
A piston crank mechanism of an internal combustion engine, comprising: - an upper link whose one end is connected to a piston through a piston pin ; - a lower link which is connected to the other end of the upper link through an upper pin and also is connected to a crank pin of a crank shaft; - a control link whose one end is rockably supported at an engine body side and whose other end is connected to the lower link through a control pin , wherein both end portions of the upper pin are supported at a pair of upper-pin pin boss portions formed at one end of the lower link and having a bifurcated shape, and an upper link side pin boss portion of an end portion of the upper link is connected to a middle portion of the upper pin , - an oil supply hole formed so as to open between the pair of upper-pin pin boss portions of the lower link and supplying lubricating oil, which is supplied from the crank pin , toward the upper pin ; - an oil storing portion provided at the lower link between the pair of upper-pin pin boss portions so that a bottom side of the upper link side pin boss portion partly sinks in and thus touches the lubricating oil that fills the oil storing portion ; and - an oil groove recessed on an end surface of the upper link side pin boss portion from an outer circumferential surface to an inner circumferential bearing hole of the upper link side pin boss portion . - an upper link whose one end is connected to a piston through a piston pin ; - a lower link which is connected to the other end of the upper link through an upper pin and also is connected to a crank pin of a crank shaft; - a control link whose one end is rockably supported at an engine body side and whose other end is connected to the lower link through a control pin , - an oil supply hole formed so as to open between the pair of upper-pin pin boss portions of the lower link and supplying lubricating oil, which is supplied from the crank pin , toward the upper pin ; - an oil storing portion provided at the lower link between the pair of upper-pin pin boss portions so that a bottom side of the upper link side pin boss portion partly sinks in and thus touches the lubricating oil that fills the oil storing portion ; and - an oil groove recessed on an end surface of the upper link side pin boss portion from an outer circumferential surface to an inner circumferential bearing hole of the upper link side pin boss portion .
A fault diagnosis method for a rotating motor, the fault diagnosis method comprising: obtaining a time-domain acceleration signal of the rotating motor along a vibration direction and a rotation period of the rotating motor; converting the time-domain acceleration signal into a time-domain velocity signal, cutting off a plurality of velocity signal segments along the time-domain velocity signal by taking the rotation period as a step size, and arranging the plurality of velocity signal segments in sequence to obtain a velocity signal matrix ; converting the velocity signal matrix into a single image ; and inputting the single image into a trained neural network model to obtain a fault diagnosis result . obtaining a time-domain acceleration signal of the rotating motor along a vibration direction and a rotation period of the rotating motor; converting the time-domain acceleration signal into a time-domain velocity signal, cutting off a plurality of velocity signal segments along the time-domain velocity signal by taking the rotation period as a step size, and arranging the plurality of velocity signal segments in sequence to obtain a velocity signal matrix ; converting the velocity signal matrix into a single image ; and inputting the single image into a trained neural network model to obtain a fault diagnosis result .