mhurhangee/patent-ind-claim-en huggingface dataset:
A container assembly configured to maintain a predetermined humidity for storing a product therein, the container assembly comprising: a container having a body with a body wall and a mouth opening into a storage cavity ; a cap having a top wall, the cap selectively mountable over the mouth of the container to substantially enclose the storage cavity in a mounted configuration; a sidewall extending substantially perpendicularly from one of the bottom body wall and the cap top wall, the sidewall defining an opening and a compartment , the sidewall including an opening edge adjacent the opening; a moisture control material positioned within the compartment ; and a sealing membrane having a peripheral portion, the peripheral portion secured to the sidewall proximate the opening edge, the sealing membrane configured to allow moisture flow therethrough to maintain the predetermined humidity in the storage cavity , characterized in that the container assembly further comprises a compartment lid having a lid edge , a cavity surface and a compartment surface , the compartment lid connected to the sidewall proximate the opening edge with the compartment surface facing the compartment and the cavity surface facing the storage cavity when the cap is mounted to the container , wherein the sealing membrane is secured to the compartment surface of the compartment lid . a container having a body with a body wall and a mouth opening into a storage cavity ; a cap having a top wall, the cap selectively mountable over the mouth of the container to substantially enclose the storage cavity in a mounted configuration; a sidewall extending substantially perpendicularly from one of the bottom body wall and the cap top wall, the sidewall defining an opening and a compartment , the sidewall including an opening edge adjacent the opening; a moisture control material positioned within the compartment ; and a sealing membrane having a peripheral portion, the peripheral portion secured to the sidewall proximate the opening edge, the sealing membrane configured to allow moisture flow therethrough to maintain the predetermined humidity in the storage cavity , characterized in that the container assembly further comprises a compartment lid having a lid edge , a cavity surface and a compartment surface , the compartment lid connected to the sidewall proximate the opening edge with the compartment surface facing the compartment and the cavity surface facing the storage cavity when the cap is mounted to the container , wherein the sealing membrane is secured to the compartment surface of the compartment lid .
Greenhouse arrangement having a chamber in which a plurality of receiving positions for plant containers are arranged one above the other and are accessible from a loading side of the chamber , characterized in that the chamber is delimited on the loading side by a moveable wall which comprises an opening which can be moved from a first position in which the chamber is inaccessible from the outside into at least a second position in which one of the receiving positions in the chamber is accessible from the outside, the moveable wall being designed in such a way that it does not completely expose the loading side , but the opening always exposes only a part thereof which is required for loading or, as the case will be, removing plant containers.
A power transmission device, comprising: a power transmission antenna positioned to face a power reception antenna installed on a side surface of a cart stored in a storage position; a first rail forming a first groove that guides a first wheel , among a plurality of wheels for moving the cart , that is closest to the power transmission antenna when the cart approaches the storage position, and that causes a distance between the power reception antenna installed on the side surface of the cart and the power transmission antenna to be within a power transmittable range; and a second rail that guides a second wheel , among the plurality of wheels for moving the cart , that is different from the first wheel to the storage position; wherein, the second rail includes a second groove for guiding the second wheel to the storage position, and a width (A2) of the second groove is wider than a width (A1) of the first groove in accordance with a mounting accuracy of the first wheel and the second wheel to the cart , wherein, the power transmission device further comprises a wheel stopper at the leading end of the second groove formed by the second rail , the wheel stopper stopping the second wheel of the cart at the storage position. a power transmission antenna positioned to face a power reception antenna installed on a side surface of a cart stored in a storage position; a first rail forming a first groove that guides a first wheel , among a plurality of wheels for moving the cart , that is closest to the power transmission antenna when the cart approaches the storage position, and that causes a distance between the power reception antenna installed on the side surface of the cart and the power transmission antenna to be within a power transmittable range; and a second rail that guides a second wheel , among the plurality of wheels for moving the cart , that is different from the first wheel to the storage position; wherein, the second rail includes a second groove for guiding the second wheel to the storage position, and a width (A2) of the second groove is wider than a width (A1) of the first groove in accordance with a mounting accuracy of the first wheel and the second wheel to the cart , wherein, the power transmission device further comprises a wheel stopper at the leading end of the second groove formed by the second rail , the wheel stopper stopping the second wheel of the cart at the storage position.
Transmitting/receiving device (12; 120) for a subscriber station (10; 100; 1000) of a serial bus system , having a receiver for serially receiving a message from a bus of the bus system , an evaluation block for evaluating whether the received message is intended for the subscriber station (10; 100; 1000) and for evaluating whether either data in the received message therefore need to be received by the subscriber station (10; 100; 1000) or whether data in a message from the subscriber station (10; 100; 1000) need to be inserted into the received message and transmitted onto the bus by the transmitting/receiving device (12; 120), and a first connection (CRx; CTx) for serially outputting a signal to a communication interface of the subscriber station (10; 100; 1000) for the subscriber station (10; 100; 1000) on the basis of the evaluation by the evaluation block , wherein the evaluation block is configured to always output a signal edge of the signal at the first connection (CRx; CTx) if the evaluation by the evaluation block reveals that the received message is intended for the subscriber station (10; 100; 1000) and a data bit is currently present in the data in the received message or a data bit of the data in the message from the subscriber station (10; 100; 1000) needs to be inserted into the received message by the transmitting/receiving device (12; 120). a receiver for serially receiving a message from a bus of the bus system , an evaluation block for evaluating whether the received message is intended for the subscriber station (10; 100; 1000) and for evaluating whether either data in the received message therefore need to be received by the subscriber station (10; 100; 1000) or whether data in a message from the subscriber station (10; 100; 1000) need to be inserted into the received message and transmitted onto the bus by the transmitting/receiving device (12; 120), and a first connection (CRx; CTx) for serially outputting a signal to a communication interface of the subscriber station (10; 100; 1000) for the subscriber station (10; 100; 1000) on the basis of the evaluation by the evaluation block , wherein the evaluation block is configured to always output a signal edge of the signal at the first connection (CRx; CTx) if the evaluation by the evaluation block reveals that the received message is intended for the subscriber station (10; 100; 1000) and a data bit is currently present in the data in the received message or a data bit of the data in the message from the subscriber station (10; 100; 1000) needs to be inserted into the received message by the transmitting/receiving device (12; 120).
A building element adapted to provide thermal insulation between two building parts comprising: an elongate insulating body ; a plurality of reinforcing elements passing through and projecting on either side beyond the insulating body so as to be disposed in use within and serve to reinforce each of the two building parts ; at least one through apertured formation extending transversely through the insulating body so as to be able to receive in use a post-tensioning tendon member; wherein the insulating body comprises at least one load transfer element and at least one transition element continuously aligned with the load transfer element; the at least one load transfer element comprises a first insulating body with the said plurality of reinforcing elements passing through and projecting on either side beyond the first insulating body, and the at least one transition element comprises a second insulating body with at least one of the said apertured formations formed in and extending transversely through the second insulating body; and wherein the through apertured formation comprises a tubular member defining a through aperture, characterized in that the tubular member comprises a central tubular sheath passing through the thickness of the elongate insulating body and an adaptor portion provided at each end thereof so disposed as to project beyond the first insulating body on either side thereof. an elongate insulating body ; a plurality of reinforcing elements passing through and projecting on either side beyond the insulating body so as to be disposed in use within and serve to reinforce each of the two building parts ; at least one through apertured formation extending transversely through the insulating body so as to be able to receive in use a post-tensioning tendon member; wherein the insulating body comprises at least one load transfer element and at least one transition element continuously aligned with the load transfer element; the at least one load transfer element comprises a first insulating body with the said plurality of reinforcing elements passing through and projecting on either side beyond the first insulating body, and the at least one transition element comprises a second insulating body with at least one of the said apertured formations formed in and extending transversely through the second insulating body; and wherein the through apertured formation comprises a tubular member defining a through aperture, characterized in that the tubular member comprises a central tubular sheath passing through the thickness of the elongate insulating body and an adaptor portion provided at each end thereof so disposed as to project beyond the first insulating body on either side thereof.
Operating device for a tube lifter which comprises a lifting tube that has a tube interior and can be shortened by applying a vacuum to the tube interior , and comprising a suction grip device arranged on one end of the tube lifter , which suction grip device can be supplied with a vacuum through the tube interior , the operating device having a suction port for fluid communication with the suction grip device , a lifting tube port for fluid communication with the tube interior of the lifting tube , and valve means for controlling the fluid communications, the valve means comprising a control valve which is adjustable between a closed position and an open position, in the open position a flow path from the surroundings to the lifting tube port being open, and in the closed position said flow path being substantially closed; and a control mechanism comprising a manually actuable operating element being provided for adjusting the control valve , characterized in that the manually actuable operating element is configured as a manually grippable and rotatable rod and designed such that, during operation, it extends substantially vertically and it can slide through an operator's hand when the suction grip device is being raised or lowered.
A method of processing a plurality of time-varying signals (114/116) received at a sensor communicatively coupled to a signal data processor to identify at least one parameter of at least one of the plurality of time-varying signals (114/116), said method comprising: receiving , at a plurality of blind source separation ("BSS") modules of the signal data processor , signals (124/126) derived from the plurality of time-varying signals (114/116), each BSS module of the plurality of BSS modules including a filtering subsystem , wherein the filtering subsystem within each BSS module has a pipelined architecture and a parallelized architecture; generating , using the plurality of BSS modules , a plurality of blind source separated signals ; transmitting , based on the plurality of blind source separated signals , at least one pulse descriptor word parameter vector signal to a computing device of the signal data processor ; identifying , using the computing device , the at least one parameter from the at least one pulse descriptor word parameter vector signal ; and outputting the at least one parameter from the signal data processor . receiving , at a plurality of blind source separation ("BSS") modules of the signal data processor , signals (124/126) derived from the plurality of time-varying signals (114/116), each BSS module of the plurality of BSS modules including a filtering subsystem , wherein the filtering subsystem within each BSS module has a pipelined architecture and a parallelized architecture; generating , using the plurality of BSS modules , a plurality of blind source separated signals ; transmitting , based on the plurality of blind source separated signals , at least one pulse descriptor word parameter vector signal to a computing device of the signal data processor ; identifying , using the computing device , the at least one parameter from the at least one pulse descriptor word parameter vector signal ; and outputting the at least one parameter from the signal data processor .
A device suitable for use in a body lumen comprising an elongated control arm and a radially expansible cage disposed at or adjacent to a distal end of the elongated control arm that is adjustable between a contracted orientation and an expanded (deployed) orientation, wherein the radially expansible cage is adapted to scrape thrombus from vessel walls, or collect matter removed from vessel walls, when in a deployed orientation, and wherein the device comprises an extractor comprising a helical formation adapted to rotate having a distal end located inside the radially expansible cage , in which the helical formation is disposed within an extractor tube and the extractor tube comprises a cutting edge and wherein the helical formation has a variable pitch along its length.
Spark plug , comprising • a housing , • an insulator , which is arranged in the housing , • a central electrode , which is arranged in the insulator , • a connection bolt , which is arranged in the insulator , • a resistor element , which is arranged in the insulator , is arranged spatially between the central electrode and the connection bolt and electrically connects the central electrode to the connection bolt , wherein the resistor element contains a resistive compound , wherein the resistive compound consists of a material mixture which contains ZrO 2 and SiO 2 , and • an earth electrode , which is arranged on an end surface, facing toward the combustion chamber, of the housing and, together with the central electrode , forms a spark gap, wherein the material mixture of the resistive compound also contains ZrSiO 4 , characterized in that a conversion ratio q is at least 40%, where q = w ZrSiO 4 w ZrSiO 4 + w ZrO 2 , with w(X) being the proportion of the material X in wt% in the resistive compound . • a housing , • an insulator , which is arranged in the housing , • a central electrode , which is arranged in the insulator , • a connection bolt , which is arranged in the insulator , • a resistor element , which is arranged in the insulator , is arranged spatially between the central electrode and the connection bolt and electrically connects the central electrode to the connection bolt , wherein the resistor element contains a resistive compound , wherein the resistive compound consists of a material mixture which contains ZrO 2 and SiO 2 , and • an earth electrode , which is arranged on an end surface, facing toward the combustion chamber, of the housing and, together with the central electrode , forms a spark gap,
A silicon nitride sintered body, comprising crystals of oxynitrides including calcium, aluminum, and silicon in a grain boundary phase which is lying between silicon nitride crystals, the calcium, the aluminum and the silicon constituting the crystals of oxynitrides consisting of 1.3 to 32.0 mass% calcium, 0.1 to 25.0 mass% aluminum, and a balance silicon, wherein the crystals of oxynitrides are of a type in which a first peak appears at a diffraction angle 2θ ranging from 30.4° to 32.4° and a second peak appears at a diffraction angle 2θ ranging from 51.0° to 53.0° in an X-ray diffraction chart, wherein a half-value width of the first peak is greater than or equal to 0.1° but less than or equal to 0.9°, and wherein a content of the crystals of oxynitrides falls in a range of 1 to 10 mass% based on a total mass of crystals constituting the silicon nitride sintered body defined as 100 mass%.
Piston compressor for compressing a gas, comprising a cylinder , a piston , a piston rod , a seal, a crosshead , a magnetic bearing and a drive , wherein the piston is arranged movably within the cylinder in a longitudinal direction (L), wherein the piston is connected to the crosshead via the piston rod , wherein the seal, through which the piston rod extends, is arranged between the piston and the crosshead , wherein the crosshead is driven by the drive , wherein the magnetic bearing is arranged between the piston and the crosshead , wherein the magnetic bearing can exert a magnetic force (F m ) on the piston rod at least perpendicular to the longitudinal direction (L), wherein a sensor is arranged to detect a state variable (Z) of the piston compressor , in that the magnetic bearing is designed as a controllable magnetic bearing , and in that an actuating device actuates the magnetic force (F m ) exerted by the magnetic bearing on the piston rod as a function of the state variable (Z), and in that the sensor is designed to detect at least one of the following variables as the state variable (Z): displacement of the piston in the cylinder, displacement of the piston rod in the direction of travel of the piston rod, displacement of the piston rod perpendicular to the direction of travel of the piston rod, movement of the piston perpendicular to the direction of travel of the piston rod, angle of rotation of the drive shaft, characterised in that the seal is a packing seal, the piston comprises a plurality of sealing rings, the packing seal comprises, arranged in succession in the longitudinal direction (L), at least one fastening part , the magnetic bearing and at least one chamber ring with a sealing ring arranged therein, and the packing seal comprises at least two emergency bearings which are arranged spaced apart from one another in the longitudinal direction (L).
An accessory assembly comprising: a housing having a front surface and an opposing rear surface; a screen disposed on the rear surface of the housing ; a hanger cooperating with the housing including a central portion and first and second shoulder portions extending from opposing ends of the central portion , wherein the central portion includes a cavity at least partially formed therein between opposing sidewalls extending between the first and second shoulder portions of the hanger ; and an insert removably connected to the cavity in the central portion of the hanger , characterised in that the insert defines a channel configured to receive and releasably engage an object therein such that the object is at least partially exposed above the screen when positioned in the insert . a housing having a front surface and an opposing rear surface; a screen disposed on the rear surface of the housing ; a hanger cooperating with the housing including a central portion and first and second shoulder portions extending from opposing ends of the central portion , wherein the central portion includes a cavity at least partially formed therein between opposing sidewalls extending between the first and second shoulder portions of the hanger ; and an insert removably connected to the cavity in the central portion of the hanger , characterised in that the insert defines a channel configured to receive and releasably engage an object therein such that the object is at least partially exposed above the screen when positioned in the insert .
A multilayer composite sheet for an antenna housing, comprising, in order: a first non-foamed skin layer ; a first adhesive layer ; a core layer with a honeycomb structure ; a second adhesive layer ; and a second non-foamed skin layer ; wherein, the first and second non-foamed skin layers are made from a first polycarbonate composition comprising polycarbonate and an optional component selected from impact modifiers, flame retardants, UV absorbers, and fillers, the core layer is made from a second polycarbonate composition comprising polycarbonate and an optional component selected from impact modifiers and flame retardants, the core layer has a thickness in a range of 0.8-10 mm, each of the first and second non-foamed skin layers has a thickness in a range of 0.1-1.0 mm, the total thickness of the multi-layer polycarbonate composite sheet is in a range of 1.6-11 mm, the thickness ratio of the core layer to the multi-layer polycarbonate composite sheet is in a range of 0.2-0.95, the density of the core layer is in the range of 0.1-0.5 g/cm 3 , the average density of the multilayer polycarbonate composite sheet is in the range of 0.18-0.95 g/cm 3 , the multilayer composite sheet has signal transmittance of more than 96% and S11 of less than - 20dB. a first non-foamed skin layer ; a first adhesive layer ; a core layer with a honeycomb structure ; a second adhesive layer ; and a second non-foamed skin layer ; wherein, the first and second non-foamed skin layers are made from a first polycarbonate composition comprising polycarbonate and an optional component selected from impact modifiers, flame retardants, UV absorbers, and fillers, the core layer is made from a second polycarbonate composition comprising polycarbonate and an optional component selected from impact modifiers and flame retardants, the core layer has a thickness in a range of 0.8-10 mm, each of the first and second non-foamed skin layers has a thickness in a range of 0.1-1.0 mm, the total thickness of the multi-layer polycarbonate composite sheet is in a range of 1.6-11 mm, the thickness ratio of the core layer to the multi-layer polycarbonate composite sheet is in a range of 0.2-0.95, the density of the core layer is in the range of 0.1-0.5 g/cm 3 , the average density of the multilayer polycarbonate composite sheet is in the range of 0.18-0.95 g/cm 3 , the multilayer composite sheet has signal transmittance of more than 96% and S11 of less than - 20dB.