mhurhangee/patent-ind-claim-en huggingface dataset:
Installation box for electronic purposes for connecting network cables and plugs, comprising a. a box base and a tubular side wall extending in an axial direction (z), which form an installation space , b. a transition region arranged between the tubular side wall and the box base , c. an installation opening opposite the box base and surrounded by the side wall , d. a deformable membrane extending at least partially over the side wall , and e. at least one first insertion opening arranged in the side wall and in the membrane for a cable to be inserted into the installation box , which opening is closed by a detachable wall region , wherein i. in an inserted state of the cable, the membrane lying around the first insertion opening is deformed in such a way that the first insertion opening is aligned at an angle to the axial direction and forms an insertion channel pointing away from the first insertion opening due to the deformation in the outer side of the membrane , and ii. the insertion channel extends from the insertion opening and away from the installation opening along the side wall , characterized in that f. a second insertion opening is arranged in the side wall , which in a state closed by a further detachable wall region is arranged at an angle to the axial direction, in which case an outer side of the side wall has a further non-deformable insertion channel . a. a box base and a tubular side wall extending in an axial direction (z), which form an installation space , b. a transition region arranged between the tubular side wall and the box base , c. an installation opening opposite the box base and surrounded by the side wall , d. a deformable membrane extending at least partially over the side wall , and e. at least one first insertion opening arranged in the side wall and in the membrane for a cable to be inserted into the installation box , which opening is closed by a detachable wall region , wherein i. in an inserted state of the cable, the membrane lying around the first insertion opening is deformed in such a way that the first insertion opening is aligned at an angle to the axial direction and forms an insertion channel pointing away from the first insertion opening due to the deformation in the outer side of the membrane , and ii. the insertion channel extends from the insertion opening and away from the installation opening along the side wall , i. in an inserted state of the cable, the membrane lying around the first insertion opening is deformed in such a way that the first insertion opening is aligned at an angle to the axial direction and forms an insertion channel pointing away from the first insertion opening due to the deformation in the outer side of the membrane , and ii. the insertion channel extends from the insertion opening and away from the installation opening along the side wall ,
A method of wireless communication at a scheduled entity, comprising: obtaining network configuration that specifies at least one parameter associated with determining one or more beam failure recovery resources to utilize upon a detected beam failure event; determining, from the network configuration, at least one beam failure recovery resource to utilize to transmit beam failure recovery requests upon the beam failure event; determining, from the network configuration, a threshold amount of time between retransmissions of the beam failure recovery request; and transmitting the beam failure recovery requests using the threshold amount of time between retransmissions of the beam failure recovery request. obtaining network configuration that specifies at least one parameter associated with determining one or more beam failure recovery resources to utilize upon a detected beam failure event; determining, from the network configuration, at least one beam failure recovery resource to utilize to transmit beam failure recovery requests upon the beam failure event; determining, from the network configuration, a threshold amount of time between retransmissions of the beam failure recovery request; and transmitting the beam failure recovery requests using the threshold amount of time between retransmissions of the beam failure recovery request.
An automobile beltline portion sound insulating structure formed along a beltline (L) of an automobile , comprising: a door panel having two panel boards facing each other, and a door glass being freely openable and closable by being provided between the two panel boards in a liftable manner and a first viscoelastic member mounted on a lower portion of at least one main surface of the door glass , the first viscoelastic member constrained by a mounting region of the first viscoelastic member in the door glass and a part of a surface of the panel board facing to the one main surface, at a door glass closed time, to insulate sound between the door panel and the door glass , wherein the first viscoelastic member is elastically transformable and a thickness of the first viscoelastic member is decreased at the door glass closed time compared with a door glass opened time, characterised in that in the first viscoelastic member , a Young's modulus E (N/m 2 ) at 20°C and a loss coefficient tanδ at 20°C and at 4000 Hz in frequency satisfy the following formula E ≧ 1.65 × 10 5 1 + tan 2 δ tan ⁢ δ and wherein the first viscoelastic member has a laminated structure which includes a soft layer whose Young's modulus at 20°C is comparatively lower than that of another layer. a door panel having two panel boards facing each other, and a door glass being freely openable and closable by being provided between the two panel boards in a liftable manner and a first viscoelastic member mounted on a lower portion of at least one main surface of the door glass , the first viscoelastic member constrained by a mounting region of the first viscoelastic member in the door glass and a part of a surface of the panel board facing to the one main surface, at a door glass closed time, to insulate sound between the door panel and the door glass , wherein the first viscoelastic member is elastically transformable and a thickness of the first viscoelastic member is decreased at the door glass closed time compared with a door glass opened time, characterised in that in the first viscoelastic member , a Young's modulus E (N/m 2 ) at 20°C and a loss coefficient tanδ at 20°C and at 4000 Hz in frequency satisfy the following formula E ≧ 1.65 × 10 5 1 + tan 2 δ tan ⁢ δ and wherein the first viscoelastic member has a laminated structure which includes a soft layer whose Young's modulus at 20°C is comparatively lower than that of another layer.
Rubber composition based on at least one diene elastomer, a reinforcing inorganic filler and a 1,3-dipolar compound selected from the group consisting of nitrile oxides, nitrile imines and nitrones, characterized in that the 1,3-dipolar compound corresponds to formula (I): Q-A-B (I) Q containing a motif -C≡N→O, -C≡N→N- or -C=N(→O), A, preferably divalent, is an atom or group of atoms linking Q to B, B represents a carboxylic ester function corresponding to formula (II) -C(OR)=O (II) wherein R is a carbon-containing group that may contain at least one heteroatom. Q containing a motif -C≡N→O, -C≡N→N- or -C=N(→O), A, preferably divalent, is an atom or group of atoms linking Q to B, B represents a carboxylic ester function corresponding to formula (II) -C(OR)=O (II) wherein R is a carbon-containing group that may contain at least one heteroatom.
A control device comprising: a first processor that processes a first audio signal of a first standard comprising a first driver and a first application ; a second processor that processes a second audio signal of a second standard comprising a second driver and a second application ; wherein the first standard differs from the second standard; a third driver of the first standard; a mixing processor that supplies to the first processor the first audio signal which is input, receives the first audio signal which is processed by the first processor , receives the second audio signal which is processed by the second processor , produces a mixed audio signal by adding the received first audio signal and the received second audio signal, and outputs the mixed audio signal, wherein the mixing processor is capable of outputting the mixed signal to the outside via the third driver of the first standard, and in parallel outputting the mixed audio signal to the second processor; a sound recorder; and a mode selection switch , wherein the second application of the second standard receives the first audio signal for sound recording in the sound recorder from the second driver when the mode selection switch is in a first mode, and the second application of the second standard receives the mixed audio signal for sound recording in the sound recorder from the mixing processor via the second driver of the second standard when the mode selection switch is in a second mode. a first processor that processes a first audio signal of a first standard comprising a first driver and a first application ; a second processor that processes a second audio signal of a second standard comprising a second driver and a second application ; wherein the first standard differs from the second standard; a third driver of the first standard; a mixing processor that supplies to the first processor the first audio signal which is input, receives the first audio signal which is processed by the first processor , receives the second audio signal which is processed by the second processor , produces a mixed audio signal by adding the received first audio signal and the received second audio signal, and outputs the mixed audio signal, wherein the mixing processor is capable of outputting the mixed signal to the outside via the third driver of the first standard, and in parallel outputting the mixed audio signal to the second processor; a sound recorder; and a mode selection switch , wherein the second application of the second standard receives the first audio signal for sound recording in the sound recorder from the second driver when the mode selection switch is in a first mode, and the second application of the second standard receives the mixed audio signal for sound recording in the sound recorder from the mixing processor via the second driver of the second standard when the mode selection switch is in a second mode.
A Cucurbita plant comprising a Cmv-2 gene conferring Cucumber Mosaic Virus (CMV) resistance to said Cucurbita plant, wherein said Cmv-2 gene is obtainable from a plant of C. moschata cv. Seminole pumpkin, wherein, when said Cucurbita plant is crossed with a plant of inbred line 90-3588, 100% of F1 plants resulting from said cross are resistant to CMV, and 100% of said F1 plants produce 100% of F2 progeny plants resistant to CMV, wherein said Cucurbita plant is homozygous for a Cmv-2 gene, wherein said plant is not a plant of C. moschata cv. Seminole pumpkin, wherein said plant is male sterile, wherein resistance to CMV is monogenic and wherein said Cmv-2 gene is obtainable from a plant of line 90-3588, representative seed of which being deposited under accession number NCIMB 41369.
Pipette having a pipetting button , having a pipette shaft , a pipette tip being capable of being plug-fitted or being plug-fitted to the free shaft end of said pipette shaft , and having an ejection mechanism comprising an activation element for ejecting a pipette tip that is plug-fitted to the free shaft end , characterized in that the activation element forms a conduit for the pipetting button such that an activation face of the activation element at least partially encloses a longitudinal axis (L) of the pipetting button .
A sensor operable to measure ozone concentration, the sensor comprising: - an outer housing ; - an inner housing disposed within an interior of the outer housing or connected to the interior of the outer housing ; - an ozone sensing component disposed within an interior of the inner housing ; - an ozone modifying component disposed within the interior of the outer housing ; - a substrate on which the ozone sensing component and the ozone modifying component are disposed; - a first inlet integrated into the outer housing , the first inlet being configured to conduct ambient gaseous matter from an outside of the outer housing into the interior of the outer housing ; and - a second inlet integrated into the inner housing , the second inlet being configured to conduct the gaseous matter from the interior of the outer housing into the interior of the inner housing and adjacent to the ozone sensing component ; the ozone sensing component being operable to generate a sensing component signal (SI) corresponding to the ozone concentration of the gaseous matter within the interior of the inner housing ; and the ozone modifying component being operable to alter the ozone concentration of the gaseous matter within the interior of the outer housing . - an outer housing ; - an inner housing disposed within an interior of the outer housing or connected to the interior of the outer housing ; - an ozone sensing component disposed within an interior of the inner housing ; - an ozone modifying component disposed within the interior of the outer housing ; - a substrate on which the ozone sensing component and the ozone modifying component are disposed; - a first inlet integrated into the outer housing , the first inlet being configured to conduct ambient gaseous matter from an outside of the outer housing into the interior of the outer housing ; and - a second inlet integrated into the inner housing , the second inlet being configured to conduct the gaseous matter from the interior of the outer housing into the interior of the inner housing and adjacent to the ozone sensing component ; the ozone sensing component being operable to generate a sensing component signal (SI) corresponding to the ozone concentration of the gaseous matter within the interior of the inner housing ; and
A method of performing D2D (device-to-device) communication, by a first UE, in a wireless communication system, the method comprising: receiving control information containing information on reserved resources allocated to be used for transmission of a second UE, from the second UE; and performing D2D transmission in consideration of the reserved resources of the second UE, wherein the D2D transmission is performed in a resource pool except for specific resource, wherein the specific resource is a reserved resource of which reception power is greater than a specific threshold among the reserved resources of the second UE, and wherein the control information further comprises information on a priority of data to be transmitted by the second UE and wherein the specific threshold is determined based on the priority of the data to be transmitted by the second UE and a priority of data to be transmitted by the first UE. receiving control information containing information on reserved resources allocated to be used for transmission of a second UE, from the second UE; and performing D2D transmission in consideration of the reserved resources of the second UE, wherein the D2D transmission is performed in a resource pool except for specific resource, wherein the specific resource is a reserved resource of which reception power is greater than a specific threshold among the reserved resources of the second UE, and wherein the control information further comprises information on a priority of data to be transmitted by the second UE and wherein the specific threshold is determined based on the priority of the data to be transmitted by the second UE and a priority of data to be transmitted by the first UE.
A method for feeding invertebrates or aquaculture organisms, comprising ▪ providing a pollen substitute composition comprising a nutritionally effective amount of isofucosterol, fucosterol or a mixture thereof; and ▪ administering the pollen substitute composition to invertebrates or aquaculture organisms; wherein the pollen substitute composition comprises a nutritionally effective amount of at least one further sterol, preferably at least two further sterols selected from the group consisting of cholesterol, 24-Methylenecholesterol, campesterol, stigmasterol and beta-sitosterol or a physiologically available conjugate thereof. ▪ providing a pollen substitute composition comprising a nutritionally effective amount of isofucosterol, fucosterol or a mixture thereof; and ▪ administering the pollen substitute composition to invertebrates or aquaculture organisms;
Method for determining deformation in a cable , wherein a sensing optical fiber arrangement is applied along the cable , the method comprising - injecting a forward pulse pump signal in the optical fiber arrangement in a forward direction of the optical fiber; - injecting a reverse probe signal in the optical fiber arrangement in a reverse direction of the optical fiber; - measuring a stimulated Brillouin backscattering; - based on the Brillouin backscattering measurement, providing information about a deformation of the cable; wherein the forward pulse pump signal is provided as a sum of a stationary signal component and an interrogation pulse component, wherein the stationary signal component has an energy below a Brillouin activation level and the interrogation pulse signal component has an energy which results in that the sum of the stationary signal component and the interrogation pulse signal component exceeds the Brillouin activation level. - injecting a forward pulse pump signal in the optical fiber arrangement in a forward direction of the optical fiber; - injecting a reverse probe signal in the optical fiber arrangement in a reverse direction of the optical fiber; - measuring a stimulated Brillouin backscattering; - based on the Brillouin backscattering measurement, providing information about a deformation of the cable; wherein the forward pulse pump signal is provided as a sum of a stationary signal component and an interrogation pulse component, wherein the stationary signal component has an energy below a Brillouin activation level and the interrogation pulse signal component has an energy which results in that the sum of the stationary signal component and the interrogation pulse signal component exceeds the Brillouin activation level.
Method for operating a power supply device , comprising one or more electrical energy stores , in particular one or more rechargeable batteries , power inputs comprising voltage transformers , power outputs comprising voltage transformers and a programmable controller controlling the voltage transformers , wherein priorities are assigned to the power outputs and low-priority power outputs are deactivated or throttled when the power inputs and/or the energy stores do not provide sufficient power to supply all the power outputs , characterized in that established power inputs are only activated when the power of the other power inputs and/or of the electrical energy store is not sufficient to supply the power outputs that are not to be deactivated, and throttled power outputs that cannot be throttled further.
A method for receiving images by an information processing device that is wirelessly connected to a plurality of imaging devices (200A-C), the plurality of imaging devices including a first imaging device and a second imaging device, comprising: displaying (S306) a first image captured by the first imaging device; and switching (S312) to a second image captured by the second imaging device, the switching occurring at a time that the first image is not received by the information processing device wherein the second imaging device is connected to the information processing device before the first imaging device loses the connection, wherein the second imaging device has a longer connection time to the information processing device than one or more of the plurality of imaging devices. displaying (S306) a first image captured by the first imaging device; and switching (S312) to a second image captured by the second imaging device, the switching occurring at a time that the first image is not received by the information processing device wherein the second imaging device is connected to the information processing device before the first imaging device loses the connection, wherein the second imaging device has a longer connection time to the information processing device than one or more of the plurality of imaging devices.
A dental unit, comprising at least one connection for at least one ancillary device and a display, a drive-power and feed system for providing drive power or feed to said at least one ancillary device, a control system for controlling the drive-power and feed system as well as said at least one ancillary device, which control system comprises at least one programmed function, which includes at least one predefined control operation directed to at least one ancillary device, a means for defining a value for a parameter included in the control system, and in which control system at least one trigger is defined for the programmed function in response to which said programmed function is to be performed, wherein the control system is arranged to show on the display a view, which contains symbols such as icons, numbers and/or text, and wherein the dental unit comprises a configuration means, which is arranged to receive control commands from the user for configuring said at least one programmed function and to configure said at least one programmed function according to the control received from the user, said configuring including at least one of the following: removal of a control operation from a programmed function, addition of a control operation to a programmed function, addition of a new programmed function, creation of a new programmed combination function by combining previously programmed functions, removal of an entire programmed function, characterized in that said control system is further arranged to receive a control command relating to the symbol from a control device or control devices connectable with the dental unit, said control command being arranged to act as a trigger for a programmed function linked to the symbol .