mhurhangee/patent-ind-claim-en huggingface dataset:
An antenna system , comprising: a first substrate , the first substrate being a dielectric substrate ; a first patch on a first surface of the dielectric substrate ; a plurality of first parasitic elements on the first surface of the dielectric substrate ; a second patch on a second surface of the dielectric substrate , wherein the first and second patches are coupled to form a first capacitor with the dielectric substrate ; a plurality of second parasitic elements on the second surface of the dielectric substrate , wherein the first and second parasitic elements are coupled to form a plurality of second capacitors with the dielectric substrate ; a second substrate coupled to the first substrate ; a ground layer on a first surface of the second substrate ; an antenna feed coupled to the second substrate ; characterized in that the antenna system further comprises a plurality of third parasitic elements on a second surface of the second substrate , the third parasitic elements are electrically connected to the second capacitors . a first substrate , the first substrate being a dielectric substrate ; a first patch on a first surface of the dielectric substrate ; a plurality of first parasitic elements on the first surface of the dielectric substrate ; a second patch on a second surface of the dielectric substrate , wherein the first and second patches are coupled to form a first capacitor with the dielectric substrate ; a plurality of second parasitic elements on the second surface of the dielectric substrate , wherein the first and second parasitic elements are coupled to form a plurality of second capacitors with the dielectric substrate ; a second substrate coupled to the first substrate ; a ground layer on a first surface of the second substrate ; an antenna feed coupled to the second substrate ; characterized in that the antenna system further comprises a plurality of third parasitic elements on a second surface of the second substrate , the third parasitic elements are electrically connected to the second capacitors .
Vaporizer cartridge as a component of an inhaler , comprising a housing body with a flow channel , a storage tank for storing liquid as well as a vaporizer unit comprising a wick member and a heating member , which vaporizer unit is formed to be liquid-permeable in such a manner that liquid can be conveyed at least initially in a capillary manner from the storage tank through the vaporizer unit in the direction of the flow channel , wherein the housing body is formed with a cavity , wherein the cavity of the housing body for the formation of the storage tank on the one hand and for the formation of a receiving chamber for the wick member on the other hand is divided by an intermediate wall having the flow channel at least in sections into two chambers , wherein at least one access opening from the receiving chamber for the wick member to the flow channel and at least one access opening for the establishment of a liquid connection from the storage tank to the receiving chamber is formed in the intermediate wall , characterized in that the access opening is entirely covered by the heating member , and a plurality of granular grains lying loosely next to each other for the formation of the wick member bearing against the heating member are arranged in the receiving chamber , which plurality of granular grains preferably fill out the receiving chamber and as a result of their loose fill and/or formation form microchannels and are retained in the receiving chamber by a cover element , wherein the access opening is covered with a liquid-permeable grid structure .
A copolymer derived from a mixture comprising: a hydrophobic monomer having a general formula wherein, R 1 is at least one alkyl group selected from a group consisting of straight chained and branched alkyl group, having 16 to 22 carbon atoms; and R 2 is at least one group selected from a group consisting of a hydrogen atom and a methyl; and a hydrophilic monomer represented by the following general formula ; wherein R 3 is one group selected from a group consisting of glyceryl group and polypropylene glycol group illustrated as -(C 3 H 6 O) n H, wherein n is an integer of 2 to 10, R 4 is at least a group selected from a group consisting of hydrogen atom and methyl.
Method for coating a cold-formed multi-cone anchoring element for chemical fastening technology, comprising the following steps: i) providing a cold-formed multi-cone anchoring element, ii) galvanizing the cold-formed multi-cone anchoring element, iii) applying a protective coating, iv) applying a primer, and v) applying a top coating. i) providing a cold-formed multi-cone anchoring element, ii) galvanizing the cold-formed multi-cone anchoring element, iii) applying a protective coating, iv) applying a primer, and v) applying a top coating.
Method for operating a motor vehicle which has an autopilot system for the completely automatic driving of the motor vehicle , regarding which, as a function of a current and/or future operating situation, described by driving situation data and/or operating status data of the motor vehicle , and an item of system limits information describing the area of application of the autopilot system , an item of technical enabled status information is determined, wherein the motor vehicle comprises furthermore a display apparatus with a first output element displaying the enabled status of the autopilot system according to the technical enabled status information, characterised in that in addition to the technical enabled status information as a function of the operating situation and preferences with regard to the autopilot system and/or driver data describing the state of the driver with regard to the guidance of the vehicle, a driver-related item of recommendation information is determined, as a function of which a second output element of the display apparatus displaying an enabled status recommendation according to the recommendation information is actuated, wherein the enabled status information and the recommendation information are determined and updated in parallel in a cyclical manner.
A sound-absorbing exterior component of a façade of a building, that has the following features: - a perforated sheet-like structure on the side facing away from the building, - a chamber on the side of the perforated sheet-like structure facing the building, wherein rear ventilation is provided for removing moisture from the chamber , - on the side of the chamber facing away from the perforated sheet-like structure there is a further sheet-like structure with a specific flow resistance of less than 4,000 Pa s/m, - a porous layer with a length-related flow resistance of between 5,000 and 50,000 Pa s/m 2 is adjacent to the further sheet-like structure . - a perforated sheet-like structure on the side facing away from the building, - a chamber on the side of the perforated sheet-like structure facing the building, wherein rear ventilation is provided for removing moisture from the chamber , - on the side of the chamber facing away from the perforated sheet-like structure there is a further sheet-like structure with a specific flow resistance of less than 4,000 Pa s/m, - a porous layer with a length-related flow resistance of between 5,000 and 50,000 Pa s/m 2 is adjacent to the further sheet-like structure .
A refrigerator comprising a refrigerator cabinet provided with at least one U-shaped shelf comprising: a left side portion extending at least substantially along the left side of a refrigerator cabinet from the back of the cabinet towards the front of the cabinet which faces a user; a right side portion extending at least substantially along the right side of the refrigerator cabinet from the back of the cabinet towards the front of the cabinet which faces a user; and a back portion extending between the left and right side portions, wherein the left, right and back portions define a center portion and form a U-shaped shelf within the refrigerator cabinet , wherein the left side, right side and back portion are sized and configured to retain containers of food or beverage, the left side portion and the right side portion having a width of at least about 10.16 cm (four inches), characterised in that a center shelf is provided within the center portion of the U-shaped shelf , wherein the center shelf at least partially fills the center portion of the U-shaped shelf between the left and right side portions and abuts or nearly abuts the back portion of the U-shaped shelf and a tuck shelf is located between the center shelf being a removable center shelf and the front of the U-shaped shelf , the tuck shelf being configured to slide under the removable center shelf or the U-shaped shelf further comprises a tuck shelf which is configured to at least partially tuck under the back portion of the U-shaped shelf in a horizontal direction. a left side portion extending at least substantially along the left side of a refrigerator cabinet from the back of the cabinet towards the front of the cabinet which faces a user; a right side portion extending at least substantially along the right side of the refrigerator cabinet from the back of the cabinet towards the front of the cabinet which faces a user; and a back portion extending between the left and right side portions, wherein the left, right and back portions define a center portion and form a U-shaped shelf within the refrigerator cabinet , wherein the left side, right side and back portion are sized and configured to retain containers of food or beverage, the left side portion and the right side portion having a width of at least about 10.16 cm (four inches), characterised in that a center shelf is provided within the center portion of the U-shaped shelf , wherein the center shelf at least partially fills the center portion of the U-shaped shelf between the left and right side portions and abuts or nearly abuts the back portion of the U-shaped shelf and a tuck shelf is located between the center shelf being a removable center shelf and the front of the U-shaped shelf , the tuck shelf being configured to slide under the removable center shelf or the U-shaped shelf further comprises a tuck shelf which is configured to at least partially tuck under the back portion of the U-shaped shelf in a horizontal direction.
A stretcher comprising: - a spinal board and an extrication device ; - connection means interposed between the spinal board and the extrication device and configured for connecting in a rotatable fashion the extrication device to the spinal board in such a way that the extrication device is movable in a plurality of operational configurations between a flat configuration wherein the extrication device is positioned substantially parallel to the spinal board and an inclined configuration wherein the extrication device defines with the spinal board a predetermined angle of inclination and forms a backrest for the patient; wherein the connection means are removably connected to respective connection portions of the spinal board and the extrication device ; characterized in that the connection means comprise at least one belt structure adapted to connect the extrication device to the spinal board . - a spinal board and an extrication device ; - connection means interposed between the spinal board and the extrication device and configured for connecting in a rotatable fashion the extrication device to the spinal board in such a way that the extrication device is movable in a plurality of operational configurations between a flat configuration wherein the extrication device is positioned substantially parallel to the spinal board and an inclined configuration wherein the extrication device defines with the spinal board a predetermined angle of inclination and forms a backrest for the patient; wherein the connection means are removably connected to respective connection portions of the spinal board and the extrication device ; characterized in that the connection means comprise at least one belt structure adapted to connect the extrication device to the spinal board .
A drape for a negative-pressure therapy system, comprising: a film layer ; a layer of bonding adhesive coupled to the film layer ; and a mesh coated with a sealing adhesive and coupled to the bonding adhesive , wherein the mesh comprises: a plurality of mesh apertures , each mesh aperture comprising an effective diameter between 0.5 millimeters and 4 millimeters, and a plurality of bonding apertures formed in the mesh , each bonding aperture comprising an effective diameter in a range of 5 millimeters to 15 millimeters. a film layer ; a layer of bonding adhesive coupled to the film layer ; and a mesh coated with a sealing adhesive and coupled to the bonding adhesive , wherein the mesh comprises: a plurality of mesh apertures , each mesh aperture comprising an effective diameter between 0.5 millimeters and 4 millimeters, and a plurality of bonding apertures formed in the mesh , each bonding aperture comprising an effective diameter in a range of 5 millimeters to 15 millimeters. a plurality of mesh apertures , each mesh aperture comprising an effective diameter between 0.5 millimeters and 4 millimeters, and a plurality of bonding apertures formed in the mesh , each bonding aperture comprising an effective diameter in a range of 5 millimeters to 15 millimeters.
A signal processing system, adapted to be used in an active stylus , comprising: a pre-amplifier circuit , configured to pre-amplify a received direct sequence spread spectrum, DSSS, signal and output a pre-amplified DSSS signal; a low-pass filter circuit , configured to filter the pre-amplified DSSS signal and output a filtered DSSS signal; an analog-to-digital converter circuit , configured to sample the filtered DSSS signal and output a sampled DSSS signal; wherein a gain of the pre-amplifier circuit is adaptively adjusted according to the sampled DSSS signal; a noise detecting and filtering-out circuit , configured to filter out a noise in the sampled DSSS signal and output a noise-filtered DSSS signal; and a digital demodulation circuit , configured to demodulate the noise-filtered DSSS signal to output a demodulated signal. a pre-amplifier circuit , configured to pre-amplify a received direct sequence spread spectrum, DSSS, signal and output a pre-amplified DSSS signal; a low-pass filter circuit , configured to filter the pre-amplified DSSS signal and output a filtered DSSS signal; an analog-to-digital converter circuit , configured to sample the filtered DSSS signal and output a sampled DSSS signal; wherein a gain of the pre-amplifier circuit is adaptively adjusted according to the sampled DSSS signal; a noise detecting and filtering-out circuit , configured to filter out a noise in the sampled DSSS signal and output a noise-filtered DSSS signal; and a digital demodulation circuit , configured to demodulate the noise-filtered DSSS signal to output a demodulated signal.
Module kit for making circuit breakers , the module kit comprising - a switching unit type of identical switching units , - at least one switching unit base type of identical switching unit bases , each of which can be connected to a switching unit , and - at least one switching unit ase adapter type of identical switching unit base adapters , each of which can be connected to a switching unit and to a switching unit base , characterized in that the switching units each have a first rated current contact , a pin-like first arcing contact piece which is electrically connected to the first rated current contact , a second rated current contact , and a hollow second arcing contact piece which is electrically connected to the second rated current contact , and in that the module kit comprises a plurality of switching unit base adapter types, wherein the switching unit base adapters of different switching unit base adapter types have different lengths. - a switching unit type of identical switching units , - at least one switching unit base type of identical switching unit bases , each of which can be connected to a switching unit , and - at least one switching unit ase adapter type of identical switching unit base adapters , each of which can be connected to a switching unit and to a switching unit base , characterized in that the switching units each have a first rated current contact , a pin-like first arcing contact piece which is electrically connected to the first rated current contact , a second rated current contact , and a hollow second arcing contact piece which is electrically connected to the second rated current contact , and in that the module kit comprises a plurality of switching unit base adapter types, wherein the switching unit base adapters of different switching unit base adapter types have different lengths.
Interface for controlling at least one function of a motor vehicle member, comprising: - at least one control member comprising: - a movable gripping element , - at least one first metal index borne by the movable gripping element and movable therewith, connected to a first outer metal surface of the movable gripping element , - a guide , the movable gripping element being supported and guided in displacement by the guide , and - a capacitive touchpad configured to detect the position of the first metal index , the guide being fixed to the capacitive touchpad , the first metal index being arranged facing the capacitive touchpad , the control member comprising at least one second metal index that can be detected by the capacitive touchpad , the second metal index being borne by the movable gripping element and connected to a second outer metal surface of the movable gripping element , characterized in that the interface comprises at least one press sensor configured to measure a parameter representative of a pressing force exerted on the capacitive touchpad , a first pressing force detection threshold being associated with the detection of the first metal index and a second pressing force detection threshold being associated with the detection of the second metal index. - at least one control member comprising: - a movable gripping element , - at least one first metal index borne by the movable gripping element and movable therewith, connected to a first outer metal surface of the movable gripping element , - a guide , the movable gripping element being supported and guided in displacement by the guide , and - a capacitive touchpad configured to detect the position of the first metal index , the guide being fixed to the capacitive touchpad , the first metal index being arranged facing the capacitive touchpad , the control member comprising at least one second metal index that can be detected by the capacitive touchpad , the second metal index being borne by the movable gripping element and connected to a second outer metal surface of the movable gripping element , characterized in that the interface comprises at least one press sensor configured to measure a parameter representative of a pressing force exerted on the capacitive touchpad , a first pressing force detection threshold being associated with the detection of the first metal index and a second pressing force detection threshold being associated with the detection of the second metal index. - a movable gripping element , - at least one first metal index borne by the movable gripping element and movable therewith, connected to a first outer metal surface of the movable gripping element , - a guide , the movable gripping element being supported and guided in displacement by the guide , and - a capacitive touchpad configured to detect the position of the first metal index , the guide being fixed to the capacitive touchpad , the first metal index being arranged facing the capacitive touchpad ,
A stable, synthetic capture agent that specifically binds IL-17F, wherein the capture agent comprises a first ligand having affinity for a first epitope on IL-17F, a second ligand having affinity for a second epitope on IL-17F, and a linker covalently connecting the first ligand to the second ligand, wherein the first epitope comprises the amino acid sequence FFQKPES, wherein the second epitope comprises the amino acid sequence NENQRVS, wherein the capture agent is selective for IL-17F over IL-17A, wherein the first ligand is cyclic, wherein the second ligand is cyclic, wherein the length of the linker is from ~8.8 Å to ~26.4 Å or from ~7 Å to ~15 Å, wherein the first ligand comprises an amino acid sequence selected from the group consisting of: a. FYKTH; b. FYKQH; c. FYLTH; d. FYLQH; e. RRATS; and f. RRAQS, and wherein the second ligand comprises an amino acid sequence selected from the group consisting of: a. KYGEV; b. LYGEV; c. VHKSG; d. VHLSG; e. QKHGP; f. TKHGP; g. QLHGP; h. TLHGP; i. YDLQR; j. YDLTR; k. YDKQR; l. YDKTR; m. KKGWP; n. KLGWP; o. LKGWP; p. LLGWP; q. RSYNL; and r. RSYNK. a. FYKTH; b. FYKQH; c. FYLTH; d. FYLQH; e. RRATS; and f. RRAQS, a. KYGEV; b. LYGEV; c. VHKSG; d. VHLSG; e. QKHGP; f. TKHGP; g. QLHGP; h. TLHGP; i. YDLQR; j. YDLTR; k. YDKQR; l. YDKTR; m. KKGWP; n. KLGWP; o. LKGWP; p. LLGWP; q. RSYNL; and r. RSYNK.
A mask assembly comprising: an interfacing structure ; a manifold positioned in use on a top of the patient's head and adapted to connect with a supply of breathable gas; and two inlet conduits extending in use along respective sides of the patient's face, the two inlet conduits connected to the manifold and adapted to deliver the supply of breathable gas to the interfacing structure , wherein the manifold includes one or more vent orifices for gas washout. an interfacing structure ; a manifold positioned in use on a top of the patient's head and adapted to connect with a supply of breathable gas; and two inlet conduits extending in use along respective sides of the patient's face, the two inlet conduits connected to the manifold and adapted to deliver the supply of breathable gas to the interfacing structure , wherein the manifold includes one or more vent orifices for gas washout.
A method for determining the optical density and/or the change in optical density of a reaction mixture in a shaken reactor , wherein - light from at least one light source reaches the reaction mixture , and - the light leaving the reaction mixture is detected by at least one light sensor so that both transmission through and diffusion at material situated in the light path are measured by different light source/ light sensor pairs, and - the reactor and the reaction mixture are shaken during the detection of the light by the at least one light sensor , and - detection of the light by the at least one light sensor is performed at a frequency so that the shaking frequency is not an integer multiple of the detection frequency, - wherein no relative movement is taking place between the reactor and at least one light sensor , and - for transmission and diffusion, several measurement points detected in a determined time interval by at least one light sensor are grouped into a measurement series , with each measurement series being a curve varying depending on the shaking, the shape of which is caused by periodically variable levels of the reaction mixture in the respective light path, and wherein the measurement series of transmission and diffusion are used for the determination of the optical densities and/or the change in optical density. - light from at least one light source reaches the reaction mixture , and - the light leaving the reaction mixture is detected by at least one light sensor so that both transmission through and diffusion at material situated in the light path are measured by different light source/ light sensor pairs, and - the reactor and the reaction mixture are shaken during the detection of the light by the at least one light sensor , and - detection of the light by the at least one light sensor is performed at a frequency so that the shaking frequency is not an integer multiple of the detection frequency, - wherein no relative movement is taking place between the reactor and at least one light sensor , and - for transmission and diffusion, several measurement points detected in a determined time interval by at least one light sensor are grouped into a measurement series ,