mhurhangee/patent-ind-claim-en huggingface dataset:
Hearing aid , comprising: - a housing with a wall defining an inner space , - a microphone , which is arranged in the inner space - a microphone opening in the wall , and - a protective element for protecting the microphone , wherein - the housing comprises a sound channel leading to the microphone with at least one sound inlet opening , - the wall comprises an inner wall portion and an outer wall portion , which delimit the sound channel , - the microphone opening is oriented transversely to the sound channel and formed by a hole in the inner wall area characterized in - that the protective element is of elastic design and is positioned in the sound channel in a clamping and reversibly exchangeable manner as a result of its elasticity, wherein the protective element maybe inserted into the sound channel when the housing is closed. - a housing with a wall defining an inner space , - a microphone , which is arranged in the inner space - a microphone opening in the wall , and - a protective element for protecting the microphone , wherein - the housing comprises a sound channel leading to the microphone with at least one sound inlet opening , - the wall comprises an inner wall portion and an outer wall portion , which delimit the sound channel , - the microphone opening is oriented transversely to the sound channel and formed by a hole in the inner wall area characterized in - that the protective element is of elastic design and is positioned in the sound channel in a clamping and reversibly exchangeable manner as a result of its elasticity, wherein the protective element maybe inserted into the sound channel when the housing is closed.
Method for producing parts for a plurality of local structures at a construction site using a building information model, the building information model being stored on a central computing unit and providing data about the construction site and/or a building to be constructed at the construction site , the method comprising - determining dimensions of parts needed for the construction of the local structure; and - producing the needed parts according to the determined dimensions, characterized in that - the method comprises providing a mobile work shop at the construction site , the work shop comprising a fixed set of machines and being adapted for producing similar parts for similar local structures at a multitude of different constructions sites; - determining the dimensions comprises at least performing a first measuring operation at a first location of the construction site and performing a second measuring operation at a second location of the construction site ; - the at least first and second measuring operations each are performed by a user , wherein the respective user is guided through the measuring operation by a portable computing device using data provided by the building information model; - the dimensions are transmitted from the portable computing device to the work shop which is situated at the construction site ; and - the needed parts are produced by at least one machine of the work shop according to the provided dimensions, taking into account the dimensions determined through the at least first and second measuring operations, wherein the produced parts are given numbers for facilitating the building of the structure. - determining dimensions of parts needed for the construction of the local structure; and - producing the needed parts according to the determined dimensions, - the method comprises providing a mobile work shop at the construction site , the work shop comprising a fixed set of machines and being adapted for producing similar parts for similar local structures at a multitude of different constructions sites; - determining the dimensions comprises at least performing a first measuring operation at a first location of the construction site and performing a second measuring operation at a second location of the construction site ; - the at least first and second measuring operations each are performed by a user , wherein the respective user is guided through the measuring operation by a portable computing device using data provided by the building information model; - the dimensions are transmitted from the portable computing device to the work shop which is situated at the construction site ; and - the needed parts are produced by at least one machine of the work shop according to the provided dimensions, taking into account the dimensions determined through the at least first and second measuring operations, wherein the produced parts are given numbers for facilitating the building of the structure.
A vane pump, comprising a housing including an inlet port and an outlet port; a cam block having a continuous inner surface including a pump arc and a seal arc; a rotor configured to rotate within the cam block, said rotor including a plurality of radial slots; a plurality of radially-extendable vanes that radially extend from the slots as they rotate past the cam block pump arc and retract as they rotate past the cam block seal arc, each of the vanes comprising a radial portion in one of the radial slots and a tip portion extending transverse to the radial portion in a direction of rotation of the rotor, said tip portion including an arcuate surface that engages with the cam block inner surface to provide a fluid seal point along the arcuate surface; characterised in that the radial slots have a leading edge along a plane coincident with an axis of rotation of the rotor and a trailing edge at an angle with respect to the leading edge, and each of the plurality of vanes and radial slots are configured to provide a gap between the vane and the radial slot such that the vane has a different angular position relative to the direction of rotation in a radially extended position compared to a radially-retracted position, thereby providing different fluid stop points on the vane tip portion arcuate surface.
An apparatus comprising means for: receiving video data representing a video recording of at least one input made by a user physically interacting with a user device by a touch or gesture input ; receiving audio data representing an audio recording of at least one audio input made by the user at the user device ; determining whether there is a correspondence between the at least one input represented in the video data and the at least one audio input represented in the audio data by determining whether the at least one input represented in the video data and the least one audio input represented in the audio data were made at the same time based on timing data in the received video data and audio data; and providing verification based on the determination. receiving video data representing a video recording of at least one input made by a user physically interacting with a user device by a touch or gesture input ; receiving audio data representing an audio recording of at least one audio input made by the user at the user device ; determining whether there is a correspondence between the at least one input represented in the video data and the at least one audio input represented in the audio data by determining whether the at least one input represented in the video data and the least one audio input represented in the audio data were made at the same time based on timing data in the received video data and audio data; and providing verification based on the determination.
A fastening device for fastening a construction element to a component having an insulating layer , in particular to a wall or ceiling, comprising a first and a second fastening means which are connected or connectable via a plastic part of a spacer device , so that the two fastening means are thermally separated, the spacer device being of multi-part design and comprising a spacer sleeve which is connected or connectable to the plastic part and is preferably made of metal, in particular stainless steel, characterized in that the spacer device comprises a flange disc for axially supporting the spacer sleeve , the flange disc being movably arranged on the first fastening means on the side of the spacer sleeve remote from the plastic part and having an outer diameter which is selected to be equal to or greater than the outer diameter of the spacer sleeve .
A system for the deployment of seismic nodes on or near the seabed, comprising: a subsea station (520; 960) coupled to a first surface vessel ; a plurality of autonomous underwater vehicles, AUVs, (501b; 501), wherein each AUV comprises one or more seismic sensors, a propulsion system, and a guidance system; wherein the subsea station (520; 960) is configured to carry a set of AUVs among the plurality of the AUVs, and to be lowered with said set of AUVs from the first surface vessel to a subsea position; and characterized in that said system further comprises a remotely operated vehicle, ROV, (550; 950) coupled to a surface vessel, wherein the ROV comprises a propulsion system (308; 952) to move the ROV to different subsea positions and a guidance system configured to communicate with each of the AUVs of the set to guide each of the AUVs of the set from a first subsea position to a second subsea position; and in that said subsea station (520; 960) is configured to be raised to surface by the first surface vessel to obtain a new set of AUVs and re-lowered for a new deployment of said new set of AUVs and guidance of each of the AUVs of the new set of AUVs is provided by the guidance system (552; 954) of said ROV. a subsea station (520; 960) coupled to a first surface vessel ; a plurality of autonomous underwater vehicles, AUVs, (501b; 501), wherein each AUV comprises one or more seismic sensors, a propulsion system, and a guidance system; wherein the subsea station (520; 960) is configured to carry a set of AUVs among the plurality of the AUVs, and to be lowered with said set of AUVs from the first surface vessel to a subsea position; and characterized in that said system further comprises a remotely operated vehicle, ROV, (550; 950) coupled to a surface vessel, wherein the ROV comprises a propulsion system (308; 952) to move the ROV to different subsea positions and a guidance system configured to communicate with each of the AUVs of the set to guide each of the AUVs of the set from a first subsea position to a second subsea position; and in that said subsea station (520; 960) is configured to be raised to surface by the first surface vessel to obtain a new set of AUVs and re-lowered for a new deployment of said new set of AUVs and guidance of each of the AUVs of the new set of AUVs is provided by the guidance system (552; 954) of said ROV.
An in vitro method for detecting or predicting the risk of developing psoriatic arthritis in a subject, comprising: measuring the expression level of at least one miRNA selected from the group consisting of miR-146a-5p and miR-941 in the test sample of the subject, where in a higher expression level of at least one miRNA in the test sample, relative to the expression level of at least one corresponding miRNA in a psoriatic arthritis-free sample, is indicative of the subject having psoriatic arthritis or has a risk of developing psoriatic arthritis and the test sample is CD14+ monocyte.
A method of operating a telecommunication system using dynamic Time Division Duplex, TDD, the method comprising: transmitting , from a first Transmission Point to a second Transmission Point , information on a configuration of an uplink demodulation reference signal, UL DMRS, transmitted by a first User Equipment, UE ; assigning , by the second Transmission Point , downlink zero power channel state information reference signal, ZP CSI-RS, resources for a second UE to measure channel information of the first LTE based on the information; and measuring by the second UE , the channel information of the first UE at the downlink ZP CSI-RS resources. transmitting , from a first Transmission Point to a second Transmission Point , information on a configuration of an uplink demodulation reference signal, UL DMRS, transmitted by a first User Equipment, UE ; assigning , by the second Transmission Point , downlink zero power channel state information reference signal, ZP CSI-RS, resources for a second UE to measure channel information of the first LTE based on the information; and measuring by the second UE , the channel information of the first UE at the downlink ZP CSI-RS resources.
Protected component , comprising an external cover layer , an internal splinter protection layer , several spacers (22 - 25) arranged between the cover layer and the splinter protection layer to hold the cover layer spaced apart from the splinter protection layer so that a gap is provided between the cover layer and the splinter protection layer , a potting compound which fills the gap , an intermediate layer which is arranged between the cover layer and the splinter protection layer inside the gap , wherein the potting compound joining together the cover layer , the splinter protection layer , the spacers (22 - 25), and the intermediate layer , characterized in that the spacers (22 - 25) are connected to the intermediate layer in a form-locking manner, wherein the spacers (22 - 25) comprise a contact surface on an outside thereof, and wherein the intermediate layer comprises correspondingly shaped breakthroughs (44 - 47) which enable a form-locking connection of the breakthroughs (44 - 47) to the contact surface of the spacers (22 - 25), by which form-locking connection the spacers (22 - 25) are secured against rotation relative to the intermediate layer . an external cover layer , an internal splinter protection layer , several spacers (22 - 25) arranged between the cover layer and the splinter protection layer to hold the cover layer spaced apart from the splinter protection layer so that a gap is provided between the cover layer and the splinter protection layer , a potting compound which fills the gap , an intermediate layer which is arranged between the cover layer and the splinter protection layer inside the gap , wherein the potting compound joining together the cover layer , the splinter protection layer , the spacers (22 - 25), and the intermediate layer , characterized in that the spacers (22 - 25) are connected to the intermediate layer in a form-locking manner, wherein the spacers (22 - 25) comprise a contact surface on an outside thereof, and wherein the intermediate layer comprises correspondingly shaped breakthroughs (44 - 47) which enable a form-locking connection of the breakthroughs (44 - 47) to the contact surface of the spacers (22 - 25), by which form-locking connection the spacers (22 - 25) are secured against rotation relative to the intermediate layer .
A method for producing one or more organic acids, comprising: combining a sludge from a pulp and paper mill and a lignocellulosic biomass to produce a biomass feed, wherein the sludge comprises one or more six carbon chain sugars, and wherein the lignocellulosic biomass comprises one or more six carbon chain compound precursors; and hydrolyzing the biomass feed in one or more reactors to produce a mixture comprising tar and one or more organic acids. combining a sludge from a pulp and paper mill and a lignocellulosic biomass to produce a biomass feed, wherein the sludge comprises one or more six carbon chain sugars, and wherein the lignocellulosic biomass comprises one or more six carbon chain compound precursors; and hydrolyzing the biomass feed in one or more reactors to produce a mixture comprising tar and one or more organic acids.
A receiving apparatus comprising: a plurality of receiving units (212-1, 212-2, ... 212-N) configured to each receive a respective data slice of a plurality of data slices, said data slices having been obtained during transmission by dividing an original BaseBand, BB, frame of an original BB stream into said data slices, said original BB stream carrying a plurality of BB frames, each BB frame including a BB frame header and a BB frame data field, each BB frame header carrying a field SYNCD and a field ISCR in conformity with a Digital Video Broadcasting - Cable second generation, DVB-C2, standard, said field SYNCD indicating a remaining number of bits necessary to assemble a transport stream packet and said field ISCR being a time stamp indicating the transmission time of the BB frame; a selection unit configured to select a next BB frame on the basis of a comparison of the values of the SYNCD fields of selectable BB frames with an expected value of the SYNCD value, the expected value of the SYNCD value being calculated from the BB frame previously selected by the selection unit; and a reassembling unit configured to reassemble the original BB stream by sequentially processing the BB frames according to the order in which the selection unit selects the BB frames. a plurality of receiving units (212-1, 212-2, ... 212-N) configured to each receive a respective data slice of a plurality of data slices, said data slices having been obtained during transmission by dividing an original BaseBand, BB, frame of an original BB stream into said data slices, said original BB stream carrying a plurality of BB frames, each BB frame including a BB frame header and a BB frame data field, each BB frame header carrying a field SYNCD and a field ISCR in conformity with a Digital Video Broadcasting - Cable second generation, DVB-C2, standard, said field SYNCD indicating a remaining number of bits necessary to assemble a transport stream packet and said field ISCR being a time stamp indicating the transmission time of the BB frame; a selection unit configured to select a next BB frame on the basis of a comparison of the values of the SYNCD fields of selectable BB frames with an expected value of the SYNCD value, the expected value of the SYNCD value being calculated from the BB frame previously selected by the selection unit; and a reassembling unit configured to reassemble the original BB stream by sequentially processing the BB frames according to the order in which the selection unit selects the BB frames.
A waveguide interferometer for measuring physical parameters, whereby the waveguide interferometer contains a multicore waveguide , a light source and a signal detector , wherein the multicore waveguide has at least a first core and a second core, whereby a splitter is provided on the multicore waveguide , which is adapted to split a signal among the fiber cores, whereby the light source is arranged on a light feed side of the multicore waveguide to feed light to one of the first and the second core of the multicore waveguide and whereby the at least first core and second core each have an output on an opposite side of the multicore waveguide , wherein the output of at least one of the cores is activated by a coating with at least one chemically active substance (5, 5.1, 5.2), and one of the first and the second core is connected directly or indirectly to the signal detector on the same side of the multicore waveguide to which light from the light source is fed. wherein the multicore waveguide has at least a first core and a second core, whereby a splitter is provided on the multicore waveguide , which is adapted to split a signal among the fiber cores, whereby the light source is arranged on a light feed side of the multicore waveguide to feed light to one of the first and the second core of the multicore waveguide and whereby the at least first core and second core each have an output on an opposite side of the multicore waveguide , wherein the output of at least one of the cores is activated by a coating with at least one chemically active substance (5, 5.1, 5.2), and one of the first and the second core is connected directly or indirectly to the signal detector on the same side of the multicore waveguide to which light from the light source is fed.
A channel information sending method , carried out by a terminal device , the method comprising: receiving (S210) configuration information from a network device , wherein the configuration information configures Q demodulation reference signal, DMRS, ports used for measurement, and Q is a positive integer; receiving (S220) indication information from the network device , wherein the indication information indicates M DMRS ports, in the Q DMRS ports used for measurement, that carry downlink data, M is a positive integer, and Q is greater than M; and sending (S230) channel information of P DMRS ports to the network device , wherein the P DMRS ports belong to the Q DMRS ports used for measurement, and P is a positive integer, wherein the P DMRS ports belong to P1 DMRS port groups, and a quantity of DMRS ports comprised in any one of the P1 DMRS port groups is M, wherein the P1 DMRS port groups comprise one DMRS port group to which the M DMRS ports that carry the downlink data belong and P1-1 DMRS port groups of best channel quality among DMRS port groups to which other DMRS ports belong, wherein the other DMRS ports are DMRS ports other than the M DMRS ports that carry the downlink data in the Q DMRS ports used for measurement. receiving (S210) configuration information from a network device , wherein the configuration information configures Q demodulation reference signal, DMRS, ports used for measurement, and Q is a positive integer; receiving (S220) indication information from the network device , wherein the indication information indicates M DMRS ports, in the Q DMRS ports used for measurement, that carry downlink data, M is a positive integer, and Q is greater than M; and sending (S230) channel information of P DMRS ports to the network device , wherein the P DMRS ports belong to the Q DMRS ports used for measurement, and P is a positive integer, wherein the P DMRS ports belong to P1 DMRS port groups, and a quantity of DMRS ports comprised in any one of the P1 DMRS port groups is M, wherein the P1 DMRS port groups comprise one DMRS port group to which the M DMRS ports that carry the downlink data belong and P1-1 DMRS port groups of best channel quality among DMRS port groups to which other DMRS ports belong, wherein the other DMRS ports are DMRS ports other than the M DMRS ports that carry the downlink data in the Q DMRS ports used for measurement.
Drive unit for use with a press collar for pressing two workpieces, comprising a drive and pressing pliers connected to the drive , wherein the pressing pliers comprises two jaws , wherein the jaws of the pressing pliers can be moved towards each other by the drive in order to close the press collar and to press the two workpieces , wherein the two jaws each comprise a first connecting element for connection with a second connecting element of the press collar , wherein at least one of the first connecting elements is surrounded at least in part by a marking . a drive and pressing pliers connected to the drive , wherein the pressing pliers comprises two jaws , wherein the jaws of the pressing pliers can be moved towards each other by the drive in order to close the press collar and to press the two workpieces , wherein the two jaws each comprise a first connecting element for connection with a second connecting element of the press collar , wherein at least one of the first connecting elements is surrounded at least in part by a marking .