mhurhangee/patent-ind-claim-en huggingface dataset:
A cover for a micro-electromechanical component, wherein the cover comprises at least one layer having a structuring with multiple elevations and recesses , wherein the structuring serves the increasing of the mechanical stability of the cover; wherein the cover comprises multiple stacked layers , wherein the cover comprises a bottommost layer , one or more middle layers and a topmost layer , wherein a bottom side of the bottommost layer forms the bottom side of the cover and a top side of the topmost layer forms the top side of the cover ; wherein the bottom side and the top side of the cover being free from elevations or recesses; wherein the structuring is formed in one of the middle layers and in the topmost layer ; and wherein the one of the middle layers having on its top side its structuring with elevations and recesses; and wherein the topmost layer having on its bottom side its structuring with elevations and recesses, wherein the topmost layer is formed on its bottom side complementary to the top side of the one of the middle layers by completely filling the recesses in the one of the middle layers with the material of the topmost layer .
An intravascular device comprising: a port having a lumen , characterized in that an inner surface of the lumen is configured with an annular recess ; and an antimicrobial septum , wherein the antimicrobial septum is configured as a ring, wherein the annular recess secures the ring in place, wherein the ring includes a plurality of slits , wherein each slit of the plurality of slits contains an antimicrobial lubricant configured to provide antimicrobial protection to another device when the other device is inserted into the lumen and through the antimicrobial septum. a port having a lumen , characterized in that an inner surface of the lumen is configured with an annular recess ; and an antimicrobial septum , wherein the antimicrobial septum is configured as a ring, wherein the annular recess secures the ring in place, wherein the ring includes a plurality of slits , wherein each slit of the plurality of slits contains an antimicrobial lubricant configured to provide antimicrobial protection to another device when the other device is inserted into the lumen and through the antimicrobial septum.
A method comprising: • determining (S300) a root router memory module of a memory system comprising a plurality of router memory modules , each router memory module comprising at least one port to connect the router memory module to at least another router memory module , • for each router memory module apart from the root router memory module, identifying (S310) a loop-free path from the router memory module to the root router memory module, • creating (S320) a logical tree using the loop-free paths determined, characterized in that the identifying of a loop-free path comprises: • sending (S600) a message to the root router memory module to fetch a data in the root router memory module, • measuring (S610) the time taken to fetch the data, • determining the quickest path to fetch the data as the loop-free path. • determining (S300) a root router memory module of a memory system comprising a plurality of router memory modules , each router memory module comprising at least one port to connect the router memory module to at least another router memory module , • for each router memory module apart from the root router memory module, identifying (S310) a loop-free path from the router memory module to the root router memory module, • creating (S320) a logical tree using the loop-free paths determined, characterized in that the identifying of a loop-free path comprises: • sending (S600) a message to the root router memory module to fetch a data in the root router memory module, • measuring (S610) the time taken to fetch the data, • determining the quickest path to fetch the data as the loop-free path.
A vehicle interior display system comprising: a display device configured to project projection light of projection information, and display the projection information in at least one display region arranged at a position that is visible from the inside of a vehicle compartment; and a control device configured to control the display device , and cause the display device to project the projection light, wherein a dimming film configured to vary light transmittance depending on a voltage value of applied voltage is arranged in the display region or a projection region of a transmitting member for the projection light that is present ahead of a line of sight of an occupant who directs toward the display region in the vehicle compartment, and the control device includes a dimming controller configured to vary transmittance of the dimming film , characterized in that the control device includes an estimation unit for vehicle outside information configured to receive an imaging information from a detection device for vehicle information imaging a vehicle traveling direction, calculate a luminance value of each pixel from the imaging information, and estimate a brightness outside the vehicle based on the luminance values, and said dimming controller is configured to vary the transmittance of the dimming film depending on the brightness outside the vehicle estimated by the estimation unit for vehicle outside information so that the projection information displayed in the display region is visible to the occupant in the vehicle compartment. a display device configured to project projection light of projection information, and display the projection information in at least one display region arranged at a position that is visible from the inside of a vehicle compartment; and a control device configured to control the display device , and cause the display device to project the projection light, wherein a dimming film configured to vary light transmittance depending on a voltage value of applied voltage is arranged in the display region or a projection region of a transmitting member for the projection light that is present ahead of a line of sight of an occupant who directs toward the display region in the vehicle compartment, and the control device includes a dimming controller configured to vary transmittance of the dimming film , characterized in that the control device includes an estimation unit for vehicle outside information configured to receive an imaging information from a detection device for vehicle information imaging a vehicle traveling direction, calculate a luminance value of each pixel from the imaging information, and estimate a brightness outside the vehicle based on the luminance values, and said dimming controller is configured to vary the transmittance of the dimming film depending on the brightness outside the vehicle estimated by the estimation unit for vehicle outside information so that the projection information displayed in the display region is visible to the occupant in the vehicle compartment.
A method for assisted reversing of a vehicle , the method comprising: initiating a continuing recording of a current forward segment ( P n ) when the vehicle begins forward movement; offering assisted reversing along the current forward segment to an operator of the vehicle; repeatedly assessing whether the current forward segment is mergeable with a recorded preceding forward segment ( P n- 2 ); the method being further characterized by the following steps, in response to a positive finding of mergeability, determining a merged segment ( P n ′ ) comprising a tail section of the preceding forward segment, a head section of the current forward segment and a connecting section ( S 1 ) which joins these sections, wherein the determining of the merged segment is performed subject to a continuity condition; and for purposes of the continuing recording and the offered assisted reversing, replacing the current forward segment with the merged segment. initiating a continuing recording of a current forward segment ( P n ) when the vehicle begins forward movement; offering assisted reversing along the current forward segment to an operator of the vehicle; repeatedly assessing whether the current forward segment is mergeable with a recorded preceding forward segment ( P n- 2 ); the method being further characterized by the following steps, in response to a positive finding of mergeability, determining a merged segment ( P n ′ ) comprising a tail section of the preceding forward segment, a head section of the current forward segment and a connecting section ( S 1 ) which joins these sections, wherein the determining of the merged segment is performed subject to a continuity condition; and for purposes of the continuing recording and the offered assisted reversing, replacing the current forward segment with the merged segment. determining a merged segment ( P n ′ ) comprising a tail section of the preceding forward segment, a head section of the current forward segment and a connecting section ( S 1 ) which joins these sections, wherein the determining of the merged segment is performed subject to a continuity condition; and for purposes of the continuing recording and the offered assisted reversing, replacing the current forward segment with the merged segment.
An electroluminescence device comprising: electrodes; a plurality of layers that are deposited one on another between the electrodes; and a light emitting region between the plurality of layers, the light emitting region emitting light by application of an electric field between the electrodes, wherein the plurality of layers include a metal thin-film that is arranged in the vicinity of the light emitting region, the metal thin-film inducing plasmon resonance on the surface thereof by the light emitted from the light emitting region, and wherein surface modification is provided on both surfaces of the metal thin-film, the surface modification including an end group having polarity that makes the work function of the metal thin-film become close to the work function of at least a layer next to the metal thin-film; and characterized in that : the work function of the metal thin-film is less than the work functions of layers next to the metal thin-film on either side of the metal thin-film, and wherein the end group is an electron donor group; or the work function of the metal thin-film is greater than the work functions of layers next to the metal thin-film on either side of the metal thin-film, and wherein the end group is an electron withdrawing group. electrodes; a plurality of layers that are deposited one on another between the electrodes; and a light emitting region between the plurality of layers, the light emitting region emitting light by application of an electric field between the electrodes, wherein the plurality of layers include a metal thin-film that is arranged in the vicinity of the light emitting region, the metal thin-film inducing plasmon resonance on the surface thereof by the light emitted from the light emitting region, and wherein surface modification is provided on both surfaces of the metal thin-film, the surface modification including an end group having polarity that makes the work function of the metal thin-film become close to the work function of at least a layer next to the metal thin-film; and characterized in that : the work function of the metal thin-film is less than the work functions of layers next to the metal thin-film on either side of the metal thin-film, and wherein the end group is an electron donor group; or the work function of the metal thin-film is greater than the work functions of layers next to the metal thin-film on either side of the metal thin-film, and wherein the end group is an electron withdrawing group. the work function of the metal thin-film is less than the work functions of layers next to the metal thin-film on either side of the metal thin-film, and wherein the end group is an electron donor group; or the work function of the metal thin-film is greater than the work functions of layers next to the metal thin-film on either side of the metal thin-film, and wherein the end group is an electron withdrawing group.
A composition for a non-aqueous patch preparation comprising a drug, an organic solvent, and a powder which is insoluble both in the organic solvent and in a lipophilic plaster base material, wherein the powder is light anhydrous silicic acid, the lipophilic plaster base material comprises an elastomeric styrene-isoprene-styrene block copolymer, and the powder for an adhesive layer is contained as shown in the following inequality: 0.2 × the weight of the adhesive layer × the bulk density of the powder ≤ the amount of the powder to be added ≤ 0.6 × the weight of the adhesive layer × the tap density of the powder .
A parameter configuration method, comprising: configuring reference pilot sequence parameters; and determining, according to the reference pilot sequence parameters, an initial value of a reference pilot pseudo-random sequence corresponding to each reference pilot group among M reference pilot groups, wherein the initial value of the reference pilot pseudo-random sequence is used for generating a pilot pseudo-random sequence of a corresponding reference pilot group, M is a positive integer, and each reference pilot group corresponds to at least one reference pilot port, wherein the reference pilot sequence parameters comprise a static identification, a dynamic identification, and a reference pilot group index, the method further comprising: configuring at least two static identifications through high layer signaling; configuring the dynamic identification through physical layer signaling; configuring the reference pilot group index through physical layer signaling; and selecting the static identification from the configured at least two static identifications through the dynamic identification and the reference pilot group index. configuring reference pilot sequence parameters; and determining, according to the reference pilot sequence parameters, an initial value of a reference pilot pseudo-random sequence corresponding to each reference pilot group among M reference pilot groups, wherein the initial value of the reference pilot pseudo-random sequence is used for generating a pilot pseudo-random sequence of a corresponding reference pilot group, M is a positive integer, and each reference pilot group corresponds to at least one reference pilot port, wherein the reference pilot sequence parameters comprise a static identification, a dynamic identification, and a reference pilot group index, the method further comprising: configuring at least two static identifications through high layer signaling; configuring the dynamic identification through physical layer signaling; configuring the reference pilot group index through physical layer signaling; and selecting the static identification from the configured at least two static identifications through the dynamic identification and the reference pilot group index. configuring at least two static identifications through high layer signaling; configuring the dynamic identification through physical layer signaling; configuring the reference pilot group index through physical layer signaling; and selecting the static identification from the configured at least two static identifications through the dynamic identification and the reference pilot group index.
Turbine system for generating energy from a flowing fluid being water, the turbine system comprising: - a rotor shaft ; - at least one turbine blade coupled to the rotor shaft , wherein an orientation of at least a portion of the turbine blade is variable relative to the rotor shaft ; and - a guide strip coupled to the turbine blade portion, wherein the guide strip determines the orientation of the turbine blade portion relative to the rotor shaft , wherein the turbine blade portion is connected to a follower element for tracing the guide strip, wherein the follower element comprises a roller or slide shoe, wherein the guide strip has a smooth profile, without a kink occurring in the profile. - a rotor shaft ; - at least one turbine blade coupled to the rotor shaft , wherein an orientation of at least a portion of the turbine blade is variable relative to the rotor shaft ; and - a guide strip coupled to the turbine blade portion, wherein the guide strip determines the orientation of the turbine blade portion relative to the rotor shaft , wherein the turbine blade portion is connected to a follower element for tracing the guide strip, wherein the follower element comprises a roller or slide shoe,
A use of a tensioning ring the tensioning ring having a tensioning section , the tensioning section comprising a wedge element , a guide member and a tensioning screw , wherein a width of the tensioning section and thus a circumference of the tensioning ring can be changed by tightening the tensioning screw , for which purpose the wedge element is guided at the guide member and is movable in this guide along a movement way at the guide member by tightening the tensioning screw , the movement way having a portion in a width direction determining the width of the tensioning section , wherein the wedge element and the guide member engage in one another with an undercut in such a way that they are held together in a form-locking manner with respect to the width direction , wherein the form-lock is provided such that the wedge element and the guide member are held together in a form-locking manner when the tensioning section is narrowed and also when it is widened, in which use the tensioning ring is pressed on radially outwards with respect to a ring axis . the tensioning ring having a tensioning section , the tensioning section comprising a wedge element , a guide member and a tensioning screw , wherein a width of the tensioning section and thus a circumference of the tensioning ring can be changed by tightening the tensioning screw , for which purpose the wedge element is guided at the guide member and is movable in this guide along a movement way at the guide member by tightening the tensioning screw , the movement way having a portion in a width direction determining the width of the tensioning section , wherein the wedge element and the guide member engage in one another with an undercut in such a way that they are held together in a form-locking manner with respect to the width direction , wherein the form-lock is provided such that the wedge element and the guide member are held together in a form-locking manner when the tensioning section is narrowed and also when it is widened,
A ventilation system, comprising: air supply means configured for supplying air from outdoors to indoors; exhaust means configured for exhausting air from the indoors to the outdoors; an indoor sensor configured to detect one or more of action and a position of a person indoors, indoor sound, and change of indoor air pressure as an indoor pollution influential factor that influences a pollution level of indoor air; outdoor pollution level acquisition means configured for acquiring an outdoor pollution level that is a pollution level of outdoor air; and control means configured for controlling an air supply amount of the air supply means and an exhaust amount of the exhaust means , wherein the air supply amount of the air supply means and the exhaust amount of the exhaust means can be changed independently of each other, and the air supply amount of the air supply means and the exhaust amount of the exhaust means are changed based on influence on the pollution level of the indoor air by pollution inflow from the outdoors to the indoors corresponding to the outdoor pollution level and the air supply amount of the air supply means as well as influence on the pollution level of the indoor air by the indoor pollution influential factor. air supply means configured for supplying air from outdoors to indoors; exhaust means configured for exhausting air from the indoors to the outdoors; an indoor sensor configured to detect one or more of action and a position of a person indoors, indoor sound, and change of indoor air pressure as an indoor pollution influential factor that influences a pollution level of indoor air; outdoor pollution level acquisition means configured for acquiring an outdoor pollution level that is a pollution level of outdoor air; and control means configured for controlling an air supply amount of the air supply means and an exhaust amount of the exhaust means , wherein the air supply amount of the air supply means and the exhaust amount of the exhaust means can be changed independently of each other, and the air supply amount of the air supply means and the exhaust amount of the exhaust means are changed based on influence on the pollution level of the indoor air by pollution inflow from the outdoors to the indoors corresponding to the outdoor pollution level and the air supply amount of the air supply means as well as influence on the pollution level of the indoor air by the indoor pollution influential factor.
A fastener for engagement with bone, comprising: a bone engaging portion ; a head portion ; a deformable portion that contacts the head portion, the deformable portion including a material that deforms when the fastener engages one or more fastener-engaging structures of a stabilizing structure; and a retaining structure that retains the deformable portion in contact with the head portion by a force that includes a non-frictional component, the retaining structure comprising a through hole defined in the head portion, and further comprising a bore defined in an exterior surface of the fastener such that the bore intersects the through hole, wherein the deformable portion extends into the through hole and is exposed to the bore and further wherein a portion of the deformable portion that extends into the through hole includes a rod portion that traverses the bore, the rod portion connecting one side of the deformable portion to an opposite side of the deformable portion. a bone engaging portion ; a head portion ; a deformable portion that contacts the head portion, the deformable portion including a material that deforms when the fastener engages one or more fastener-engaging structures of a stabilizing structure; and a retaining structure that retains the deformable portion in contact with the head portion by a force that includes a non-frictional component, the retaining structure comprising a through hole defined in the head portion, and further comprising a bore defined in an exterior surface of the fastener such that the bore intersects the through hole, wherein the deformable portion extends into the through hole and is exposed to the bore and further wherein a portion of the deformable portion that extends into the through hole includes a rod portion that traverses the bore, the rod portion connecting one side of the deformable portion to an opposite side of the deformable portion.
Cleaning installation with a heat pump , by means of which heat is extracted from a relatively warmer source by means of a working medium and is supplied to a colder medium, and the supplied heat can be used for heating a cleaning medium, wherein a heat accumulator is provided, which stores waste heat from heat sources of the cleaning installation and forms a central heat source for the heat pump , by means of which heat can be extracted from the heat accumulator , and a heat exchanger , is provided in the cleaning medium of the cleaning installation , which conducts the heat into the cleaning medium, characterised in that the heat accumulator is designed as a tank and that waste heat from steam or water mist or steam and water vapour from a treatment chamber , can be introduced into the heat accumulator by means of a wet line and the wet line opens into the tank via a line connection , through which the steam or water mist or the steam and water vapour from the treatment chambers , can be introduced into the tank , wherein heat pump and heat accumulator form a structural unit in the form of a column arranged one above the other and the heat pump as well as the heat accumulator are insulated against heat losses.