mhurhangee/ep-ind-claims huggingface dataset:
An enzyme electrode comprising: an electrode; a mesoporous silica material provided on the electrode; an enzyme immobilized in small cavities of the mesoporous silica material; and an electron carrier to facilitate transfer of an electron between the enzyme and the electrode, the electron carrier being present in the small cavities of the mesoporous silica material, wherein a diameter of the small cavities is 0.5 to 2.0 times a diameter of the enzyme, the mesoporous silica material is membranous and made of a porous anodized aluminum film having alumina small cavities each filled with a plurality of one-dimensional silica nanochannels which constitute a one-dimensional silica nanochannel assembly, and the small cavities of the mesoporous silica material are cavities of the one-dimensional silica nanochannels. an electrode; a mesoporous silica material provided on the electrode; an enzyme immobilized in small cavities of the mesoporous silica material; and an electron carrier to facilitate transfer of an electron between the enzyme and the electrode, the electron carrier being present in the small cavities of the mesoporous silica material, wherein a diameter of the small cavities is 0.5 to 2.0 times a diameter of the enzyme, the mesoporous silica material is membranous and made of a porous anodized aluminum film having alumina small cavities each filled with a plurality of one-dimensional silica nanochannels which constitute a one-dimensional silica nanochannel assembly, and the small cavities of the mesoporous silica material are cavities of the one-dimensional silica nanochannels.
An intake air sound generation device for an internal combustion engine, comprising: an introduction tube which is connected to an intake passage of the internal combustion engine to introduce an intake pulse of an intake system; a vibrating body which has a vibration surface that is vibrated by the intake pulse and is provided to cover one end of the introduction tube; and a resonance tube which is connected to the introduction tube via the vibrating body, the vibrating body is formed in a shape of a cylinder, the vibration surface is formed as an end surface closing one end of the cylinder, an accordion portion is formed on a cylindrical side of the vibrating body in an axial direction along a side of the cylinder to promote vibration of the vibration surface, wherein the introduction tube comprises an insertion tube which is inserted into the vibrating body, a length ratio (R L) is obtained by dividing an insertion tube length (L 1) by a vibrating body length (L 2), the insertion tube (41 B) has the insertion tube length (L 1) to be set such that the length ratio (R L) corresponds to a predetermined value (R LA) and an inner diameter ratio (R D) is obtained by dividing an insertion tube inner diameter (D 1) by a vibrating body inner diameter (D 2), the insertion tube (41 B) has the insertion tube inner diameter (D 1) to be set such that an inner diameter ratio (R D) corresponds to a predetermined value (R DA), characterized in that the insertion tube (41 B) is formed to have a smaller inner diameter than the introduction tube. an introduction tube which is connected to an intake passage of the internal combustion engine to introduce an intake pulse of an intake system; a vibrating body which has a vibration surface that is vibrated by the intake pulse and is provided to cover one end of the introduction tube; and a resonance tube which is connected to the introduction tube via the vibrating body, the vibrating body is formed in a shape of a cylinder, the vibration surface is formed as an end surface closing one end of the cylinder, an accordion portion is formed on a cylindrical side of the vibrating body in an axial direction along a side of the cylinder to promote vibration of the vibration surface, wherein the introduction tube comprises an insertion tube which is inserted into the vibrating body, a length ratio (R L) is obtained by dividing an insertion tube length (L 1) by a vibrating body length (L 2), the insertion tube (41 B) has the insertion tube length (L 1) to be set such that the length ratio (R L) corresponds to a predetermined value (R LA) and an inner diameter ratio (R D) is obtained by dividing an insertion tube inner diameter (D 1) by a vibrating body inner diameter (D 2), the insertion tube (41 B) has the insertion tube inner diameter (D 1) to be set such that an inner diameter ratio (R D) corresponds to a predetermined value (R DA), characterized in that the insertion tube (41 B) is formed to have a smaller inner diameter than the introduction tube.
Protective wall, composed of protective wall elements connected to one another in the region of their end faces (19, 20), for safeguarding traffic routes, especially for temporary safeguarding in the region of building sites and for protecting persons or equipment next to the road, wherein the protective wall elements have a panel-like, at least partly open or at least partly closed wall body, which wall body has on its underside, which in the installed state of the protective wall faces towards a substantially flat substrate, a portion of wider cross-section (17d, 32, 33) transverse with respect to the longitudinal extent of the relevant protective wall element, and in the wall body there is at least one connecting structure (23, 24) oriented substantially in the longitudinal direction of the relevant protective wall element, which connecting structure co-operates with a corresponding connecting structure of an adjacent protective wall element in such a way that, by introduction of a clamping and connecting means (39, 40), the adjacent protective wall elements are clamped or clampable against one another releasably adjustably in the longitudinal direction in the region of the said connecting structures, characterised in that the wall body of a protective wall element has on the underside, in the region of the said portion of wider cross-section (17d, 32, 33), at least one flat support surface element, and this support surface element has, in the longitudinal direction of the relevant protective wall element, an overhang relative to a face (19', 20') of the end face (19, 20) of the relevant protective wall element.
A deflector assembly, comprising: an upper deflector arranged within a main bore of a wellbore, the upper deflector having a guide spring, the guide spring having a ramped surface; the deflector assembly being characterized by: a lower deflector arranged within the main bore, the lower deflector defining a first conduit and a second conduit, one of the first and second conduits (122a, 122b) in communication with a lower portion of the main bore and another of the first and second conduits (122aa, 122bb) in communication with a lateral bore; wherein the upper and lower deflectors are configured to direct a bullnose assembly into either the lateral bore or the lower portion of the main bore based on a size of a bullnose tip (406, 1006) of the bullnose assembly. an upper deflector arranged within a main bore of a wellbore, the upper deflector having a guide spring, the guide spring having a ramped surface; the deflector assembly being characterized by: a lower deflector arranged within the main bore, the lower deflector defining a first conduit and a second conduit, one of the first and second conduits (122a, 122b) in communication with a lower portion of the main bore and another of the first and second conduits (122aa, 122bb) in communication with a lateral bore; wherein the upper and lower deflectors are configured to direct a bullnose assembly into either the lateral bore or the lower portion of the main bore based on a size of a bullnose tip (406, 1006) of the bullnose assembly. a lower deflector arranged within the main bore, the lower deflector defining a first conduit and a second conduit, one of the first and second conduits (122a, 122b) in communication with a lower portion of the main bore and another of the first and second conduits (122aa, 122bb) in communication with a lateral bore; wherein the upper and lower deflectors are configured to direct a bullnose assembly into either the lateral bore or the lower portion of the main bore based on a size of a bullnose tip (406, 1006) of the bullnose assembly.
A computer-implemented method for determining robustness of a discrete fracture network permeability estimate, the method comprising: receiving a DFN (202, 302; 502) of an earth formation of interest, the DFN (202, 302; 502) comprising a plurality of connected fractures; determining a directional equivalent permeability (210, 310; 512) of the plurality of connected fractures of the DFN using a numerical upscaling method; and determining the robustness of the directional equivalent permeability (210, 310; 512), wherein the directional equivalent permeability is a first directional equivalent permeability, and wherein determining the robustness of the first directional equivalent permeability comprises comparing the first directional equivalent permeability to a second directional equivalent permeability determined using Oda's method as described in "Permeability Tensor for Discontinuous Rock Masses" by M. Oda, Geotechnique, Vol. 35, pages 483-495, 1985. receiving a DFN (202, 302; 502) of an earth formation of interest, the DFN (202, 302; 502) comprising a plurality of connected fractures; determining a directional equivalent permeability (210, 310; 512) of the plurality of connected fractures of the DFN using a numerical upscaling method; and determining the robustness of the directional equivalent permeability (210, 310; 512), wherein the directional equivalent permeability is a first directional equivalent permeability, and wherein determining the robustness of the first directional equivalent permeability comprises comparing the first directional equivalent permeability to a second directional equivalent permeability determined using Oda's method as described in "Permeability Tensor for Discontinuous Rock Masses" by M. Oda, Geotechnique, Vol. 35, pages 483-495, 1985.
A method for diagnosing the risk of developing colorectal cancer in a subject or identifying a subject as likely to develop colorectal cancer, the method comprising: a) lysing a cell from a polyp sample taken from the subject to form a cell lysate; b) measuring the activation and/or expression level of the at least one signal transduction analyte in the cell lysate, wherein the at least one signal transduction analyte is HER1; and c) indicating whether the subject is at risk of developing CRC based upon the activation and/or expression level of the at least one signal transduction analyte compared to that of a control. a) lysing a cell from a polyp sample taken from the subject to form a cell lysate; b) measuring the activation and/or expression level of the at least one signal transduction analyte in the cell lysate, wherein the at least one signal transduction analyte is HER1; and c) indicating whether the subject is at risk of developing CRC based upon the activation and/or expression level of the at least one signal transduction analyte compared to that of a control.
A presence detection system comprising a transmitter that periodically transmits wireless signals with a constant transmission power and a receiver that receives the transmitted wireless signals, within a prescribed space, wherein the receiver comprises: a first determiner that determines whether or not there has been a change in the reception level of the wireless signals received at the beginning of a first interval; characterized in a second determiner that determines the presence/absence of a person on the basis of variance in the reception level of the wireless signals received at the beginning of a second interval that is shorter than the first interval, when it is determined by the first determiner that the reception level of the wireless signals has changed, the reception frequency is increased for a fixed time, wherein the second determiner determines the presence/absence of a person when the standard deviation of the reception levels of the wireless signals received multiple times exceeds a threshold value.
An adjustment bracket, comprising: an adjustment roller; an adjustment foot;; an adjustment foot gear; and a lower case, wherein an adjustment gear is fixed to the adjustment roller, the adjustment gear is engaged with the adjustment foot gear, the adjustment foot gear is provided with internal threads at a center position thereof, the adjustment foot is provided with external threads on an outer wall thereof, and the adjustment foot and the adjustment foot gear are connected through a screw joint of the internal threads and the external threads; characterized in that the lower case is provided with a protruding arcuate structure, and the protruding arcuate structure is a lower limitation of the adjustment foot gear; the arcuate structure is formed in an arcuate shape, so as to provide a receiving space for the adjustment roller. an adjustment roller; an adjustment foot;; an adjustment foot gear; and a lower case, wherein an adjustment gear is fixed to the adjustment roller, the adjustment gear is engaged with the adjustment foot gear, the adjustment foot gear is provided with internal threads at a center position thereof, the adjustment foot is provided with external threads on an outer wall thereof, and the adjustment foot and the adjustment foot gear are connected through a screw joint of the internal threads and the external threads; characterized in that the lower case is provided with a protruding arcuate structure, and the protruding arcuate structure is a lower limitation of the adjustment foot gear; the arcuate structure is formed in an arcuate shape, so as to provide a receiving space for the adjustment roller.
A method for requesting access to a physical space controlled by an electronic lock, wherein the physical space is one of a plurality of physical spaces each controlled by an electronic lock, wherein a separate tag is provided for and located in the direct vicinity of each electronic lock, wherein each tag is distinct from the respective electronic lock, wherein each tag is readable by a same near field radio protocol to yield a tag identifier distinct from a lock identifier of the respective electronic lock, wherein the lock identifier is not readable from the tag itself, and wherein the tags are further away from each other than the communication range of the near field radio protocol, the method being performed in a user device and comprising the steps of: - reading one of the tags using the near field radio protocol, yielding a tag identifier; - finding, based on the yielded tag identifier, a lock identifier associated with the yielded tag identifier, and - sending an access request message to the electronic lock having the found lock identifier, wherein the step of finding a lock identifier comprises using or consulting a lookup table to find the lock identifier associated with the yielded tag identifier. - reading one of the tags using the near field radio protocol, yielding a tag identifier; - finding, based on the yielded tag identifier, a lock identifier associated with the yielded tag identifier, and - sending an access request message to the electronic lock having the found lock identifier,
Roller shutter system for an opening of a building, having an inner side and an outer side, comprising: an apron formed of a plurality of horizontal blades interconnected by hinges, an upper horizontal means for winding/unfolding the apron, so that a deployed vertical portion of the apron, extending downwards, is able to at least partially close said opening of the building, and opposite vertical slides for guiding (12, 13) wherein the ends of the blades of the deployed portion of the apron are engaged, to guide the lowering and raising movements of the deployed vertical portion of the apron during the rotation of the upper means for winding/unfolding; in which system the apron is equipped, in its lower part, with a ventilation unit comprising a ventilation member, the ventilation unit comprising a box wherein is installed at least the ventilation member, said box having at least one air inlet opening coming from the outside and at least one air outlet opening towards the inside, characterised in that said ventilation unit comprises a motor for driving this ventilation member. an apron formed of a plurality of horizontal blades interconnected by hinges, an upper horizontal means for winding/unfolding the apron, so that a deployed vertical portion of the apron, extending downwards, is able to at least partially close said opening of the building, and opposite vertical slides for guiding (12, 13) wherein the ends of the blades of the deployed portion of the apron are engaged, to guide the lowering and raising movements of the deployed vertical portion of the apron during the rotation of the upper means for winding/unfolding; in which system the apron is equipped, in its lower part, with a ventilation unit comprising a ventilation member, the ventilation unit comprising a box wherein is installed at least the ventilation member, said box having at least one air inlet opening coming from the outside and at least one air outlet opening towards the inside, characterised in that said ventilation unit comprises a motor for driving this ventilation member.
A camera module comprising: - a housing comprising a faceplate with an aperture; - a camera (10, 80) comprising an optical path (74, 82), the camera comprised within the housing, oriented such that the optical path at least partially coincides with the aperture; and - one or more ports (20, 25, 86) coupled to the housing, configured so as to direct a cleaning fluid towards the aperture, characterized in that the camera module further comprises a mixer (418, 450) in fluid communication with one or more of the ports, the mixer configured to mix a first fluid with a second fluid to form the cleaning fluid. - a housing comprising a faceplate with an aperture; - a camera (10, 80) comprising an optical path (74, 82), the camera comprised within the housing, oriented such that the optical path at least partially coincides with the aperture; and - one or more ports (20, 25, 86) coupled to the housing, configured so as to direct a cleaning fluid towards the aperture,
A method for generating a downlink frame in an Orthogonal Frequency Division Multiple Access, OFDMA, communication system, comprising: generating the downlink frame including a global control information zone, a common information zone and a local control information zone, wherein the global control information zone includes control information that is necessary to be received commonly in all of user terminals and a system information zone including base station information, wherein the system information zone comprises a management message type, PHY synchronization information, channel information, base station identifier, ID, and a frame size; the common information zone comprises MAP information elements for user terminal-by-user terminal traffic of the local control information zone, whereby the common information zone has a fixed or variable time interval and its relative information is obtained from the global control information zone; and the local control information zone includes traffic chunks allocated on a user terminal-by-user terminal basis according to control information included in the common information zone to transmit information that is unnecessary to be received commonly in all of user terminals, and wherein the common information zone enables a receiver to refer to a respective MAP information element, MAP_IE, among the MAP information elements arrayed in the common information zone and to identify a position of its own transmitted traffic chunk in the local control information zone. generating the downlink frame including a global control information zone, a common information zone and a local control information zone, wherein the global control information zone includes control information that is necessary to be received commonly in all of user terminals and a system information zone including base station information, wherein the system information zone comprises a management message type, PHY synchronization information, channel information, base station identifier, ID, and a frame size; the common information zone comprises MAP information elements for user terminal-by-user terminal traffic of the local control information zone, whereby the common information zone has a fixed or variable time interval and its relative information is obtained from the global control information zone; and the local control information zone includes traffic chunks allocated on a user terminal-by-user terminal basis according to control information included in the common information zone to transmit information that is unnecessary to be received commonly in all of user terminals, and wherein the common information zone enables a receiver to refer to a respective MAP information element, MAP_IE, among the MAP information elements arrayed in the common information zone and to identify a position of its own transmitted traffic chunk in the local control information zone.
A manifold to a heat exchanger, in particular to an automotive radiator, comprising: a housing which is an one-piece element having a closed profile and having at least one longitudinal channel defined therein and also plurality of slots located on one of the surfaces of said housing, wherein said slots are in fluid communication to said at least one longitudinal channel; and a cover laid on said housing and having plurality of slots at positions corresponding to the positions of said slots of said housing for receiving tubes of the heat exchanger, wherein said cover is connected to said housing by a brazing connection; characterized in that: said cover is provided with a number of through holes for detecting leakage of the cooling medium through a brazed connection between said cover and the housing, wherein said through holes are formed in areas of the cover between the slots. a housing which is an one-piece element having a closed profile and having at least one longitudinal channel defined therein and also plurality of slots located on one of the surfaces of said housing, wherein said slots are in fluid communication to said at least one longitudinal channel; and a cover laid on said housing and having plurality of slots at positions corresponding to the positions of said slots of said housing for receiving tubes of the heat exchanger, wherein said cover is connected to said housing by a brazing connection; said cover is provided with a number of through holes for detecting leakage of the cooling medium through a brazed connection between said cover and the housing, wherein said through holes are formed in areas of the cover between the slots.