mhurhangee/patent-ind-claim-en huggingface dataset:
Wind turbine with a concrete tower , wherein the tower comprises a plurality of sections formed by segments and a platform system comprising a plurality of platforms , wherein the platform system is configured to allow access to junction areas between adjacent sections characterized in that the platform system is further configured to be at least partially anchored in a detachable manner to a wall of the section which is inside the tower once erected; wherein the sections of the concrete tower comprise at least one first anchoring element attached to the wall of the section situated inside the tower once erected, the platform system being configured to be at least partially anchored in a detachable manner to at least the first anchoring element attached to the wall of the section situated inside the tower once erected; wherein the platforms of the platform system comprise at least one second anchoring element which assists the first anchoring element to achieve the detachable anchoring of the platform system to the wall of the section situated inside the tower once erected; and wherein the first anchoring element comprises a rod insertable into the wall of the segment situated inside the tower once erected and a head protruding from said rod, wherein the rod is disposed inside the section once lifted and stacked, while the second anchoring element comprises a pivoting fitting with a longitudinal groove so that the pivoting fitting is supportable on the rod of the first anchoring element . wherein the sections of the concrete tower comprise at least one first anchoring element attached to the wall of the section situated inside the tower once erected, the platform system being configured to be at least partially anchored in a detachable manner to at least the first anchoring element attached to the wall of the section situated inside the tower once erected; wherein the platforms of the platform system comprise at least one second anchoring element which assists the first anchoring element to achieve the detachable anchoring of the platform system to the wall of the section situated inside the tower once erected; and wherein the first anchoring element comprises a rod insertable into the wall of the segment situated inside the tower once erected and a head protruding from said rod, wherein the rod is disposed inside the section once lifted and stacked, while the second anchoring element comprises a pivoting fitting with a longitudinal groove so that the pivoting fitting is supportable on the rod of the first anchoring element .
A method of producing a tissue module, the method comprising: a) seeding a basal surface with a first group of cells and incubating the first group of cells on the basal surface for a sufficient period of time to allow the first group of cells to adhere to the basal surface and produce a first layer; b) seeding a thermo-responsive hydrogel stamp with a second group of cells and incubating the second group of cells on the stamp for a sufficient period of time to allow the cells to adhere to the stamp and produce a second layer; c) contacting the stamp to the basal surface; d) releasing the cells from the stamp by applying a change in temperature; e) incubating the stamp and the basal surface for a sufficient period of time for the second layer of cells from the stamp to adhere to the first layer of cells on the basal surface; and f) separating the stamp and the basal surface to release the tissue module, wherein the method further comprises repeating b) to f) with a plurality of layers of cells and stacking the plurality of layers of cells onto layers of cells previously produced. a) seeding a basal surface with a first group of cells and incubating the first group of cells on the basal surface for a sufficient period of time to allow the first group of cells to adhere to the basal surface and produce a first layer; b) seeding a thermo-responsive hydrogel stamp with a second group of cells and incubating the second group of cells on the stamp for a sufficient period of time to allow the cells to adhere to the stamp and produce a second layer; c) contacting the stamp to the basal surface; d) releasing the cells from the stamp by applying a change in temperature; e) incubating the stamp and the basal surface for a sufficient period of time for the second layer of cells from the stamp to adhere to the first layer of cells on the basal surface; and f) separating the stamp and the basal surface to release the tissue module,
An input device, comprising a device body, a touchpad , a first key and a second key , wherein the device body comprises a handheld part, the first key and the touchpad are arranged on the device body and located on the same side of the device body, and in a case that the handheld part is in a first state, a curvature of the handheld part is a first curvature; and in a case that the handheld part is in a second state, the curvature of the handheld part is a second curvature, and the first curvature is greater than the second curvature; the second key is arranged on the device body; the second key and the touchpad are located on the same side of the device body; or the second key and the touchpad are located on adjacent two sides of the device body; in a case that the handheld part is in the first state, the input device is a mouse, and in a case that the handheld part is in the second state, the input device is an operating handle that is freely usable in space; in the case that the handheld part is in the first state, the first key is in an active state and the second key is in an inactive state; and in the case that the handheld part is in the second state, the second key is in the active state and the touchpad is in the active state. the device body comprises a handheld part, the first key and the touchpad are arranged on the device body and located on the same side of the device body, and in a case that the handheld part is in a first state, a curvature of the handheld part is a first curvature; and in a case that the handheld part is in a second state, the curvature of the handheld part is a second curvature, and the first curvature is greater than the second curvature; the second key is arranged on the device body; the second key and the touchpad are located on the same side of the device body; or the second key and the touchpad are located on adjacent two sides of the device body; in a case that the handheld part is in the first state, the input device is a mouse, and in a case that the handheld part is in the second state, the input device is an operating handle that is freely usable in space; in the case that the handheld part is in the first state, the first key is in an active state and the second key is in an inactive state; and in the case that the handheld part is in the second state, the second key is in the active state and the touchpad is in the active state.
An electronic aerosol provision system comprising: a vaporiser for generating an aerosol using electrical power; a battery for supplying electrical power to the vaporiser and to other components of the electronic aerosol provision system; a flat, flexible cable having a laminated structure and incorporating multiple conductor lines for transmitting electrical power and/or signals; and a temperature sensor incorporated into the flat, flexible cable and located adjacent the battery for sensing the temperature of the battery; wherein the electronic aerosol provision system is configured to: detect an error condition if the sensed temperature of the battery goes outside a specified operating range; and in response to such detection, reduce or cease the supply of electrical power from the battery. a vaporiser for generating an aerosol using electrical power; a battery for supplying electrical power to the vaporiser and to other components of the electronic aerosol provision system; a flat, flexible cable having a laminated structure and incorporating multiple conductor lines for transmitting electrical power and/or signals; and a temperature sensor incorporated into the flat, flexible cable and located adjacent the battery for sensing the temperature of the battery; wherein the electronic aerosol provision system is configured to: detect an error condition if the sensed temperature of the battery goes outside a specified operating range; and in response to such detection, reduce or cease the supply of electrical power from the battery. detect an error condition if the sensed temperature of the battery goes outside a specified operating range; and in response to such detection, reduce or cease the supply of electrical power from the battery.
A device for damping of sounds which comprises - a casing intended to be placed round one or more sound-generating equipment items in order to shield them from the surroundings and thereby damp their sounds, which casing has an inlet via which air is allowed to flow into the casing , and - a sound-damping panel which is situated in the casing and via which air is allowed to flow out from the casing , the sound-damping panel comprising a first wall which faces towards the inside of the casing, and a second wall which extends along and at a distance from the first wall , leaving a throughflow space between the first wall and the second wall , wherein the first wall is provided with a plurality of apertures via which air is allowed to flow into said throughflow space between the walls , wherein a diffuser means is situated on the second wall directly opposite each aperture , protruding from the second wall towards the respective aperture in the first wall and is arranged to deflect the air which via this aperture flows towards the second wall so that this air flow then proceeds in various different directions in said throughflow space , wherein at least some of the internal surfaces of said throughflow space are covered with sound-absorbing material and the sound-damping panel comprises at least one outlet aperture which is connected to said throughflow space and via which air is allowed to flow from the throughflow space and proceed to the surroundings, characterized in that the side of the second wall which faces in towards said throughflow space is planar with the exception of the regions on that side which are covered by said diffuser means , each of which diffuser means constitutes a protrusion on this otherwise planar side of the second wall. - a casing intended to be placed round one or more sound-generating equipment items in order to shield them from the surroundings and thereby damp their sounds, which casing has an inlet via which air is allowed to flow into the casing , and - a sound-damping panel which is situated in the casing and via which air is allowed to flow out from the casing , the sound-damping panel comprising a first wall which faces towards the inside of the casing, and a second wall which extends along and at a distance from the first wall , leaving a throughflow space between the first wall and the second wall , wherein the first wall is provided with a plurality of apertures via which air is allowed to flow into said throughflow space between the walls ,
A flexible tube, comprising: a plurality of structural units , each of the structural units comprises a first connecting pipe and a second connecting pipe ; wherein one end of the first connecting pipe is provided with a slot and a first projection ; one end of the second connecting pipe is provided with a second projection and a limiting slot ; a limiting structure A is provided on both sides of one end of the limiting slot , and the other end of the limiting slot is provided with a limiting structure B ; the second projection is located inside the slot , and the first projection is located inside the limiting slot ; a top end of the second connecting pipe of the structural units is connected with a bottom end of the first connecting pipe of adjacent structural unit , thereby forming a curve tubular-shaped flexible tube successively connected by the plurality of structural units , characterized in that the first projection is formed as a T-shaped structure with two flat side walls and placed with the possibility of movement in surface-to-surface contact with flat inner walls of the limiting slot .
A beating apparatus , particularly for beating olives and the like, comprising a handle provided, at one working end , with a supporting body to which two side-by-side oscillating sectors provided with rods are articulated, two linkage elements being present which interconnect a crank element with a respective oscillating sector in order to impart thereto, during use, an oscillating motion, said crank element being functionally connected to motor means in order to be actuated during use, said oscillating sectors each comprising an elongated body for supporting said rods , which are pivoted by means of corresponding fulcrums of said supporting body , said linkage elements being functionally connected, by virtue of corresponding pivots for articulation to the respective elongated bodies , substantially at first longitudinal ends thereof, characterized in that said respective articulation pivots are arranged on end tabs , and in that said end tabs are shaped appropriately so as to be mutually opposite, on the side on which they are connected to said respective articulation pivots , so as to be able to make said linkages face each other.
Device for attaching a nozzle holder to a fluid supply line of a spray system, said device being configured to attach a nozzle holder comprising a body and a casing to a supply line , the supply line extending between the body of the nozzle holder and the casing of the nozzle holder , the attachment device comprising: - at least one receiving support configured for cylindrical surface contact with the supply line ; - at least one latch ; - a receiving support hinge allowing the latch to pivot about a first pivot axis parallel to the direction of the supply line , the latch being movable between a closed position in which the latch surrounds the supply line on an outer periphery of the supply line and an open position in which the contact between the receiving support and the supply line can be broken; the device being characterized in that the device further comprises - a receiving support pin for locking the latch in the closed position by insertion into coaxial holes of the latch and of the receiving support , the pin comprising a clamping collar which is elastically deformable into an undeformed initial shape, said pin being pivotable about a second pivot axis parallel to the first pivot axis between a clamping position in which the clamping collar is elastically deformed to surround and clamp the outer periphery of the supply line by a snap fit, and a free position in which the clamping collar is left free in its initial shape, the contact between the clamping collar and the supply line being broken; - the clamping collar of the pin comprising an eccentric protruding radially relative to the direction of the supply line , the eccentric being configured, in the clamping position of the pin , to cover the latch . - at least one receiving support configured for cylindrical surface contact with the supply line ; - at least one latch ; - a receiving support hinge allowing the latch to pivot about a first pivot axis parallel to the direction of the supply line , the latch being movable between a closed position in which the latch surrounds the supply line on an outer periphery of the supply line and an open position in which the contact between the receiving support and the supply line can be broken; the device being characterized in that the device further comprises - a receiving support pin for locking the latch in the closed position by insertion into coaxial holes of the latch and of the receiving support , the pin comprising a clamping collar which is elastically deformable into an undeformed initial shape, said pin being pivotable about a second pivot axis parallel to the first pivot axis between a clamping position in which the clamping collar is elastically deformed to surround and clamp the outer periphery of the supply line by a snap fit, and a free position in which the clamping collar is left free in its initial shape, the contact between the clamping collar and the supply line being broken; - the clamping collar of the pin comprising an eccentric protruding radially relative to the direction of the supply line , the eccentric being configured, in the clamping position of the pin , to cover the latch .
A method , performed by an apparatus, of measuring vital signals using a millimeter-wave radar sensor system, the method comprising: performing a first set of radar measurements using a millimeter-wave radar sensor to produce a first set of radar data; determining a first set of range gate measurements from the first set of radar data; determining high response range gates from the first set of range gate measurements; extracting vital signal information from the high response range gates; and determining a confidence level corresponding to the extracted vital signal information, wherein determining the confidence level comprises determining, for a predetermined period of time, a percentage of time in which an amplitude normalized to an average value of the determined high response range gates is within a predetermined range of values. performing a first set of radar measurements using a millimeter-wave radar sensor to produce a first set of radar data; determining a first set of range gate measurements from the first set of radar data; determining high response range gates from the first set of range gate measurements; extracting vital signal information from the high response range gates; and determining a confidence level corresponding to the extracted vital signal information, wherein determining the confidence level comprises determining, for a predetermined period of time, a percentage of time in which an amplitude normalized to an average value of the determined high response range gates is within a predetermined range of values.
A method for forming an electrical contact to a semiconductor structure , the method comprising: - providing a semiconductor structure , - providing an insulating layer on the semiconductor structure , - forming, through the insulating layer , a through-hole (150, 150") opening at its bottom to an area (240, 240"), - providing nickel on an exposed top surface of the insulating layer , on the sidewalls (155, 155") of the through-hole (150, 150") and on the area (240, 240") of said semiconductor structure, wherein said area exposes a semiconductor material and is at least part of a contact region, - converting the nickel on the exposed top surface , on the sidewalls (155, 155") and on the area (240, 240 ") to a Ge-comprising alloy by performing a vapor-solid reaction, whereby said semiconductor structure including nickel is subjected to a germanium-comprising precursor gas thereby forming said electrical contact, and; - providing a contact metal in the through-hole (150, 150"). - providing a semiconductor structure , - providing an insulating layer on the semiconductor structure , - forming, through the insulating layer , a through-hole (150, 150") opening at its bottom to an area (240, 240"), - providing nickel on an exposed top surface of the insulating layer , on the sidewalls (155, 155") of the through-hole (150, 150") and on the area (240, 240") of said semiconductor structure, wherein said area exposes a semiconductor material and is at least part of a contact region, - converting the nickel on the exposed top surface , on the sidewalls (155, 155") and on the area (240, 240 ") to a Ge-comprising alloy by performing a vapor-solid reaction, whereby said semiconductor structure including nickel is subjected to a germanium-comprising precursor gas thereby forming said electrical contact, and; - providing a contact metal in the through-hole (150, 150").
A strain for use in a method of preventing and treating metabolic diseases, wherein the strain is Akkermansia muciniphila strain, which is named Akkermansia muciniphila SSYD-3 with accession number of CGMCC No. 14764 for the deposit.
A plate heat exchanger comprising several cooling plates organized as a stack, in which the plates and the slots (S1, ..., S13) between them alternate, and an inlet channel formed by the openings made in the plates for conducting the gas (G1) to flow therethrough into the slots between the plates and a corresponding outlet channel for conducting the gas out from the heat exchanger , characterised in that for keeping the plate heat exchanger clean in cooling of gas (G1, G2) including impurities it is provided with an arrangement comprising: in the inlet channel movable first means (17, 20, ME) for forming a block between one or more slots (S7, S8) between the plates and the inlet channel and opening a connection from said slots to a space having negative pressure in relation to the pressure in the heat exchanger and respectively closing said connection and opening said block for generating an instantaneous discharge (G3) of gas and cleaning blast from said one or more slots (S7, S8) between the plates into said space with negative pressure, and second means (27, 28, 29, 40, C1, C2) for controlling moving, forming of the block and opening the connection as well as opening the block and closing the connection for achieving said certain time taking gas discharge and cleaning blast function at each time from desired one or more slots between the plates . in the inlet channel movable first means (17, 20, ME) for forming a block between one or more slots (S7, S8) between the plates and the inlet channel and opening a connection from said slots to a space having negative pressure in relation to the pressure in the heat exchanger and respectively closing said connection and opening said block for generating an instantaneous discharge (G3) of gas and cleaning blast from said one or more slots (S7, S8) between the plates into said space with negative pressure, and second means (27, 28, 29, 40, C1, C2) for controlling moving, forming of the block and opening the connection as well as opening the block and closing the connection for achieving said certain time taking gas discharge and cleaning blast function at each time from desired one or more slots between the plates .
An antibody detection device comprising: a sample loading region; a conjugate region, wherein said conjugate region comprises (i) a mobilizable first detector including an Fc-binding molecule capable of binding to the Fc region of the antibody, wherein the Fc-binding molecule is conjugated to a first detectable entity, and (ii) a mobilizable second detector, wherein the second detector comprises an antigen or antigenic peptide conjugated to a second detectable entity, said antigen or antigenic peptide being capable of specifically binding to the variable region of the antibody; and a test region, wherein said test region comprises an immobilized capture entity capable of specifically binding to the antibody; wherein the sample loading region, the conjugate region and the test region are configured so that in operation a liquid sample when loaded into the sample loading region, is in fluid communication with the conjugate region and the test region. a sample loading region; a conjugate region, wherein said conjugate region comprises (i) a mobilizable first detector including an Fc-binding molecule capable of binding to the Fc region of the antibody, wherein the Fc-binding molecule is conjugated to a first detectable entity, and (ii) a mobilizable second detector, wherein the second detector comprises an antigen or antigenic peptide conjugated to a second detectable entity, said antigen or antigenic peptide being capable of specifically binding to the variable region of the antibody; and a test region, wherein said test region comprises an immobilized capture entity capable of specifically binding to the antibody; wherein the sample loading region, the conjugate region and the test region are configured so that in operation a liquid sample when loaded into the sample loading region, is in fluid communication with the conjugate region and the test region.