mhurhangee/patent-ind-claim-en huggingface dataset:
A piezo actuator comprising - a piezo motor element having a top and a bottom surface, and - a connection element comprising arms with flexure hinges for contacting the piezo motor element at different fixation positions located at node positions of one or more bending modes of the piezo motor element, whereby the flexure arms are fixed to the piezo motor element with a fixation means, characterised in that a longitudinal direction of the arms with flexure hinges is arranged perpendicularly to the movement of an expansion mode at their respective fixation positions such that, at said fixation positions, the piezo motor element is only allowed to move in a radial direction with respect to a center position. - a piezo motor element having a top and a bottom surface, and - a connection element comprising arms with flexure hinges for contacting the piezo motor element at different fixation positions located at node positions of one or more bending modes of the piezo motor element, whereby the flexure arms are fixed to the piezo motor element with a fixation means, characterised in that a longitudinal direction of the arms with flexure hinges is arranged perpendicularly to the movement of an expansion mode at their respective fixation positions such that, at said fixation positions, the piezo motor element is only allowed to move in a radial direction with respect to a center position. whereby the flexure arms are fixed to the piezo motor element with a fixation means, characterised in that a longitudinal direction of the arms with flexure hinges is arranged perpendicularly to the movement of an expansion mode at their respective fixation positions such that, at said fixation positions, the piezo motor element is only allowed to move in a radial direction with respect to a center position.
A pool boiling heat transfer unit comprising a substrate for liquid pool boiling, the substrate having a heat exchange region in which heat is transferred between the substrate and a fluid in communication with the substrate, the heat exchange region comprising a plurality of nucleating regions (NR), each having a channel length and intersecting with open feeder channels (FC) having a length along the substrate surface and lacking nucleating regions, characterised in that the intersecting nucleating regions (NR) are disposed in a manner at the ends of the length of the feeder channels (FC) at a distance of between about 1mm to about 10mm such that vapour formed in the nucleating regions (NR) is moved away from the nucleating regions (NR) influencing liquid flow through the length of the feeder channels (FC) towards the nucleating regions (NR) thereby establishing separate vapour and liquid pathways.
A blockchain-based cross-chain data access method for a multi-chain system comprising a plurality of blockchains, wherein the method comprises the following: obtaining an access request that is specific to target data and that is sent by any node device, wherein the access request comprises a uniform resource locator (URL) which comprises an access path of the target data, and wherein the URL comprises a domain field used to record information about a target blockchain that the target data is located in; determining , based on the access path of the target data and the domain field of the URL, the target blockchain that the target data is located in, wherein a corresponding data access driver is configured for the target blockchain; and invoking the data access driver to parse the access request, to complete access to the target data. obtaining an access request that is specific to target data and that is sent by any node device, wherein the access request comprises a uniform resource locator (URL) which comprises an access path of the target data, and wherein the URL comprises a domain field used to record information about a target blockchain that the target data is located in; determining , based on the access path of the target data and the domain field of the URL, the target blockchain that the target data is located in, wherein a corresponding data access driver is configured for the target blockchain; and invoking the data access driver to parse the access request, to complete access to the target data.
An expandable medical device, comprising: an esophageal stent including an expandable tubular scaffold , the scaffold including a central longitudinal axis, a first end, a second end, an inner surface and an outer surface, the scaffold having struts , wherein openings or interstices through a wall of the scaffold are defined between adjacent struts ; a flexible valve extending radially inward from the inner surface of the scaffold ; an outer layer disposed along the outer surface of the scaffold , wherein the outer layer spans one or more of the openings or interstices between the struts , wherein the outer layer extends from the first end of the scaffold to the second end of the scaffold ; an inner layer disposed along the inner surface of the scaffold , wherein the inner layer spans one or more of the openings or interstices between the struts , wherein the inner layer extends from the first end of the scaffold to the second end of the scaffold ; wherein the inner layer and the outer layer extend into the openings between the struts and form an interface region; wherein the valve is formed from a portion of the inner layer extending inwardly toward the central longitudinal axis, wherein the valve is configured to shift from a closed configuration to an open configuration; wherein the valve includes an annular chamber extending circumferentially around the inner surface of the scaffold , the annular chamber defined between the inner layer and the outer layer . an esophageal stent including an expandable tubular scaffold , the scaffold including a central longitudinal axis, a first end, a second end, an inner surface and an outer surface, the scaffold having struts , wherein openings or interstices through a wall of the scaffold are defined between adjacent struts ; a flexible valve extending radially inward from the inner surface of the scaffold ; an outer layer disposed along the outer surface of the scaffold , wherein the outer layer spans one or more of the openings or interstices between the struts , wherein the outer layer extends from the first end of the scaffold to the second end of the scaffold ; an inner layer disposed along the inner surface of the scaffold , wherein the inner layer spans one or more of the openings or interstices between the struts , wherein the inner layer extends from the first end of the scaffold to the second end of the scaffold ; wherein the inner layer and the outer layer extend into the openings between the struts and form an interface region; wherein the valve is formed from a portion of the inner layer extending inwardly toward the central longitudinal axis, wherein the valve is configured to shift from a closed configuration to an open configuration; wherein the valve includes an annular chamber extending circumferentially around the inner surface of the scaffold , the annular chamber defined between the inner layer and the outer layer .
A pipe connector comprising: a housing in which an insertion hole is formed, a pipe having an annular spool being inserted into the insertion hole ; at least one O-ring that is disposed inside the insertion hole , and that forms a seal between an inner circumferential surface of the insertion hole and an outer circumferential surface of the pipe ; a restricting member that is attached to the housing from an outer side in a radial direction of the pipe ; and a restricting portion that is provided at the restricting member , wherein the restricting portion bends towards an opposite side from an insertion direction of the pipe when the restricting member is pressed from the outer side in the radial direction of the pipe towards an inner side in the radial direction of the pipe , and elastically returns so as to restrict movement of the at least one O-ring towards the opposite side from the insertion direction of the pipe when the restricting member has been attached to the housing completely, wherein the restricting portion is provided with a restricting plate that is supported in a cantilever fashion and in which is formed a through hole through which the pipe is inserted, characterized in that an annular portion , that is capable of abutting against the at least one O-ring around the insertion hole , is formed in the restricting plate . a housing in which an insertion hole is formed, a pipe having an annular spool being inserted into the insertion hole ; at least one O-ring that is disposed inside the insertion hole , and that forms a seal between an inner circumferential surface of the insertion hole and an outer circumferential surface of the pipe ; a restricting member that is attached to the housing from an outer side in a radial direction of the pipe ; and a restricting portion that is provided at the restricting member , wherein the restricting portion bends towards an opposite side from an insertion direction of the pipe when the restricting member is pressed from the outer side in the radial direction of the pipe towards an inner side in the radial direction of the pipe , and elastically returns so as to restrict movement of the at least one O-ring towards the opposite side from the insertion direction of the pipe when the restricting member has been attached to the housing completely, wherein the restricting portion is provided with a restricting plate that is supported in a cantilever fashion and in which is formed a through hole through which the pipe is inserted, characterized in that an annular portion , that is capable of abutting against the at least one O-ring around the insertion hole , is formed in the restricting plate .
Printing apparatus for printing on substrates , in particular solar cells, wafers, printed circuit boards or the like, with at least one printing device , which is assigned at least one movable printing table (8_1, 8_2, 9_1, 9 2), has a conveyor track , along which the substrates are movable, and has a transport device for transporting the substrates from the conveyor track to the at least one printing device and back, whereby the transport device has at least one transport pendulum , which is pivotable or rotatable about a pivot axis , and has the printing table (8_1, 8_2, 9_1, 9_2) at at least one end spaced from the pendulum axis, whereby the printing table (8_1, 8_2, 9_1, 9_2) is insertable by the transport pendulum into a first position of the printing device for a printing operation and pivotable into a second position in the conveyor track , whereby the respective printing table (8_1, 8_2, 9_1, 9_2) has a conveyor device which forms the conveyor track in the second position of the printing table (8_1, 8_2, 9_1, 9 2), characterized in that the transport device has at least one further transport pendulum which is formed like the one transport pendulum and is arranged next to the one transport pendulum , that the transport pendulums are arranged close to one another in a roots-arrangement in such a way that the movement paths of the printing tables (8_1, 8_2, 9_1, 9 2) overlap, and that the transport pendulums are mechanically or electrically coupled to each other, so that colliding of the printing tables (8_1,8_2,9_1,9_2) with each other is prevented.
A rolling equipment , comprising: two coiler furnaces , a plurality of mill stands provided between the two coiler furnaces , the plurality of mill stands being for reverse rolling; characterised in that the rolling equipment further comprises: an induction heater provided between the plurality of mill stands , the induction heater implementing a heated temperature increase in a designated reverse rolling or in each reverse rolling by the induction heater being configured to implement the heated temperature increase in a hot strip longitudinal direction and width direction. two coiler furnaces , a plurality of mill stands provided between the two coiler furnaces , the plurality of mill stands being for reverse rolling; characterised in that the rolling equipment further comprises: an induction heater provided between the plurality of mill stands , the induction heater implementing a heated temperature increase in a designated reverse rolling or in each reverse rolling by the induction heater being configured to implement the heated temperature increase in a hot strip longitudinal direction and width direction.
Aluminium framework for the manufacture of doors or windows, for application in a door or window opening of a building, wherein said framework comprises: a fixed frame ; at least one movable panel inserted into said fixed frame ; at least one mosquito net housed in a profile integrated in said fixed frame ; wherein the movable panel comprises a first handle at one of its sides which engages the side of the fixed freme comprising the mosquito net , wherein the mosquito net comprises a winder which is automatically wound and unwound by means of torsion springs inserted in the winder and a panel profile at an outer end of the mosquito net ; a first locking system for locking the movable panel , integrated in the fixed frame , with at least one closing point , and comprising a first solenoid for either manually or remotely actuating the first locking system , for engaging the first handle ; a second locking system for locking the mosquito net to the first handle of the movable panel , integrate in the panel profile of the mosquito net , with at least one further closing point , and comprising a second solenoid for either manually or remotely actuating the second locking system , for engaging the first handle ; wherein the said panel profile is coupled by fitting of the further closing point into the first handle . a fixed frame ; at least one movable panel inserted into said fixed frame ; at least one mosquito net housed in a profile integrated in said fixed frame ; wherein the movable panel comprises a first handle at one of its sides which engages the side of the fixed freme comprising the mosquito net , wherein the mosquito net comprises a winder which is automatically wound and unwound by means of torsion springs inserted in the winder and a panel profile at an outer end of the mosquito net ; a first locking system for locking the movable panel , integrated in the fixed frame , with at least one closing point , and comprising a first solenoid for either manually or remotely actuating the first locking system , for engaging the first handle ; a second locking system for locking the mosquito net to the first handle of the movable panel , integrate in the panel profile of the mosquito net , with at least one further closing point , and comprising a second solenoid for either manually or remotely actuating the second locking system , for engaging the first handle ; wherein the said panel profile is coupled by fitting of the further closing point into the first handle .
A tire comprising: a belt layer ; and a band layer , wherein the belt layer includes at least one belt ply , the belt ply includes belt cords each formed of a single steel wire, the band layer includes at least one band ply , the band ply includes band cords each formed of an organic fiber and each disposed at an angle not larger than 5° relative to a tire circumferential direction, and a diameter (d1) in a tire radial direction (a) of each band cord is not smaller than 0.70 mm, characterized in that the band cords have a cross section with a flattened shape in which a ratio between a major axis (Ld) and a minor axis (Sd) of the cross section is not lower than 1.05 and which is disposed so as to be tilted relative to the tire radial direction (a), wherein an axis that is at a smaller angle relative to the tire radial direction (a) out of the minor axis (Sd) and the major axis (Ld) of the band cord having the cross section with the flattened shape, is defined as the diameter (d1) in the tire radial direction (a). a belt layer ; and a band layer , wherein the belt layer includes at least one belt ply , the belt ply includes belt cords each formed of a single steel wire, the band layer includes at least one band ply , the band ply includes band cords each formed of an organic fiber and each disposed at an angle not larger than 5° relative to a tire circumferential direction, and a diameter (d1) in a tire radial direction (a) of each band cord is not smaller than 0.70 mm, characterized in that the band cords have a cross section with a flattened shape in which a ratio between a major axis (Ld) and a minor axis (Sd) of the cross section is not lower than 1.05 and which is disposed so as to be tilted relative to the tire radial direction (a), wherein an axis that is at a smaller angle relative to the tire radial direction (a) out of the minor axis (Sd) and the major axis (Ld) of the band cord having the cross section with the flattened shape, is defined as the diameter (d1) in the tire radial direction (a).
A fiber bundle cartridge for a fiber membrane degassing system comprising, the fiber bundle cartridge comprising: an inner sleeve including perforations ; and the fiber bundle positioned radially outward from the inner sleeve , the fiber bundle having an annular shape defining a central bundle axis, wherein the perforations of the inner sleeve define at least one of a plurality of inlets or a plurality of outlets facing radially with respect to the central bundle axis, and characterized by further comprising an outer sleeve defining outer sleeve perforations, wherein the outer sleeve is positioned radially outward from the fiber bundle, wherein the outer sleeve perforations define at least one of a plurality of inlets or a plurality of outlets facing radially with respect to the central bundle axis, further comprising an additional inner sleeve and an additional fiber bundle positioned radially outward from the additional inner sleeve, wherein the additional fiber bundle has an annular shape defining central bundle axis, wherein the perforations of the additional inner sleeve define at least one of a plurality of inlets or a plurality of outlets facing radially with respect to the central bundle axis of the additional fiber bundle and wherein the additional inner sleeve and the additional fiber bundle are positioned radially inward from the outer sleeve. an inner sleeve including perforations ; and the fiber bundle positioned radially outward from the inner sleeve , the fiber bundle having an annular shape defining a central bundle axis, wherein the perforations of the inner sleeve define at least one of a plurality of inlets or a plurality of outlets facing radially with respect to the central bundle axis, and characterized by further comprising an outer sleeve defining outer sleeve perforations, wherein the outer sleeve is positioned radially outward from the fiber bundle, wherein the outer sleeve perforations define at least one of a plurality of inlets or a plurality of outlets facing radially with respect to the central bundle axis, further comprising an additional inner sleeve and an additional fiber bundle positioned radially outward from the additional inner sleeve, wherein the additional fiber bundle has an annular shape defining central bundle axis, wherein the perforations of the additional inner sleeve define at least one of a plurality of inlets or a plurality of outlets facing radially with respect to the central bundle axis of the additional fiber bundle and wherein the additional inner sleeve and the additional fiber bundle are positioned radially inward from the outer sleeve.
A flexible display device , comprising: a flexible substrate including a display area (DA) and a non-display area (NA); a layer stack on the display area of the flexible substrate, the layer stack comprising at least: an image display layer configured to display an image, the image display layer disposed on a first surface of the flexible substrate in the display area (DA) of the flexible substrate; a polarizing layer disposed on the image display layer ; and a first adhesive layer disposed on the polarizing layer ; the flexible display device further comprising a cover layer on the display area of the flexible substrate, wherein the cover layer is disposed on the first adhesive layer of the layer stack; and a cover coat on the non-display area of the flexible substrate, the cover coat being disposed on the first surface of the flexible substrate, wherein at least a portion of the non-display area (NA) of the flexible substrate and the cover coat are bendable in a bending direction, characterized in that an end portion of the cover coat is disposed under the polarizing layer or on the polarizing layer , and wherein the end portion of the cover coat is sandwiched between the end portions of two neighboring ones of the layers of the layer stack that are in direct contact with each other. a flexible substrate including a display area (DA) and a non-display area (NA); a layer stack on the display area of the flexible substrate, the layer stack comprising at least: an image display layer configured to display an image, the image display layer disposed on a first surface of the flexible substrate in the display area (DA) of the flexible substrate; a polarizing layer disposed on the image display layer ; and a first adhesive layer disposed on the polarizing layer ; an image display layer configured to display an image, the image display layer disposed on a first surface of the flexible substrate in the display area (DA) of the flexible substrate; a polarizing layer disposed on the image display layer ; and a first adhesive layer disposed on the polarizing layer ; the flexible display device further comprising a cover layer on the display area of the flexible substrate, wherein the cover layer is disposed on the first adhesive layer of the layer stack; and a cover coat on the non-display area of the flexible substrate, the cover coat being disposed on the first surface of the flexible substrate, wherein at least a portion of the non-display area (NA) of the flexible substrate and the cover coat are bendable in a bending direction, characterized in that an end portion of the cover coat is disposed under the polarizing layer or on the polarizing layer , and wherein the end portion of the cover coat is sandwiched between the end portions of two neighboring ones of the layers of the layer stack that are in direct contact with each other.
Line illumination with light sources arranged in a row, wherein the light sources are arranged in at least two groups (A, B) which can be switched independently of one another, characterized in that all light sources of a group have the same angle (α, β) of their radiation direction and that the light sources of the at least two groups (A, B) differ in the angle (α, β) of their radiation direction.