mhurhangee/patent-ind-claim-en huggingface dataset:
An electronic device (101;200;700;800) comprising: a main body that includes at least one electronic component, wherein the at least one electronic component comprises at least one camera sensor; a rotatable body that is rotatably provided in a manner of enclosing at least a region of the main body; a rotation-detecting member (170;214) configured to detect a rotation of the rotatable body; at least one processor configured to cause the electronic device to perform a function based on the detected rotation position or amount; and a functional window located on an outer circumferential face of the rotatable body such that the functional window can be rotated to a position corresponding to the camera sensor, wherein the camera sensor is disposed in a manner of being exposed to the outer circumferential face of the main body in order to perform an imaging function through the functional window, wherein the functional window is transparent, and wherein the processor is further configured to cause a function of the camera sensor corresponding to the functional window to be automatically performed based on the detected rotation position of the rotating body. a main body that includes at least one electronic component, wherein the at least one electronic component comprises at least one camera sensor; a rotatable body that is rotatably provided in a manner of enclosing at least a region of the main body; a rotation-detecting member (170;214) configured to detect a rotation of the rotatable body; at least one processor configured to cause the electronic device to perform a function based on the detected rotation position or amount; and a functional window located on an outer circumferential face of the rotatable body such that the functional window can be rotated to a position corresponding to the camera sensor, wherein the camera sensor is disposed in a manner of being exposed to the outer circumferential face of the main body in order to perform an imaging function through the functional window, wherein the functional window is transparent, and wherein the processor is further configured to cause a function of the camera sensor corresponding to the functional window to be automatically performed based on the detected rotation position of the rotating body.
Slave module for a modular controller system employing an industrial network for communication within the controller system , the modular controller system comprising a master module , wherein the slave module comprises: a processing unit ; and a network adapter for the network , wherein the network adapter is operatively coupled to the processing unit ; wherein the slave module includes a separate status input connector coupled to the processing unit and a separate status output connector coupled to the processing unit ; wherein the processing unit is capable of sensing a voltage applied at the status input connector with respect to an electric reference potential, characterized in that the processing unit is capable to apply a trigger voltage at the status output connector with respect to the reference potential; wherein the slave module is configured to, in an enumeration state, - send, upon the processor unit sensing that the trigger voltage is applied at the status input connector , a presentation message to the master module via its network adapter and the network , - apply, upon receiving a registration response from the master module at the network adapter , the trigger voltage at the status output connector by means of the processing unit . a processing unit ; and a network adapter for the network , wherein the network adapter is operatively coupled to the processing unit ; wherein the slave module includes a separate status input connector coupled to the processing unit and a separate status output connector coupled to the processing unit ; wherein the processing unit is capable of sensing a voltage applied at the status input connector with respect to an electric reference potential, characterized in that the processing unit is capable to apply a trigger voltage at the status output connector with respect to the reference potential; wherein the slave module is configured to, in an enumeration state, - send, upon the processor unit sensing that the trigger voltage is applied at the status input connector , a presentation message to the master module via its network adapter and the network , - apply, upon receiving a registration response from the master module at the network adapter , the trigger voltage at the status output connector by means of the processing unit . - send, upon the processor unit sensing that the trigger voltage is applied at the status input connector , a presentation message to the master module via its network adapter and the network , - apply, upon receiving a registration response from the master module at the network adapter , the trigger voltage at the status output connector by means of the processing unit .
A mounting system for artwork, the system comprising: - a blank of planar material, comprising a rectangular central portion for carrying artwork, the rectangular central portion having each of first and second opposite sides and third and fourth opposite sides ; and wherein each of the first and second opposite sides comprises an integrally formed longitudinal tab extending outwardly from said rectangular central portion by a dimension W and having a plurality of parallel fold lines to enable the integrally formed longitudinal tab to be folded into a three dimensional perimeter member and fixed behind the rectangular central portion of the blank , characterized in that the mounting system further comprises a plurality of separate extender tabs not part of the blank for attachment to the third and fourth sides of the rectangular central portion , each separate extender tab being longitudinal and having a plurality of parallel fold lines along its length to enable the tab to be folded into a three-dimensional perimeter member and fixed behind the rectangular central portion of the blank . - a blank of planar material, comprising a rectangular central portion for carrying artwork, the rectangular central portion having each of first and second opposite sides and third and fourth opposite sides ; and wherein each of the first and second opposite sides comprises an integrally formed longitudinal tab extending outwardly from said rectangular central portion by a dimension W and having a plurality of parallel fold lines to enable the integrally formed longitudinal tab to be folded into a three dimensional perimeter member and fixed behind the rectangular central portion of the blank ,
An electro-optical device for the optical detection of an electric field locally generated by a sample , the device comprising: - An alternating voltage source ; - A linear upper polarizer and a linear lower polarizer ; - A liquid crystal layer comprised between an upper alignment layer and a lower alignment layer having two directions of alignment perpendicular to each other; - An upper electrode and a lower electrode , electrically connected to the alternating voltage source , and disposed so that when a voltage difference (Vext) is applied between said electrodes by said alternating voltage source, an electric field is created between the two electrodes, the liquid crystal layer being immersed in said electric field; - A layer of anisotropic electrical conductors disposed between the electrodes ; characterized in that it further comprises: - said sample placed in the space delimited by the two electrodes to be immersed in said electric field created between the two electrodes; - an optical sensor; - a light source configured to emit an incident beam in monochromatic light towards the optical sensor , by transmission or reflection of said incident beam through the liquid crystal layer ; and characterized in that - said liquid crystal layer is of active variable polarization, - the layer of anisotropic electrical conductors is configured to transmit said electric field created between the two electrodes along a single direction of propagation intersecting the alignment layers; - said layer of anisotropic electrical conductors is placed in contact with of the upper alignment layer or separated therefrom by the upper polarizer. - An alternating voltage source ; - A linear upper polarizer and a linear lower polarizer ; - A liquid crystal layer comprised between an upper alignment layer and a lower alignment layer having two directions of alignment perpendicular to each other; - An upper electrode and a lower electrode , electrically connected to the alternating voltage source , and disposed so that when a voltage difference (Vext) is applied between said electrodes by said alternating voltage source, an electric field is created between the two electrodes, the liquid crystal layer being immersed in said electric field; - A layer of anisotropic electrical conductors disposed between the electrodes ; - said sample placed in the space delimited by the two electrodes to be immersed in said electric field created between the two electrodes; - an optical sensor; - a light source configured to emit an incident beam in monochromatic light towards the optical sensor , by transmission or reflection of said incident beam through the liquid crystal layer ; and characterized in that - said liquid crystal layer is of active variable polarization, - the layer of anisotropic electrical conductors is configured to transmit said electric field created between the two electrodes along a single direction of propagation intersecting the alignment layers; - said layer of anisotropic electrical conductors is placed in contact with of the upper alignment layer or separated therefrom by the upper polarizer.
A pharmaceutical composition containing a selenite-containing compound and a pharmaceutically acceptable acid, selected from citric acid, acetic acid, malic acid, carbonic acid, sulfuric acid, nitric acid, hydrochloric acid, fruit acids and mixtures thereof, for use in the prevention or treatment of an infection of an internal reproductive organ of a female patient with at least one human papillomavirus (HPV) selected from HPV16, HPV18, HPV31, HPV33 and HPV58, wherein the composition is applied intravaginally.
An ultra-high frequency identification tag for attachment to an animal, said identification tag comprising: a body ; an integrated circuit ; and, an ultra-high frequency antenna device electrically connected to said integrated circuit; wherein the antenna device comprises: a meander line antenna ; and a substrate ; wherein said antenna device is configured to use a body of the animal to which it is attached as part of a tuning circuit formed by the identification tag and the animal such that said antenna device fuses the body of the animal as a ground plane; and wherein said antenna device is configured to be purposely detuned such that it is only tuned to a desired frequency when the tag is attached to the animal; and wherein said meander line antenna is a three-dimensional meander line antenna comprising dimensions, antenna elements , a spacing between said antenna elements, a number of turns; wherein said substrate comprises two layers, a spacing between said layers and a thickness; and wherein one or more of: the dimensions of the meander line antenna, the spacing between the elements and the layers of the meander line antenna, the number of turns of the meander line antenna; and the substrate thickness, is configured to impedance match the antenna device to said integrated circuit to which it is attached, and such that no further external impedance matching components are required. a body ; an integrated circuit ; and, an ultra-high frequency antenna device electrically connected to said integrated circuit; wherein the antenna device comprises: a meander line antenna ; and a substrate ; a meander line antenna ; and a substrate ; wherein said antenna device is configured to use a body of the animal to which it is attached as part of a tuning circuit formed by the identification tag and the animal such that said antenna device fuses the body of the animal as a ground plane; and wherein said antenna device is configured to be purposely detuned such that it is only tuned to a desired frequency when the tag is attached to the animal; and wherein said meander line antenna is a three-dimensional meander line antenna comprising dimensions, antenna elements , a spacing between said antenna elements, a number of turns; wherein said substrate comprises two layers, a spacing between said layers and a thickness; and wherein one or more of: the dimensions of the meander line antenna, the spacing between the elements and the layers of the meander line antenna, the number of turns of the meander line antenna; and the substrate thickness, is configured to impedance match the antenna device to said integrated circuit to which it is attached, and such that no further external impedance matching components are required. the dimensions of the meander line antenna, the spacing between the elements and the layers of the meander line antenna, the number of turns of the meander line antenna; and the substrate thickness, is configured to impedance match the antenna device to said integrated circuit to which it is attached, and such that no further external impedance matching components are required.
An implantable restraint comprising: - an elongated substrate , disposed along a longitudinal axis , the substrate having a first and second surface disposed along transverse planes , the substrate further comprising: - an opening , extending through the substrate between the first and second surface, configured to receive in-growth of human or animal tissue after implantation such that a tissue anchor may form; - a pair of facing protrusions , disposed between the opening and a distal edge of the substrate , the pair of protrusions being configured to provide an anchor resistance against the tissue anchor to a longitudinal force applied to a proximal section of the substrate; wherein the pair of protrusions are further configured to separate by a distance approximately equal to a transverse extent of the tissue anchor when the longitudinal force exceeds a first predetermined threshold, such that the pair of protrusions moves past the tissue anchor in the direction of the longitudinal force . - an elongated substrate , disposed along a longitudinal axis , the substrate having a first and second surface disposed along transverse planes , the substrate further comprising: - an opening , extending through the substrate between the first and second surface, configured to receive in-growth of human or animal tissue after implantation such that a tissue anchor may form; - a pair of facing protrusions , disposed between the opening and a distal edge of the substrate , the pair of protrusions being configured to provide an anchor resistance against the tissue anchor to a longitudinal force applied to a proximal section of the substrate;
Injection molding tool with a cavity for forming a molded part and with at least one mold plate which delimits the cavity at least in some regions and which has a base body with a receptacle , a mold insert provided in the receptacle and delimiting the cavity , and a releasable connection between the base body and the mold insert for exchanging the mold insert , wherein the base body has pressure means , and wherein the releasable connection has at least one latching element which is movably mounted in the base body and cooperates with the mold insert either to release or to block the connection between the base body and the mold insert , depending on the pressure of the pressure means , wherein the releasable connection has at least one locking recess on the mold insert , and wherein the latching element is designed, depending on the pressure of the pressure means , either to be disengageable from the locking recess on the mold insert for releasing the connection between the base body and the mold insert or to be engageable in the locking recess on the mold insert for locking the connection between the base body and the mold insert , characterized in that the releasable connection is mounted on the base body so as to be movable, more particularly displaceable, depending on the pressure of the pressure means .
Impeller for generating electricity by means of wind power consisting of several individual blades , each of these blades having one or more propellers which enable the respective blade to take off and land vertically in an autonomous manner, wherein all the blades of an impeller are connected to one another with the aid of connecting ropes , wherein all the blades of an impeller take off and land together, wherein in the event of a defective blade this can be carried by the remaining blades of an impeller and returned safely to the landing station, characterized in that , in the event of a fault on a blade, remaining further blade(s) carry the defective blade and return it safely to the landing station, wherein all connecting ropes that are no longer required and may interfere can be detached, wherein a blade in hovering flight can be grasped by means of vacuum suction lifters and held by the blade-holding robot .
A method of drying an extruded ceramic greenware having an array of open longitudinal cells and opposite input and output ends , comprising: providing an extruded ceramic greenware having a dielectric constant ε=ε'+iε" that defines a loss tangent tan(δ)=ε"/ε' ≥ 0.05; performing at least one microwave drying of the ceramic greenware to a dryness of about 70% to form a partially dried ceramic greenware ; operably arranging the input end of the partially dried ceramic greenware relative to an output end of a close-coupled hot-air, CCHA, drying system to define a coupling distance Δx; performing at least one CCHA drying of the partially dried ceramic greenware to form a dried ceramic greenware having a target dryness of at least 98% by passing CCHA through the ceramic greenware from the input end to the output end, characterized in that the coupling distance Δx has a negative value so that the input end of the ceramic greenware resides within the output end of the CCHA drying system , and wherein Δx is in a range of -5.08 cm (-2") ≤ Δx ≤ -2.54 cm (-1"). providing an extruded ceramic greenware having a dielectric constant ε=ε'+iε" that defines a loss tangent tan(δ)=ε"/ε' ≥ 0.05; performing at least one microwave drying of the ceramic greenware to a dryness of about 70% to form a partially dried ceramic greenware ; operably arranging the input end of the partially dried ceramic greenware relative to an output end of a close-coupled hot-air, CCHA, drying system to define a coupling distance Δx; performing at least one CCHA drying of the partially dried ceramic greenware to form a dried ceramic greenware having a target dryness of at least 98% by passing CCHA through the ceramic greenware from the input end to the output end, characterized in that the coupling distance Δx has a negative value so that the input end of the ceramic greenware resides within the output end of the CCHA drying system , and wherein Δx is in a range of -5.08 cm (-2") ≤ Δx ≤ -2.54 cm (-1").
A method in a first network node, of assisting a first Optical Network Unit, ONU , starting up a communication with an Optical Line Terminal, OLT , the first network node being communicatively coupled to the OLT , the first ONU that is not yet in operation and a first number of ONUs that are already in operation, the first number being a natural number, each of the first number of ONUs being assigned to a time interval within an upstream frame to transmit an upstream burst to the OLT , at least one predetermined time slot in the upstream frame being not assigned to any of the first number of ONUs ; the method comprising: a) receiving an upstream optical signal comprising burst signals transmitted by the first number of ONUs in response to a downstream frame respectively on the time interval assigned to them; b) providing the upstream optical signal to the first ONU that is not yet in operation. a) receiving an upstream optical signal comprising burst signals transmitted by the first number of ONUs in response to a downstream frame respectively on the time interval assigned to them; b) providing the upstream optical signal to the first ONU that is not yet in operation.
A radical-curable adhesive composition comprising: a rubber (a) having one or more (meth)acryloyl groups within a single molecular chain, a polymerizable monomer (b) having both an epoxy group and a (meth)acryloyloxy group in each molecule, a radical polymerization initiator (c), and a vinyl ester compound (e). a rubber (a) having one or more (meth)acryloyl groups within a single molecular chain, a polymerizable monomer (b) having both an epoxy group and a (meth)acryloyloxy group in each molecule, a radical polymerization initiator (c), and a vinyl ester compound (e).
An operating method of a user equipment communicating with a base station in a fifth-generation, 5G, mobile network, the operating method comprising: setting at least one variable value of at least one time parameter based on at least one activated function in the 5G mobile network and a network state, wherein the network state concerns an overlap pattern of heterogeneous signals and a data frequency region allocated to a physical downlink shared channel, PDSCH, determining (S100, S200) a processing time for the PDSCH from the base station based on the at least one value of at least one time parameter; determining (S110, S120, S210, S220) a capability of the user equipment by comparing the processing time with a reference time, the reference time varying with an activated function and positively correlated with the determined processing time; and transmitting (S130, S230) information including the capability of the user equipment to the base station . setting at least one variable value of at least one time parameter based on at least one activated function in the 5G mobile network and a network state, wherein the network state concerns an overlap pattern of heterogeneous signals and a data frequency region allocated to a physical downlink shared channel, PDSCH, determining (S100, S200) a processing time for the PDSCH from the base station based on the at least one value of at least one time parameter; determining (S110, S120, S210, S220) a capability of the user equipment by comparing the processing time with a reference time, the reference time varying with an activated function and positively correlated with the determined processing time; and transmitting (S130, S230) information including the capability of the user equipment to the base station .
Drive mechanism for a drug delivery device, the mechanism comprising a spring driven rotatable drive member , a rotatable driven member , a clutch rotationally coupling the driven member and the drive member in a coupled state and allowing relative clockwise and anti-clockwise rotation between the driven member and the drive member in a decoupled state, and a spring biasing the clutch into its coupled state and allowing relative axial movement between the drive member and the driven member into the decoupled state of the clutch against the bias of the spring , wherein the clutch comprises a first ring of crown teeth on the drive member and a second ring of corresponding crown teeth on the driven member with each crown tooth having in the clockwise and the anti-clockwise direction different ramped tooth angles such that the teeth are allowed to override each other in the de-coupled state of the clutch with a different resistance in the clockwise and the anti-clockwise direction, characterized in that the material of the drive member is polybutylene terephthalate (PBT), polyoxymethylene (POM), or polycarbonate (PC) and the material of the rotatable driven member is PBT, POM or PC, and that the coefficient of friction (μ) between the teeth is between 0.05 and 0.3 and that the teeth have a surface roughness (Ra) between 0.2 ≤ Ra ≤ 10 micrometres.