mhurhangee/patent-ind-claim-en huggingface dataset:
A back-illuminated solid-state image pickup device comprising: a semiconductor substrate having a light incident surface at a back surface side; and a plurality of charge transfer electrodes disposed at a light detection surface at an opposite side of the semiconductor substrate with respect to the light incident surface, openings (OP) for transmitting light are formed between charge transfer electrodes that are adjacent to each other; p is an integer no less than 0, the charge transfer electrode of a p+1-th row has a first shape, the charge transfer electrode of a p+2-th row has a second shape, the charge transfer electrode of a p+3-th row has a third shape, the charge transfer electrode of a p+4-th row has a fourth shape, characterized in that the first to fourth shapes all differ from each other, openings of a first pattern are formed between the charge transfer electrodes of the p+1-th row and the p+2-th row, openings of a second pattern are formed between the charge transfer electrodes of the p+3-th row and the p+4-th row, and the first and second patterns are mutually different. a semiconductor substrate having a light incident surface at a back surface side; and a plurality of charge transfer electrodes disposed at a light detection surface at an opposite side of the semiconductor substrate with respect to the light incident surface, openings (OP) for transmitting light are formed between charge transfer electrodes that are adjacent to each other; p is an integer no less than 0, the charge transfer electrode of a p+1-th row has a first shape, the charge transfer electrode of a p+2-th row has a second shape, the charge transfer electrode of a p+3-th row has a third shape, the charge transfer electrode of a p+4-th row has a fourth shape, characterized in that the first to fourth shapes all differ from each other, openings of a first pattern are formed between the charge transfer electrodes of the p+1-th row and the p+2-th row, openings of a second pattern are formed between the charge transfer electrodes of the p+3-th row and the p+4-th row, and the first and second patterns are mutually different.
A landing gear comprising: an outer cylinder for coupling to a frame of an aircraft ; a shock strut assembly movably coupled to the outer cylinder so as to reciprocate along a longitudinal axis of the outer cylinder ; and a shrink mechanism including a first shrink link member pivotally coupled to the outer cylinder , a second shrink link member coupling the first shrink link member to the shock strut assembly , a crank member pivotally coupled to the outer cylinder ; characterized in that the shrink mechanism further includes: a drive member coupling the crank member to a walking beam of a landing gear retract mechanism , and a driven member coupling the crank member to the first shrink link member . an outer cylinder for coupling to a frame of an aircraft ; a shock strut assembly movably coupled to the outer cylinder so as to reciprocate along a longitudinal axis of the outer cylinder ; and a shrink mechanism including a first shrink link member pivotally coupled to the outer cylinder , a second shrink link member coupling the first shrink link member to the shock strut assembly , a crank member pivotally coupled to the outer cylinder ; a drive member coupling the crank member to a walking beam of a landing gear retract mechanism , and a driven member coupling the crank member to the first shrink link member .
A device for verifying wiring connections during the assembly of a wire harness , the wire harness comprising a connector having an array of terminals and a plurality wires connected to individual ones of the terminals , the device comprising: a transmitter for applying different signals to different terminals for emitting a corresponding electromagnetic signal from a wire connected to that terminal , each electromagnetic signal having an associated identifying characteristic; a detector including an aerial for receiving electromagnetic signals emitted from wires connected to terminals ; and a processor for generating an output for identifying the received electromagnetic signals based on their detected identifying characteristics. a transmitter for applying different signals to different terminals for emitting a corresponding electromagnetic signal from a wire connected to that terminal , each electromagnetic signal having an associated identifying characteristic; a detector including an aerial for receiving electromagnetic signals emitted from wires connected to terminals ; and a processor for generating an output for identifying the received electromagnetic signals based on their detected identifying characteristics.
A method for manufacturing a decorative glass container comprising, on the upper part of the glass container , in the following order: a lower layer including a thick wall portion and a thin wall portion ; a vapor-deposition layer patterned by a forming region and a non-forming region ; and an overcoat layer made of a UV curable resin, the method comprising: a step of forming entirely the lower layer on the upper part of the glass container; a step of forming entirely the vapor-deposition layer on the upper part of the lower layer ; a step of removing simultaneously a part of the vapor-deposition layer and lower layer by a laser processing, forming a vapor-deposition layer patterned by a forming region and a non-forming region , and exposing a part of the lower layer to give a thin wall portion of the lower layer ; and a step of forming the overcoat layer on the upper part of the patterned vapor-deposition layer and the thin wall portion of the lower layer by coating of a UV curable resin and carrying out UV radiation, and forming a contact region in which the lower layer and the overcoat layer are in direct contact with each other by way of the non-forming region of the vapor-deposition layer . a lower layer including a thick wall portion and a thin wall portion ; a vapor-deposition layer patterned by a forming region and a non-forming region ; and an overcoat layer made of a UV curable resin, the method comprising: a step of forming entirely the lower layer on the upper part of the glass container; a step of forming entirely the vapor-deposition layer on the upper part of the lower layer ; a step of removing simultaneously a part of the vapor-deposition layer and lower layer by a laser processing, forming a vapor-deposition layer patterned by a forming region and a non-forming region , and exposing a part of the lower layer to give a thin wall portion of the lower layer ; and a step of forming the overcoat layer on the upper part of the patterned vapor-deposition layer and the thin wall portion of the lower layer by coating of a UV curable resin and carrying out UV radiation, and forming a contact region in which the lower layer and the overcoat layer are in direct contact with each other by way of the non-forming region of the vapor-deposition layer . a step of forming entirely the lower layer on the upper part of the glass container; a step of forming entirely the vapor-deposition layer on the upper part of the lower layer ; a step of removing simultaneously a part of the vapor-deposition layer and lower layer by a laser processing, forming a vapor-deposition layer patterned by a forming region and a non-forming region , and exposing a part of the lower layer to give a thin wall portion of the lower layer ; and a step of forming the overcoat layer on the upper part of the patterned vapor-deposition layer and the thin wall portion of the lower layer by coating of a UV curable resin and carrying out UV radiation, and forming a contact region in which the lower layer and the overcoat layer are in direct contact with each other by way of the non-forming region of the vapor-deposition layer .
Device , comprising at least one lifting rail , which is firmly adhesively bonded to a pane of the device , wherein the at least one lifting rail has a fork-shaped, in particular a tuning-fork-shaped, vertical section, with a region (3.2) bilaterally enclosing the edge of the transparent pane , a stem surface , and a region of bifurcation (3.1), where the stem surface transitions into the enclosing region (3.2), wherein the pane is bilaterally fixed in the enclosing region (3.2) by means of an adhesive , characterized in that a through-hole or a cutout is arranged on the outer edge (3.4) of the stem surface , wherein the at least one lifting rail has an adhesive strip with two mutually opposite deformed regions (6.1), wherein the adhesive strip - partially covers the stem surface , wherein the through-hole or the cutout remains exposed, - covers the region (3.2) bilaterally enclosing the edge of the pane and the mutually opposite open ends of the region (3.2) such that the adhesive strip is deformed by the edge of the inserted pane in the two mutually opposite regions (6.1) of the adhesive strip . - partially covers the stem surface , wherein the through-hole or the cutout remains exposed, - covers the region (3.2) bilaterally enclosing the edge of the pane and the mutually opposite open ends of the region (3.2) such that the adhesive strip is deformed by the edge of the inserted pane in the two mutually opposite regions (6.1) of the adhesive strip .
A drive train assembly for an oral care device , the oral care device having a housing , the drive train assembly comprising: a plurality of elongated leaf spring assemblies symmetrically disposed around the circumference of the drive train assembly, wherein each of the plurality of elongated leaf spring assemblies comprises a leaf spring with a first segment and a second segment (50"); a first end mount and a second end mount , wherein the plurality of elongated leaf spring assemblies are secured at a first end to the first end mount and at a second end to the second end mount, and wherein the first end mount is arranged for being driven by a motor; and a ring encircling the plurality of elongated leaf spring assemblies , wherein the ring is fixedly connected to each of the plurality of elongated leaf spring assemblies and configured to be fixedly connected to the housing of the oral care device, characterized therein that the first and second segments of said leaf spring of each of the leaf spring assemblies are arranged such that, upon rotational driving of the drive train assembly at the first end mount, the first and second segments flex until contact between them stops the rotation. a plurality of elongated leaf spring assemblies symmetrically disposed around the circumference of the drive train assembly, wherein each of the plurality of elongated leaf spring assemblies comprises a leaf spring with a first segment and a second segment (50"); a first end mount and a second end mount , wherein the plurality of elongated leaf spring assemblies are secured at a first end to the first end mount and at a second end to the second end mount, and wherein the first end mount is arranged for being driven by a motor; and a ring encircling the plurality of elongated leaf spring assemblies , wherein the ring is fixedly connected to each of the plurality of elongated leaf spring assemblies and configured to be fixedly connected to the housing of the oral care device,
A 3D printing device for producing a three-dimensional component (B) from at least two different materials (M1, M2), the 3D printing device having both a spray printing unit and an electron beam and/or laser unit , and, in order to produce the three-dimensional component (B), the spray printing unit being set up and provided to spray on the at least two different materials (M1, M2), and the electron beam and/or laser unit being set up and provided to connect sprayed-on material (M1, M2) in an integrally joined manner by way of melting by means of an electron beam and/or by means of the laser beam of the electron beam and/or laser unit , characterized in that the 3D printing device is set up to spray on a first material (M1) as metal powder and a second material (M2) as plastic material present in liquid form by means of the spray printing unit in one work process, and to melt sprayed-on first material (M1) selectively and at least locally in a second work process.
A method for fabricating a desired object, comprising: (a) passing a recoater arm comprising a continuous feed recoater blade over a powder bed to provide a layer of powder over the powder bed ; (b) irradiating at least part of the layer of powder in the powder bed to form a fused region of an object; and (c) repeating steps (a) and (b) until the desired object is formed in the powder bed ; and (d) feeding from a blade feed unit to the recoater arm , a new blade portion of the continuous feed recoater blade along at least a portion of a length of the recoater arm for replacing a blade portion of the continuous feed recoater blade with the new blade portion; wherein the method for fabricating the desired object further comprises detecting whether the blade portion is damaged, via a camera attached to the recoater arm . (a) passing a recoater arm comprising a continuous feed recoater blade over a powder bed to provide a layer of powder over the powder bed ; (b) irradiating at least part of the layer of powder in the powder bed to form a fused region of an object; and (c) repeating steps (a) and (b) until the desired object is formed in the powder bed ; and (d) feeding from a blade feed unit to the recoater arm , a new blade portion of the continuous feed recoater blade along at least a portion of a length of the recoater arm for replacing a blade portion of the continuous feed recoater blade with the new blade portion;
A channel quality reporting method performed by a terminal device, wherein the method comprises the steps of: • determining (S 401) a first index corresponding to a first downlink channel quality of a downlink channel between the terminal device and a network device based on an index set, wherein: o the index set comprises multiple different indices, o each index in the index set corresponds to a different downlink channel quality, the first downlink channel quality being one of those different downlink channel qualities, o the index set corresponds to a first repetition number, the first repetition number being a repetition number of a physical downlink control channel or a physical downlink shared channel; and • sending (S 402) a first message comprising the first index and comprising indication information to the network device, wherein: o the first index occupies a first field in the first message, and o the indication information indicates that the first field is occupied by an index corresponding to the first repetition number. • determining (S 401) a first index corresponding to a first downlink channel quality of a downlink channel between the terminal device and a network device based on an index set, wherein: o the index set comprises multiple different indices, o each index in the index set corresponds to a different downlink channel quality, the first downlink channel quality being one of those different downlink channel qualities, o the index set corresponds to a first repetition number, the first repetition number being a repetition number of a physical downlink control channel or a physical downlink shared channel; and o the index set comprises multiple different indices, o each index in the index set corresponds to a different downlink channel quality, the first downlink channel quality being one of those different downlink channel qualities, o the index set corresponds to a first repetition number, the first repetition number being a repetition number of a physical downlink control channel or a physical downlink shared channel; and • sending (S 402) a first message comprising the first index and comprising indication information to the network device, wherein: o the first index occupies a first field in the first message, and o the indication information indicates that the first field is occupied by an index corresponding to the first repetition number. o the first index occupies a first field in the first message, and o the indication information indicates that the first field is occupied by an index corresponding to the first repetition number.
Safety coupling comprising a driving coupling member , a driven coupling member , a torque sensor and an engagement mechanism to provide a connection of the coupling members , wherein the transferrable torque is adjustable to a predefined torque value by the engagement mechanism wherein the torque sensor comprising a torque sensor element , wherein the torque sensor element is arranged within a recess of one coupling member , preferable the driven coupling member and comprising a rotating transmitter/receiver arranged on an outer surface of the safety coupling characterized by comprising a non-rotating transmitter/receiver guided by an rotating guidance of one of the coupling members to provide a predefined distance between the rotating transmitter/receiver and the non-rotating transmitter/receiver .
A method for inter-operator charging, comprising: receiving , from a home machine type communication interworking function , by a visited machine type communication interworking function , a request; processing , by the visited machine type communication interworking function, the request; and sending , by the visited machine type communication interworking function, a response to the home machine type communication interworking function in response to the request. receiving , from a home machine type communication interworking function , by a visited machine type communication interworking function , a request; processing , by the visited machine type communication interworking function, the request; and sending , by the visited machine type communication interworking function, a response to the home machine type communication interworking function in response to the request.
Method for operating a circuit arrangement for amplifying radio signals between a terminal device and an antenna , wherein the circuit arrangement has an amplifying unit having at least one transmission amplifier path and at least one reception amplifier path, the method comprising: - detecting a signal power in the transmitting direction, from the point of view of the terminal device , in a first frequency range in order to determine a transmitted signal power; - detecting a signal power in the receiving direction, from the point of view of the terminal device , in a second frequency range in order to determine a received signal power; - comparing the detected transmitted signal power to the detected received signal power; - if the detected transmitted signal power is stronger than the detected received signal power, activating the transmission amplifier path in order to amplify transmitted signals in the first frequency range; and - if the detected received signal power is stronger than the detected transmitted signal power, activating the reception amplifier path in order to amplify received signals in the second frequency range; wherein the first and second frequency ranges in which the radio signals are transmitted in the transmitting and receiving direction are identical, and wherein detecting in the transmitting direction and detecting in the receiving direction take place in a time window which ensures that, according to the specifications of the transmission standard of the radio signals, no switching from one transmitting direction to the other transmitting direction has taken place yet. - detecting a signal power in the transmitting direction, from the point of view of the terminal device , in a first frequency range in order to determine a transmitted signal power; - detecting a signal power in the receiving direction, from the point of view of the terminal device , in a second frequency range in order to determine a received signal power; - comparing the detected transmitted signal power to the detected received signal power; - if the detected transmitted signal power is stronger than the detected received signal power, activating the transmission amplifier path in order to amplify transmitted signals in the first frequency range; and - if the detected received signal power is stronger than the detected transmitted signal power, activating the reception amplifier path in order to amplify received signals in the second frequency range;
An apparatus for shaping a food product comprising: an open container for receiving food mix , the container divided into a plurality of open container chambers in which each container chamber has a side wall forming an opening for receiving the food mix ; a mould insert comprising a plurality of mould chambers , each mould chamber having a side wall which cooperates with the side wall of one of the container chambers to define a plurality of interior mould cavities when the container and the mould insert are joined; the side wall of each mould chamber being operable to be pushed into a respective container chamber to compress the food mix therein, and characterised in that each mould chamber comprises a venting aperture in the side wall thereof to provide a passage for air and excess food mix in the interior mould cavity to flow out of the apparatus during pressing of the mould insert into the container , and wherein the side wall of each mould chamber forms a cutting edge operable during compression to simultaneously and slidingly engage against the side wall of each container chamber to cut into and fully separate food mix contained within the interior mould cavity from any excess food mix remaining outside the interior mould cavity when the container and mould insert are joined together to thereby form and shape a food product within each interior mould cavity , wherein upstanding columns are interposed between adjacent container chambers of the container , said columns extending a pre-determined vertical distance above the openings of the container chambers . an open container for receiving food mix , the container divided into a plurality of open container chambers in which each container chamber has a side wall forming an opening for receiving the food mix ; a mould insert comprising a plurality of mould chambers , each mould chamber having a side wall which cooperates with the side wall of one of the container chambers to define a plurality of interior mould cavities when the container and the mould insert are joined; the side wall of each mould chamber being operable to be pushed into a respective container chamber to compress the food mix therein, and characterised in that each mould chamber comprises a venting aperture in the side wall thereof to provide a passage for air and excess food mix in the interior mould cavity to flow out of the apparatus during pressing of the mould insert into the container , and wherein the side wall of each mould chamber forms a cutting edge operable during compression to simultaneously and slidingly engage against the side wall of each container chamber to cut into and fully separate food mix contained within the interior mould cavity from any excess food mix remaining outside the interior mould cavity when the container and mould insert are joined together to thereby form and shape a food product within each interior mould cavity , wherein upstanding columns are interposed between adjacent container chambers of the container , said columns extending a pre-determined vertical distance above the openings of the container chambers .