mhurhangee/patent-ind-claim-en huggingface dataset:
A supporting body (110; 510) for detachably supporting a hopper having a main body for retaining articles (A), and an extending portion that extends along a width direction of the main body , the supporting body comprising: an engaging portion that engages with the extending portion of the hopper ; a guide surface configured to guide movement of the extending portion to the engaging portion when the hopper is attached; and characterized in that a pair of vertical walls are arranged to face each other in the width direction of the main body , wherein the guide surface is provided to bridge the pair of vertical walls . an engaging portion that engages with the extending portion of the hopper ; a guide surface configured to guide movement of the extending portion to the engaging portion when the hopper is attached; and characterized in that a pair of vertical walls are arranged to face each other in the width direction of the main body , wherein the guide surface is provided to bridge the pair of vertical walls .
A blockchain-based event processing method for processing an event involving a plurality of users in a blockchain, the method comprising: generating , by a computing device of a user of the event, descriptive information of the event; sending the descriptive information to a computing device of another user of the event through an off-chain channel for the another user to verify the descriptive information and to submit triggering information corresponding to the event to the blockchain after verifying the descriptive information; and submitting , by the computing device of the user, triggering information associated with the user corresponding to the event to the blockchain for the blockchain to process the event according to the descriptive information after verifying all triggering information submitted by the plurality of users, characterized in that the descriptive information on the event comprises a variable, and wherein the event changes a state parameter recorded on the blockchain associated with each of the plurality users according to the variable, wherein the variable and the value of the state parameter are each a ciphertext calculated based on a Pedersen commitment algorithm. generating , by a computing device of a user of the event, descriptive information of the event; sending the descriptive information to a computing device of another user of the event through an off-chain channel for the another user to verify the descriptive information and to submit triggering information corresponding to the event to the blockchain after verifying the descriptive information; and submitting , by the computing device of the user, triggering information associated with the user corresponding to the event to the blockchain for the blockchain to process the event according to the descriptive information after verifying all triggering information submitted by the plurality of users, characterized in that the descriptive information on the event comprises a variable, and wherein the event changes a state parameter recorded on the blockchain associated with each of the plurality users according to the variable, wherein the variable and the value of the state parameter are each a ciphertext calculated based on a Pedersen commitment algorithm.
A fluid nozzle comprising: a first fluid circuit ; a second fluid circuit spaced apart from the first fluid circuit; a fuel circuit defined between the first and second fluid circuits and between a first fuel circuit wall and a second fuel circuit wall ; and a permeable barrier between the first and second fuel circuit walls configured and adapted to provide a controlled resistance to fuel flow; characterized in that the permeable barrier is ring-shaped and has an outer diameter fuel inlet and an inner diameter fuel outlet , wherein the inner diameter outlet includes a beveled surface . a first fluid circuit ; a second fluid circuit spaced apart from the first fluid circuit; a fuel circuit defined between the first and second fluid circuits and between a first fuel circuit wall and a second fuel circuit wall ; and a permeable barrier between the first and second fuel circuit walls configured and adapted to provide a controlled resistance to fuel flow; characterized in that the permeable barrier is ring-shaped and has an outer diameter fuel inlet and an inner diameter fuel outlet , wherein the inner diameter outlet includes a beveled surface .
A method executed in a first user equipment, UE, , of a first user for communicating with a second user equipment, UE, , of a second user, the first UE being capable of using a service which requires mutual exchange of service capabilities associated with the respective users of both UEs the method comprising: - providing (5:2), to a network node , via a first signaling protocol, a first service capabilities request, requesting an exchange of service capabilities associated with the users of said both UEs , the first service capabilities request being provided before said service has been used between the two users; - receiving (5:3, 5:4) a response to the first service capabilities request, from the network node , indicating a rejection of the first service capabilities request; - providing (5:5), to the second UE , via a second signaling protocol other than the first signaling protocol a second service capabilities request, requesting an exchange of service capabilities associated with the two users; - identifying (5:6,5:11) the second user as a user whom the first user cannot use said service via said both UEs with, in case the second service capabilities request does not result in the requested exchange of service capabilities, or - identifying (5:6,5:7) the second user as a user whom the first user can now use said service via said both UEs with, in case the second service capabilities request results in the requested exchange of service capabilities. - providing (5:2), to a network node , via a first signaling protocol, a first service capabilities request, requesting an exchange of service capabilities associated with the users of said both UEs , the first service capabilities request being provided before said service has been used between the two users; - receiving (5:3, 5:4) a response to the first service capabilities request, from the network node , indicating a rejection of the first service capabilities request; - providing (5:5), to the second UE , via a second signaling protocol other than the first signaling protocol a second service capabilities request, requesting an exchange of service capabilities associated with the two users; - identifying (5:6,5:11) the second user as a user whom the first user cannot use said service via said both UEs with, in case the second service capabilities request does not result in the requested exchange of service capabilities, or - identifying (5:6,5:7) the second user as a user whom the first user can now use said service via said both UEs with, in case the second service capabilities request results in the requested exchange of service capabilities.
A thermoplastic composition comprising 10 to 30 weight percent of a polycarbonate; 15 to 25 weight percent of a polyester carbonate copolymer; 8 to 16 weight percent of a poly(ethylene terephthalate); 30 to 40 weight percent of a poly(butylene terephthalate); and 7 to 15 weight percent of an impact modifier wherein weight percent is based on the combined amounts of polycarbonate, polyester carbonate copolymer, poly(ethylene terephthalate), poly(butylene terephthalate) and impact modifier.
A method for selecting a process to be applied on video data from a set of candidate processes parametrized by a common set of information data, each candidate process may be selected based on a combination of specific values of said set of information data, the method comprising: - obtaining an input value for each information data of said set of information data; and - when all specific values of a combination of specific values equal the input values, selecting a candidate process to be applied to video data which is associated to said combination of specific values, characterized in that the set of information comprises an information data relative to a color encoding space and information relative to a light domain in which a transform is intended to be applied, and wherein one candidate process comprises a pre-tone-mapping, a color remapping and a post-tone-mapping, and another candidate process comprises color volume converting, a pre-tone-mapping, a color remapping and a post-tone-mapping, and selecting one of those two processes depends on the color encoding space and the light domain. - obtaining an input value for each information data of said set of information data; and - when all specific values of a combination of specific values equal the input values, selecting a candidate process to be applied to video data which is associated to said combination of specific values, characterized in that the set of information comprises an information data relative to a color encoding space and information relative to a light domain in which a transform is intended to be applied, and wherein one candidate process comprises a pre-tone-mapping, a color remapping and a post-tone-mapping, and another candidate process comprises color volume converting, a pre-tone-mapping, a color remapping and a post-tone-mapping, and selecting one of those two processes depends on the color encoding space and the light domain.
A pantographic wiper arm assembly comprising: a main arm and a drive unit , where the main arm has a spindle bracket for attaching the main arm to a spindle of the drive unit for reciprocating the main arm about a main axis; a wiper attachment spaced along the main arm from the spindle bracket for attaching a wiper blade to the main arm , wherein the wiper attachment is secured to the main arm to rotate about a wiper axis; an auxiliary arm rotatably connected at one end to the wiper attachment to rotate relative to the wiper attachment about a first auxiliary axis off-set from the wiper axis; an auxiliary bracket for coupling the auxiliary arm at its other end to the drive unit to rotate relative to the auxiliary bracket about a second auxiliary axis having a fixed offset from the main axis, thereby rotating the wiper attachment about the wiper axis in a pantographic motion as the main arm rotates about the main axis, wherein the auxiliary arm is disposed along the main arm in an at least partially overlapping relationship, characterized in that the drive unit comprises a sleeve arranged around the spindle , and the auxiliary bracket is secured to the sleeve , wherein the main arm has a width and/or is shaped to hide the auxiliary bracket and/or auxiliary arm behind it over the range of motion of the main arm . a main arm and a drive unit , where the main arm has a spindle bracket for attaching the main arm to a spindle of the drive unit for reciprocating the main arm about a main axis; a wiper attachment spaced along the main arm from the spindle bracket for attaching a wiper blade to the main arm , wherein the wiper attachment is secured to the main arm to rotate about a wiper axis; an auxiliary arm rotatably connected at one end to the wiper attachment to rotate relative to the wiper attachment about a first auxiliary axis off-set from the wiper axis; an auxiliary bracket for coupling the auxiliary arm at its other end to the drive unit to rotate relative to the auxiliary bracket about a second auxiliary axis having a fixed offset from the main axis, thereby rotating the wiper attachment about the wiper axis in a pantographic motion as the main arm rotates about the main axis, wherein the auxiliary arm is disposed along the main arm in an at least partially overlapping relationship, characterized in that the drive unit comprises a sleeve arranged around the spindle , and the auxiliary bracket is secured to the sleeve , wherein the main arm has a width and/or is shaped to hide the auxiliary bracket and/or auxiliary arm behind it over the range of motion of the main arm .
A method for making a splice between optical fibers in a joint device suitable for housing a joint between a first electrical cable comprising a first optical fiber and a second electrical cable comprising a second optical fiber , said joint device comprising a sleeve having a cylindrical portion , said method comprising: i) splicing said first optical fiber and said second optical fiber , thereby forming said splice; and ii) winding at least a portion of an excess length of said first optical fiber and at least a portion of an excess length of said second optical fiber about said cylindrical portion of said sleeve according to a helix substantially coaxial with said cylindrical portion , wherein said step i) comprises fitting at least one tube on at least one of said splice, said at least a portion of said excess length of said first optical fiber and said at least a portion of said excess length of said second optical fiber . i) splicing said first optical fiber and said second optical fiber , thereby forming said splice; and ii) winding at least a portion of an excess length of said first optical fiber and at least a portion of an excess length of said second optical fiber about said cylindrical portion of said sleeve according to a helix substantially coaxial with said cylindrical portion ,
Method for capturing an image in an image sensor with a matrix of rows and columns of active pixels, powered between a first zero potential power supply terminal (Vss) and a second power supply terminal with a positive power supply potential (Vdd), wherein each pixel comprises a photodiode (PH) formed within an active semiconductor layer with a zero reference potential, a charge transfer gate (T1) for transferring the charges generated by the light from the photodiode to a charge storage node (ND), the method comprising a step for global transfer of the charges from the photodiodes of all the pixels of the matrix to the corresponding storage nodes, and such that a negative potential (VNEG) is applied to the transfer gate by a charge pump (PCH) during the major part of the charge integration time (Ti) and receives a transfer control signal (TRA) common to all the pixels during a transfer time window, the transfer control signal successively comprising at least a first phase during which it goes from the negative potential (VNEG) to a positive transfer potential, a second phase during which it goes from the positive transfer potential to the zero potential supplied by the first power supply terminal, a third phase of finite duration (Δt) during which it remains at the zero potential, and a fourth phase in which it goes back from the zero potential to the negative potential (VNEG) supplied by the charge pump; the method for capturing an image being characterized in that , during the rise from the negative potential to the positive potential, the same shape is given to the rising edge of the transfer pulse as to the falling edge, with a rise phase from the negative potential supplied by the charge pump to the zero potential supplied by the first power supply terminal, a phase of finite duration at this potential, and a rise phase from the zero potential to the positive potential, which provides the transfer of charges.
Method for transmitting synchronous data between a master communication module and a slave communication module through a series data bus, wherein the data to be transmitted by each of the two master and slave communication modules are encapsulated in a data field of at least one frame furthermore comprising a frame identifier , and wherein two frames are exchanged simultaneously between the two master and slave communication modules in at least one predefined sequence corresponding to a unique pairing of the identifiers of the two simultaneously exchanged frames, characterized in that two frames are successively sent by each of the two master and slave communication modules while respecting at least one predefined inter-frame delay.
A patch comprising a flat and flexible laminate comprising at least one polarizing film which is releasably securable to a non-polarized optical article, thereby reducing through-transmittance of light to said non-polarized optical article, wherein the non-polarized optical article is an ophthalmic lens, wherein the patch has a thickness of ≤ 200 μm, characterized in that the patch has an elastic modulus of ≤ 700MPa and a Shore A hardness ≤ 80
A spark plug for an internal combustion engine, in particular comprising a high-frequency ignition system, having a central electrode (28; 128), a ground electrode (12; 112) and an electrical insulator (18; 118) arranged between the central electrode (28; 128) and the ground electrode (12; 112), wherein a central electrode connection point (26; 126) for electrically connecting the central electrode (28; 128) to an ignition system is provided on the insulator (18; 118), wherein the central electrode (28; 128) and the ground electrode (12; 112) protrude beyond the insulator (18; 118) at an axial end of the spark plug and each form, with a part which axially protrudes beyond the insulator (18; 118), a central electrode end and a ground electrode end , wherein the central electrode end and the ground electrode end are arranged and formed in such a way that an axial region of a gap is formed between said ends in the axial direction, wherein the axial region of the gap is at a distance from the insulator (18; 118), wherein at least one additional electrode is provided, which protrudes beyond the insulator at the axial end of the spark plug and, with a part which axially protrudes beyond the insulator , forms an additional electrode end , wherein the additional electrode is arranged on the spark plug in a manner electrically insulated from the ground electrode and the central electrode , wherein the additional electrode end protrudes into the axial region of the gap between the central electrode end and the ground electrode end or is arranged in a region of the gap which is radially adjacent to the axial region of the gap and as a results splits the gap into two ignition spark sections , characterized in that the additional electrode is arranged radially within the insulator and extends there substantially parallel to the ground electrode and radially at a distance from the latter, wherein an additional electrode connection point for electrically connecting the central electrode to an ignition system is provided on the insulator .
An illumination device comprising: a coherent light source which emits coherent light; a light diffuser which diffuses the coherent light (L) from the coherent light source ; a light scanning device which scans the coherent light (L) from the light diffuser in an illumination area so as to guide the coherent light (L) to illumination subareas constituting parts of the illumination area ; wherein the light diffuser includes a plurality of diffusing elements ; and characterised in that a relay optical system is disposed between the light diffuser and the light scanning device , wherein the coherent light (L) from the light diffuser is guided to the light scanning device through the relay optical system . a coherent light source which emits coherent light; a light diffuser which diffuses the coherent light (L) from the coherent light source ; a light scanning device which scans the coherent light (L) from the light diffuser in an illumination area so as to guide the coherent light (L) to illumination subareas constituting parts of the illumination area ; wherein the light diffuser includes a plurality of diffusing elements ; and characterised in that a relay optical system is disposed between the light diffuser and the light scanning device , wherein the coherent light (L) from the light diffuser is guided to the light scanning device through the relay optical system .
Snow groomer having an internal combustion engine and also having two electrical generators which are connected to one another in parallel and have the same power and are connected to electric traction motors for a chain drive by means of a power electronics system , and also having at least one functional drive for a rear cutter or a winch, wherein the generators are mechanically coupled to a transfer box , characterized in that the functional drive is hydraulic and is connected to the transfer box , and in that the transfer box is associated with the internal combustion engine, the generators and also a hydraulic pump of the hydraulic functional drive being mechanically connected to the output end of said transfer box.
Method for the interactive acquisition of data from an object under investigation by means of a magnetic resonance system , wherein the method comprises the following steps: acquiring the data from the object under investigation using the magnetic resonance system , automatically reconstructing and displaying images on the basis of the data in real time, characterised in that the method furthermore comprises the following steps: determining a time interval, during which a predetermined condition in the images is met, automatically reconstructing quality MR images on the basis of the data which was acquired within the time interval, wherein the temporal resolution during reconstruction of the quality MR images is higher than the temporal resolution during reconstruction of the MR images. acquiring the data from the object under investigation using the magnetic resonance system , automatically reconstructing and displaying images on the basis of the data in real time, characterised in that the method furthermore comprises the following steps: determining a time interval, during which a predetermined condition in the images is met, automatically reconstructing quality MR images on the basis of the data which was acquired within the time interval, wherein the temporal resolution during reconstruction of the quality MR images is higher than the temporal resolution during reconstruction of the MR images. determining a time interval, during which a predetermined condition in the images is met, automatically reconstructing quality MR images on the basis of the data which was acquired within the time interval, wherein the temporal resolution during reconstruction of the quality MR images is higher than the temporal resolution during reconstruction of the MR images.