mhurhangee/patent-ind-claim-en huggingface dataset:
A method of assembling a plurality of hairpin conductors with a stator core , the method comprising: arranging the plurality of hairpin conductors into two or more sub-assembly fixtures and one or more assisting sub-assembly fixtures , wherein the plurality of hairpin conductors are arranged in the two or more sub-assembly fixtures in two or more layers; activating a retaining mechanism to hold the plurality of hairpin conductors in place within the sub-assembly fixtures; meshing the two or more sub-assembly fixtures together to bring the plurality of hairpin conductors into alignment and form a layered conductor assembly , wherein the meshing comprises radially sliding the two or more sub-assembly fixtures towards each other along a predetermined angle of approach, wherein said at least one assisting sub-assembly fixture is removed as a part of the meshing the two or more sub-assembly fixtures together; introducing the layered conductor assembly into the stator core by advancing the two or more sub-assembly fixtures toward the stator core in alignment with the locations on the stator core for the layered conductor assembly; and after introducing the layered conductor assembly into the stator core, deactivating the retaining mechanism to release the layered conductor assembly from the two or more sub-assembly fixtures. arranging the plurality of hairpin conductors into two or more sub-assembly fixtures and one or more assisting sub-assembly fixtures , wherein the plurality of hairpin conductors are arranged in the two or more sub-assembly fixtures in two or more layers; activating a retaining mechanism to hold the plurality of hairpin conductors in place within the sub-assembly fixtures; meshing the two or more sub-assembly fixtures together to bring the plurality of hairpin conductors into alignment and form a layered conductor assembly , wherein the meshing comprises radially sliding the two or more sub-assembly fixtures towards each other along a predetermined angle of approach, wherein said at least one assisting sub-assembly fixture is removed as a part of the meshing the two or more sub-assembly fixtures together; introducing the layered conductor assembly into the stator core by advancing the two or more sub-assembly fixtures toward the stator core in alignment with the locations on the stator core for the layered conductor assembly; and after introducing the layered conductor assembly into the stator core, deactivating the retaining mechanism to release the layered conductor assembly from the two or more sub-assembly fixtures.
A thermal container comprising at least one flat rear cushion and one flat front cushion extending in another plane above the rear cushion , which cushions are connected to one another at opposite side edges and at a further side edge of the thermal container , are formed in one piece or merge into one another via a connecting piece, in such a way that a cavity is formed between the rear cushion and the front cushion , the rear cushion and the front cushion each being formed from at least one bag and a fibrous material located inside the at least one bag characterized in that the at least one bag of the rear cushion as well as the at least one bag of the front cushion is formed from a nonwoven of thermoplastic material and the fibrous material is a single layer or a stack of a plurality of flat superimposed single layers of corrugated and/or zigzag laid or folded fibrous material, wherein the single layer or each of the single layers of the stack have a corrugation and/or zigzag height (d) of ≥ 0.3 mm.
A method of a terminal configured with a first cell and a second cell for transmitting a sounding reference signal, SRS, the method comprising: receiving, from a base station, information for configuring an SRS transmission on two symbols in an uplink pilot time slot, UpPTS, on the first cell by higher layer signaling, the first cell operating in a time division duplex, TDD, mode; identifying whether an uplink control information transmission on the second cell overlaps with the SRS transmission on the first cell in a first subframe in terms of time and whether a shortened physical uplink control channel, PUCCH, format is configured to be used, the second cell operating in a Frequency Division Duplex, FDD, mode; and in a case that the uplink control information transmission overlaps with the SRS transmission on the first cell in the first subframe and the shortened PUCCH format is configured to be used, transmitting , to the base station, the SRS on a second symbol in the UpPTS and dropping the SRS transmission on a first symbol in the UpPTS in the first subframe on the first cell and transmitting , to the base station, uplink control information using the shortened PUCCH format on a plurality of symbols except a last symbol in the first subframe on the second cell; and in a case that the uplink control information transmission overlaps with the SRS transmission on the first cell in the first subframe and the shortened PUCCH format is not configured to be used, transmitting , to the base station, uplink control information in the first subframe on the second cell. receiving, from a base station, information for configuring an SRS transmission on two symbols in an uplink pilot time slot, UpPTS, on the first cell by higher layer signaling, the first cell operating in a time division duplex, TDD, mode; identifying whether an uplink control information transmission on the second cell overlaps with the SRS transmission on the first cell in a first subframe in terms of time and whether a shortened physical uplink control channel, PUCCH, format is configured to be used, the second cell operating in a Frequency Division Duplex, FDD, mode; and in a case that the uplink control information transmission overlaps with the SRS transmission on the first cell in the first subframe and the shortened PUCCH format is configured to be used, transmitting , to the base station, the SRS on a second symbol in the UpPTS and dropping the SRS transmission on a first symbol in the UpPTS in the first subframe on the first cell and transmitting , to the base station, uplink control information using the shortened PUCCH format on a plurality of symbols except a last symbol in the first subframe on the second cell; and in a case that the uplink control information transmission overlaps with the SRS transmission on the first cell in the first subframe and the shortened PUCCH format is not configured to be used, transmitting , to the base station, uplink control information in the first subframe on the second cell.
A retinal prosthesis, comprising: a vertically integrated photosensitive junction field-effect-transistor (Photo-JFET) having a silicon mesa; and a neural stimulating electrode; characterised in that the Photo-JFET comprises a pair of back-to-back p/n diodes configured in either a N-P-N or P-N-P configuration in parallel with a sidewall junction field-effect-transistor wherein a dielectric film is deposited on a sidewall of the silicon mesa to induce a weak inversion layer along the vertical edge of the middle layer of the back-to-back diode, forming a vertical channel along the mesa sidewall. a vertically integrated photosensitive junction field-effect-transistor (Photo-JFET) having a silicon mesa; and a neural stimulating electrode; characterised in that the Photo-JFET comprises a pair of back-to-back p/n diodes configured in either a N-P-N or P-N-P configuration in parallel with a sidewall junction field-effect-transistor wherein a dielectric film is deposited on a sidewall of the silicon mesa to induce a weak inversion layer along the vertical edge of the middle layer of the back-to-back diode, forming a vertical channel along the mesa sidewall.
Method for diagnosing the quality of a laser weld bead produced between two plastic parts comprising the following steps: a) measuring a set of ultrasonic attenuations characterizing said laser weld bead by moving an ultrasound sensor along said laser weld bead; b) calculating a weighted width Lp of said laser weld bead from said set of ultrasonic attenuations; c) comparing said weighted width Lp to a predefined weighted threshold width Ls, the weld bead being considered acceptable if Lp is larger than or equal to Ls, the method also including a pyrometric measurement allowing information to be obtained on the quality of the weld bead, said pyrometric measurement being concomitant to the laser welding of said two parts, the result, regarding the quality of the weld, obtained following steps a) to c), being compared with the result of the pyrometric measurement of said laser weld bead, this comparison making it possible to determine whether the pyrometric system needs to be recalibrated. a) measuring a set of ultrasonic attenuations characterizing said laser weld bead by moving an ultrasound sensor along said laser weld bead; b) calculating a weighted width Lp of said laser weld bead from said set of ultrasonic attenuations; c) comparing said weighted width Lp to a predefined weighted threshold width Ls, the weld bead being considered acceptable if Lp is larger than or equal to Ls,
Method for coating the head of a lollipop , wherein the lollipop comprises a head and a stick, with a powdery and/or granular coating material which is provided as a bed, characterized in, that the lollipop is moved during coating and that the head of the lollipop is submerged into the coating material but only until the boundary between the stick and the head of the lollipop and that the coating material is moved during coating in the same direction as the transport direction of the lollipops.
A transport assembly comprising: a box portion that comprises a box surface , a box front , a box back , and a pair of box sides , wherein the box front, the box back, and the box sides each extend from the box surface, wherein a gap extends between the box front and each of the box sides; and a drawer portion that comprises a drawer surface , a drawer front , and a pair of drawer sides , wherein the drawer front and the drawer sides each extend from the drawer surface, wherein a gap extends between the drawer front and each of the drawer sides, wherein the box portion and the drawer portion can be arranged such that an inner surface of the drawer front faces an outer surface of the box front and an inner surface of each box side faces an outer surface of a corresponding drawer side, characterised in that the drawer surface and drawer sides define an open back portion that faces the drawer front. a box portion that comprises a box surface , a box front , a box back , and a pair of box sides , wherein the box front, the box back, and the box sides each extend from the box surface, wherein a gap extends between the box front and each of the box sides; and a drawer portion that comprises a drawer surface , a drawer front , and a pair of drawer sides , wherein the drawer front and the drawer sides each extend from the drawer surface, wherein a gap extends between the drawer front and each of the drawer sides, wherein the box portion and the drawer portion can be arranged such that an inner surface of the drawer front faces an outer surface of the box front and an inner surface of each box side faces an outer surface of a corresponding drawer side, characterised in that the drawer surface and drawer sides define an open back portion that faces the drawer front. an inner surface of the drawer front faces an outer surface of the box front and an inner surface of each box side faces an outer surface of a corresponding drawer side, characterised in that the drawer surface and drawer sides define an open back portion that faces the drawer front.
A method for object tracking in a sequence of arrays of images captured by a light-field camera, the method comprising: - acquiring (S0) a sequence of arrays of images, each image in an array of images corresponding to a different view point and each array of images having a reference image and further images, wherein the reference image is the image based on which object tracking shall be performed in the sequence of arrays of images; - determining (S1) features of an object of interest marked by a bounding box drawn by a user in the reference image of a first array of images; - matching (S2) the features of the reference image in the further images of the first array of images; - discarding (S4) features that cannot be matched in all or most of the images of the first array of images; - building (S7) a visual appearance model for the object of interest based on the remaining features; - tracking (S8) a movement of the object of interest between the reference image of a current array of images and the reference image of a next array of images using a tracking scheme that makes use of said visual appearance model and predicting locations of the remaining features of the object of interest in the reference image of a subsequent next array of images by applying a displacement of the object of interest estimated from said tracked movement to each remaining feature; and - outputting (S9) data indicating said tracked movement of the object of interest. - acquiring (S0) a sequence of arrays of images, each image in an array of images corresponding to a different view point and each array of images having a reference image and further images, wherein the reference image is the image based on which object tracking shall be performed in the sequence of arrays of images; - determining (S1) features of an object of interest marked by a bounding box drawn by a user in the reference image of a first array of images; - matching (S2) the features of the reference image in the further images of the first array of images; - discarding (S4) features that cannot be matched in all or most of the images of the first array of images; - building (S7) a visual appearance model for the object of interest based on the remaining features; - tracking (S8) a movement of the object of interest between the reference image of a current array of images and the reference image of a next array of images using a tracking scheme that makes use of said visual appearance model and predicting locations of the remaining features of the object of interest in the reference image of a subsequent next array of images by applying a displacement of the object of interest estimated from said tracked movement to each remaining feature; and - outputting (S9) data indicating said tracked movement of the object of interest.
A drum cartridge comprising: a drum frame to which a developing cartridge is detachably attachable, the developing cartridge including a storage medium having an electrical contact surface ; a photosensitive drum rotatable about a first axis (A1) extending in a first direction, the photosensitive drum being positioned at a first end portion of the drum frame in a second direction; a transfer roller rotatable about a second axis (A2) extending in the first direction, the transfer roller being in contact with a surface of the photosensitive drum; a conveying roller rotatable about a third axis (A3) extending in the first direction, the conveying roller being separated from the transfer roller in the second direction; and wherein the drum frame has a first opening positioned between the transfer roller and the conveying roller in the second direction, the electrical contact surface being exposed to an outside of the drum frame through the first opening in a case where the developing cartridge is attached to the drum frame, wherein the electrical contact surface faces in a direction perpendicular to the first direction. a drum frame to which a developing cartridge is detachably attachable, the developing cartridge including a storage medium having an electrical contact surface ; a photosensitive drum rotatable about a first axis (A1) extending in a first direction, the photosensitive drum being positioned at a first end portion of the drum frame in a second direction; a transfer roller rotatable about a second axis (A2) extending in the first direction, the transfer roller being in contact with a surface of the photosensitive drum; a conveying roller rotatable about a third axis (A3) extending in the first direction, the conveying roller being separated from the transfer roller in the second direction; and wherein the drum frame has a first opening positioned between the transfer roller and the conveying roller in the second direction, the electrical contact surface being exposed to an outside of the drum frame through the first opening in a case where the developing cartridge is attached to the drum frame, wherein the electrical contact surface faces in a direction perpendicular to the first direction.
A reactive polyurethane-based hot-melt adhesive composition containing, based on the total weight of the adhesive composition, from 1 to < 30 wt.%, preferably 1 to < 10 wt.%, particularly preferably 2 to 6 wt.% of at least one solid particulate filler, characterized in that the at least one filler is neutralized hollow glass spheres, the hollow glass spheres, as a 5 wt.% dispersion in water at 20 °C, having a pH of from 6 to 8, preferably from 6.5 to 7.5.
Massaging device intended to be applied to the skin of a user, comprising a body , at least two massaging elements that protrude from the body and a base that extends along a longitudinal axis (X-X'), is integral with the body and holds said massaging elements , characterized in that the body is made of a synthetic material having a stiffness less than the stiffness of the material of the base such that at least a portion of said body extending on one side of the base is able to flex with respect to said base about a bending axis (X1-X1') substantially parallel to the longitudinal axis (X-X') under the effect of a pressure exerted by the user or of a relative movement between the base and said body portion, the flexible portion of the body being configured to return to its initial position in the absence of said pressure exerted or of said relative movement.
Computer-implemented method for detecting an obstacle, characterised in that it includes, for at least one telemeter having a plurality of detection axes , from a current position of the telemeter , an uncertainty model on the position of the telemeter and a detection signal delivered by the telemeter , the detection signal being indicative of the position, along each detection axis , of a detection horizon corresponding to said detection axis , the steps of: - calculating, for each point of a space around the telemeter , from the current position of the telemeter , the uncertainty model on the position of the telemeter and the detection signal, of a plurality of corresponding intermediate probabilities of presence, each intermediate probability of presence being associated with a respective orientation (β) of the telemeter among a plurality of predetermined orientations around a current orientation of the telemeter, each orientation being considered free of errors; - for each point of space, calculating a probability of the presence of an obstacle from each corresponding intermediate probability of presence and from an uncertainty model on the orientation of the telemeter ; - generating an alert if the probability of the presence of an obstacle in a predetermined zone with respect to the telemeter is greater than or equal to a predetermined alert threshold. - calculating, for each point of a space around the telemeter , from the current position of the telemeter , the uncertainty model on the position of the telemeter and the detection signal, of a plurality of corresponding intermediate probabilities of presence, each intermediate probability of presence being associated with a respective orientation (β) of the telemeter among a plurality of predetermined orientations around a current orientation of the telemeter, each orientation being considered free of errors; - for each point of space, calculating a probability of the presence of an obstacle from each corresponding intermediate probability of presence and from an uncertainty model on the orientation of the telemeter ; - generating an alert if the probability of the presence of an obstacle in a predetermined zone with respect to the telemeter is greater than or equal to a predetermined alert threshold.
Press for separating fat containing mass, e.g. cocoa mass, into liquid fat and cake, comprising a frame , a plurality of pressing elements disposed in the frame , and a hydraulic cylinder and plunger for exerting pressure on the pressing elements , the pressing elements comprising a pot having a cavity for receiving mass to be pressed, a squeezer located at least partially in the cavity , and filters disposed in front of the squeezer and on the side of the cavity opposite the squeezer , wherein, in the filling position of the press , the distance between the filters is in a range from 10 to 80 mm and characterised in that the ratio (Dc/Dp) of the diameter (Dc) of the hydraulic cylinder and the diameter (Dp) of the cavities is larger than 0,9 and smaller than 1,15.
Assembly of a plug connector part, comprising - a holding frame for receiving at least one modular contact insert , wherein the holding frame surrounds an opening into which at least one contact insert can be inserted, and - a housing part , which has a receiving opening , into which the holding frame can be inserted in an insertion direction (E), and a support section , on which the holding frame rests in a position inserted into the receiving opening , - wherein the housing part has a locking opening and the holding frame has a locking device for locking the holding frame to the housing part in the inserted position, wherein the locking device has a locking element which, in a locked position, engages with a form fit in the locking opening of the housing part , - wherein the locking element has a locking section with an edge extending transversely with respect to the insertion direction (E), wherein the edge rests in the locking opening in the locked position of the locking element and is in contact with a contact edge delimiting the locking opening counter to the insertion direction (E), characterized in that the locking between the holding frame and the housing part is releasable, and in that the locking element is connected to an actuating element and can be displaced between an unlocked position and the locked position via the actuating element . - a holding frame for receiving at least one modular contact insert , wherein the holding frame surrounds an opening into which at least one contact insert can be inserted, and - a housing part , which has a receiving opening , into which the holding frame can be inserted in an insertion direction (E), and a support section , on which the holding frame rests in a position inserted into the receiving opening , - wherein the housing part has a locking opening and the holding frame has a locking device for locking the holding frame to the housing part in the inserted position, wherein the locking device has a locking element which, in a locked position, engages with a form fit in the locking opening of the housing part , - wherein the locking element has a locking section with an edge extending transversely with respect to the insertion direction (E), wherein the edge rests in the locking opening in the locked position of the locking element and is in contact with a contact edge delimiting the locking opening counter to the insertion direction (E),