mhurhangee/patent-ind-claim-en huggingface dataset:
An ex vivo method of inducing commitment or maturation of oligodendrocyte cells, the oligodendrocyte cells having been ex-vivo differentiated from glial progenitor cells derived from pluripotent stem cells (PSC) in a medium comprising DMEM/F12, 1% B27, 0.5% N2, Vitamin C, the method comprising: contacting said glial progenitor cells in said medium with LDN-193189.
Locking strip with passage openings in the front side of the strip, for a door lock, comprising a lock latch which can be pressed back, but when in the pressed-forward locking position engages through a passage opening in the front side of the strip and engages behind a blocking nose , wherein an upper part and a lower part are provided, wherein arranged in the passage opening is at least one sliding web for the lock latch, angled at a predetermined inclination away from an opening edge, which engages through a latch aperture of the upper part , wherein the sliding web is arranged as being of one piece with the lower part , which is mounted beneath the locking strip, and the upper part offers a fastening receptacle for the lower part , and wherein the lower part comprises the blocking nose , characterized by an inclined run course of the contact surface , with which the upper part and the lower part lie on one another, wherein the contact surface rises at the lower part in the direction pointing away from the blocking nose , while the contact surface rises at the upper part in the opposite direction.
A lifting system comprising: - a tower , - a jib arranged on top of the tower for lifting components to an elongated structure , - a plurality of securing members for securing the tower to the elongated structure , and - a lifting device for lifting the securing members and moving the securing members up and down along the tower , wherein the lifting device comprises a platform attached to an upper portion of the tower , protruding on two opposite sides of the tower so that a first portion of the platform is protruding on a first side of the tower and a second portion of the platform is protruding on a second side of the tower, a crane arranged on the first portion of the platform, a winch for operating the crane arranged on the second portion of the platform, and a trolley arranged movable back and forth along the first portion of the platform, wherein the crane is attached to the trolley so that the crane is arranged movable back and forth along the first portion of the platform and the horizontal distance between the tower and the crane can be adjusted. - a tower , - a jib arranged on top of the tower for lifting components to an elongated structure , - a plurality of securing members for securing the tower to the elongated structure , and - a lifting device for lifting the securing members and moving the securing members up and down along the tower , wherein the lifting device comprises a platform attached to an upper portion of the tower , protruding on two opposite sides of the tower so that a first portion of the platform is protruding on a first side of the tower and a second portion of the platform is protruding on a second side of the tower, a crane arranged on the first portion of the platform, a winch for operating the crane arranged on the second portion of the platform, and a trolley arranged movable back and forth along the first portion of the platform, wherein the crane is attached to the trolley so that the crane is arranged movable back and forth along the first portion of the platform and the horizontal distance between the tower and the crane can be adjusted.
A connector for attachment of two frame elements , the frame elements being of rectangular section and having radiused side edges , the connector comprising a connector body of similar rectangular section to the frame elements , the connector body comprising a single piece block having an inner flat engagement face for engagement with a flat end face of a first frame element to form an extension of the first frame element , and an outer engagement face , a locking element provided on the connector body which is engagable with a frame element to resist rotation of the connector body relative to the frame element , a fastener to secure the frame elements together, the fastener comprising an elongate slide block which is slidably engagable within a re-entrant slot in the second frame element and a pair of spaced-apart retaining screws which are engagable with the slide block and extend outwardly therefrom for engagement with the connector body to secure the slide block on the connector body , locating the slide block spaced-apart from the outer engagement face of the connector body , the outer engagement face is substantially parallel to the inner engagement face for abutting engagement against a flat side wall of a second frame element , the outer engagement face having at least one outwardly projecting lip along a side edge, the lip having a curved inner face for mating engagement with a radiused edge of the second frame element and a flat outer face forming an extension of a side wall of the connector body to align with and provide a smooth transition between adjacent side walls of the two frame elements , characterised in that an annular retaining washer associated with each retaining screw is mounted on the connector body at the outer engagement face , the retaining washer having a central through-hole for reception and through-passage of the retaining screw which is an interference fit in the through-hole for gripping the retaining screw , such that the retaining screw is gripped by the retaining washer and held in place during assembly, each through hole being sized such that the retaining screw can simply be pushed into the through hole which grips the retaining screw ready for the retaining screw being tightened on the connector body , slots being provided in the outer engagement face of the connector body for reception of each retaining washer , each retaining washer is a push fit into the slot to hold the retaining washer in the slot.
An ultrasound image display apparatus comprising: an image processor that generates a first image three-dimensionally representing a surface constituting a tubular tissue on a reference plane, based on ultrasound data corresponding to an object including the tubular tissue; and a display that displays the first image, wherein the tubular tissue comprises a blood vessel, wherein the image processor detects a plurality of plaque regions corresponding to a plurality of plaques, based on the ultrasound data, and allocates a priority, based on at least one selected from a height, a length, an area, and a volume of each of the detected plaque regions, wherein the display marks an identifier, corresponding to the priority allocated to each of the plurality of plaque regions, on the first image, wherein the image processor generates a map representing information on a direction in which each of the plaques protrudes from the blood vessel and a height of each of the plaque regions, wherein the height of each of the plaque regions is mapped to at least one color, based on a ratio of the height of each of the plaque regions to a diameter of the blood vessel; and, wherein the display displays a plaque image reflecting the height of each of the plaque regions, based on the map. an image processor that generates a first image three-dimensionally representing a surface constituting a tubular tissue on a reference plane, based on ultrasound data corresponding to an object including the tubular tissue; and a display that displays the first image, wherein the tubular tissue comprises a blood vessel, wherein the image processor detects a plurality of plaque regions corresponding to a plurality of plaques, based on the ultrasound data, and allocates a priority, based on at least one selected from a height, a length, an area, and a volume of each of the detected plaque regions, wherein the display marks an identifier, corresponding to the priority allocated to each of the plurality of plaque regions, on the first image, wherein the image processor generates a map representing information on a direction in which each of the plaques protrudes from the blood vessel and a height of each of the plaque regions, wherein the height of each of the plaque regions is mapped to at least one color, based on a ratio of the height of each of the plaque regions to a diameter of the blood vessel; and, wherein the display displays a plaque image reflecting the height of each of the plaque regions, based on the map.
A drive gear assembly for a roll that is detachably supported in a machine body , the assembly comprising a drive gear mounted for a rotation about a stationary axis in the machine body , a driven gear mounted on an end portion of the roller , and a bearing formed in the machine body for supporting said end portion in an operative position in which the drive gear meshes with the driven gear , characterized by a safety cover that is pivotally supported on the machine body to be movable between an active position in which it covers at least a part of the periphery of the driven gear , except a portion where the drive gear meshes with the driven gear , and an open position in which it permits an insertion of the end portion of the roll into the bearing , the cover being elastically biased into the open position and having an engagement surface arranged to be engaged by at least one of the roll and the driven gear for holding the cover in the active position as long as the roll is in the operative position.
A light reflective cover , comprising: a main reflective surface that is a concave surface; and a ridge , protruding from the main reflective surface , wherein the ridge has a light source end and a light emitting end that are opposite to each other, and a ridge-top reflective surface extending between the light source end and the light emitting end , and the ridge-top reflective surface comprises: a first part , near the light source end ; and a second part , near the light emitting end , characterized in that the ridge-top reflective surface has a step between the first part and the second part , and in that the ridge-top reflective surface has a concave ridge line extending from the light source end to the light emitting end ; wherein the concave ridge line divides the ridge-top reflective surface into two surfaces; and wherein an included angle between the two surfaces is less than 180°. a main reflective surface that is a concave surface; and a ridge , protruding from the main reflective surface , wherein the ridge has a light source end and a light emitting end that are opposite to each other, and a ridge-top reflective surface extending between the light source end and the light emitting end , and the ridge-top reflective surface comprises: a first part , near the light source end ; and a second part , near the light emitting end , characterized in that the ridge-top reflective surface has a step between the first part and the second part , and in that the ridge-top reflective surface has a concave ridge line extending from the light source end to the light emitting end ; a first part , near the light source end ; and a second part , near the light emitting end , characterized in that the ridge-top reflective surface has a step between the first part and the second part , and in that the ridge-top reflective surface has a concave ridge line extending from the light source end to the light emitting end ; wherein the concave ridge line divides the ridge-top reflective surface into two surfaces; and wherein an included angle between the two surfaces is less than 180°.
A semiconductor device package , comprising: a die carrier ; at least one semiconductor die disposed on the die carrier ; an encapsulant disposed above the semiconductor die ; an electrical connector electrically connected with the semiconductor die or with another electrical device; characterised by a metallic drilling screw screwed through the encapsulant and connected with the electrical connector . a die carrier ; at least one semiconductor die disposed on the die carrier ; an encapsulant disposed above the semiconductor die ; an electrical connector electrically connected with the semiconductor die or with another electrical device; characterised by a metallic drilling screw screwed through the encapsulant and connected with the electrical connector .
A luggage piece comprising a protective system comprising: a deformable body ; and a cover overlying and coupled with the deformable body , the cover being more rigid than the deformable body ; wherein external impacts exerted on the cover are transmitted across the cover such that the forces associated with such external impacts are exerted on the deformable body across a larger surface area than a surface area of the cover receiving the external impacts and are at least partially absorbed by the deformable body ; characterized in that : the deformable body comprises an interior shape complementary to a recess formed in an exterior surface of a substantially rigid outer structure of the luggage piece and is joined to the luggage piece when positioned at least partially in the recess . a deformable body ; and a cover overlying and coupled with the deformable body , the cover being more rigid than the deformable body ; wherein external impacts exerted on the cover are transmitted across the cover such that the forces associated with such external impacts are exerted on the deformable body across a larger surface area than a surface area of the cover receiving the external impacts and are at least partially absorbed by the deformable body ; characterized in that : the deformable body comprises an interior shape complementary to a recess formed in an exterior surface of a substantially rigid outer structure of the luggage piece and is joined to the luggage piece when positioned at least partially in the recess .
A door comprising a door leaf movable, starting from a closed position, into a multilayered wound position in the course of an opening movement and a guide arrangement having a spiral-shaped guide path section for guiding the opening movement in the region of the lateral edge of the door leaf , and comprising a flexible traction element , which is attached to a section of the door leaf which is a leading section during the opening movement, for pulling the door leaf into the multilayered wound position, wherein the lateral edges of the door leaf are guided in the spiral-shaped guide path section as it moves into the multilayered wound position, characterised in that the flexible traction element is a strap, a band, a chain or a rope and is attached, on the one hand, to the leading section of the door leaf and, on the other hand, to a rotatable winding shaft arrangement , around which the door leaf extends in a spiral formation in the wound position.
Control method for a drive motor of a bicycle , wherein the bicycle is configured to be driven manually by means of pedalling force of the cyclist applied to pedals of the bicycle and by a motor by means of a motor torque of the drive motor , wherein the control method comprises the following steps: • acquiring pedalling variables which represent the activation of the pedals by the cyclist, • acquiring current location coordinates of the bicycle , • acquiring a route, and • actuating the drive motor as a function of the acquired pedalling variables and a determined current degree of assistance, characterized in that the control method comprises the following steps before the actuation of the drive motor : • acquiring route data as a function of the acquired route, wherein the route data has the route coordinates of the route and a degree of assistance which is respectively assigned to the route coordinates, and • determining the current degree of assistance as a function of the route data and the current location coordinates. • acquiring pedalling variables which represent the activation of the pedals by the cyclist, • acquiring current location coordinates of the bicycle , • acquiring a route, and • actuating the drive motor as a function of the acquired pedalling variables and a determined current degree of assistance, • acquiring route data as a function of the acquired route, wherein the route data has the route coordinates of the route and a degree of assistance which is respectively assigned to the route coordinates, and • determining the current degree of assistance as a function of the route data and the current location coordinates.
A catheter comprising: an elongated catheter body ; a distal tip electrode having a shell defining a cavity , the shell formed with one or more apertures , wherein the shell has a distal portion with a radially symmetrical configuration relative to a center location (C) in the cavity; at least one emitter optical waveguide extending through the catheter body and having a distal emitter end positioned in the cavity, the at least one emitter optical waveguide configured to deliver light into the cavity, where at least a first portion of the light exits the one or more apertures; and at least one collector optical waveguide extending through the catheter body and having a distal collector end positioned in the cavity, the at least one collector optical waveguide configured to collect light, characterised in that the distal emitter end and the distal collector end are positioned at the center location within the cavity. an elongated catheter body ; a distal tip electrode having a shell defining a cavity , the shell formed with one or more apertures , wherein the shell has a distal portion with a radially symmetrical configuration relative to a center location (C) in the cavity; at least one emitter optical waveguide extending through the catheter body and having a distal emitter end positioned in the cavity, the at least one emitter optical waveguide configured to deliver light into the cavity, where at least a first portion of the light exits the one or more apertures; and at least one collector optical waveguide extending through the catheter body and having a distal collector end positioned in the cavity, the at least one collector optical waveguide configured to collect light, characterised in that the distal emitter end and the distal collector end are positioned at the center location within the cavity.
Method for taking images in an active-pixel sensor comprising at least one row of active pixels, in which the active pixels each comprise a photosensitive element (PHD), a read-out node (SN) and a memory node (MN) between the photosensitive element and the read-out node, and at least one first charge-transfer transistor (TRA 1 ) between the photosensitive element and the memory node, one second charge-transfer transistor (TRA 2 ) between the memory node and the read-out node, one transistor (RST) for resetting the read-out node, one follower transistor (SF) having its gate connected to the read-out node and one pixel-selection transistor (SEL) that is connected between the source of the follower transistor and a column conductor (Col), the image-taking method being such that each integration and read-out cycle comprises a simultaneous initialization of all the photosensitive elements by evacuation of charge of the photosensitive elements in an evacuation drain (D AB ), an integration of charge in the photosensitive elements during a common integration duration which starts at the end of said initialization of all the photosensitive elements, a transfer of charge from the memory node to the read-out node after the end of the common integration duration and read-out of the charge contained in the memory node by correlated double sampling read-out successively for each row, after the end of the common integration duration, characterized in that , for each integration and read-out cycle, the image-taking method comprises N transfers of charge of the photosensitive element to the memory node, regularly spaced during de common integration duration, N being an integer higher than or equal to 2, the photosensitive element accumulating charge throughout said common integration duration, the memory node being configured to have a charge-storage capacity that is at least N times that of the photosensitive element, the N transfers being commanded by applying, at regular intervals during said common integration duration, N control pulses (Tri 1 , Tri 2 , Tri 3 ) to the gate (TRA 1 -g) of the first transfer transistor, and the end of the Nth transfer setting the end of the common integration duration.
Trigger assembly for a firearm, in particular a pistol , with a striker assembly with a spring-loaded firing pin and downwardly protruding firing pin flag for cooperation with the trigger assembly , comprising a trigger , a trigger spring , a trigger bar , which is bent twice, movably connectable to the trigger at its front bent section and having an rear bent section a connector protrusion for interaction with a connector spring , a trigger housing and a connector spring which can be inserted into the trigger housing and has a guidance surface for the connector protrusion , characterized in that the trigger bar comprises laterally in the region of the rear bent section in front of the connector protrusion a bearing protrusion bent in the direction of the weapon's center plane to support a trigger spring and/or a trigger spring guide as well as an activation protrusion that interacts with a pawl mount , in that the pawl mount is formed in a rear end section for receiving and limiting the tilting movement of a sear provided for cooperation with the firing pin flag about a sear axis running in the lateral direction , and is formed on a front section to be pivotably mounted in the trigger housing about a mount axis running in the lateral direction , and the middle section has a bearing section and rearwards following, an activation section and a catch arm protruding backward across the length of the bearing section is formed on top of the pawl mount , and that the sear comprises a sear plane facing the firing pin flag in the installation situation and a bearing portion for the trigger spring on the side facing away from it. a trigger , a trigger spring , a trigger bar , which is bent twice, movably connectable to the trigger at its front bent section and having an rear bent section a connector protrusion for interaction with a connector spring , a trigger housing and a connector spring which can be inserted into the trigger housing and has a guidance surface for the connector protrusion , characterized in that the trigger bar comprises laterally in the region of the rear bent section in front of the connector protrusion a bearing protrusion bent in the direction of the weapon's center plane to support a trigger spring and/or a trigger spring guide as well as an activation protrusion that interacts with a pawl mount , in that the pawl mount is formed in a rear end section for receiving and limiting the tilting movement of a sear provided for cooperation with the firing pin flag about a sear axis running in the lateral direction , and is formed on a front section to be pivotably mounted in the trigger housing about a mount axis running in the lateral direction , and the middle section has a bearing section and rearwards following, an activation section and a catch arm protruding backward across the length of the bearing section is formed on top of the pawl mount , and that the sear comprises a sear plane facing the firing pin flag in the installation situation and a bearing portion for the trigger spring on the side facing away from it.