mhurhangee/ep-ind-claims huggingface dataset:
A method for inducing a targeted translocation between a first locus A and a second locus B present on a first plant chromosome in a plant or plant cell, wherein the first locus A and the second locus B present on the first plant chromosome exhibit linkage drag with one another, the method comprising the steps of: a) providing at least one plant cell comprising the first chromosome comprising the first locus A and the second locus B and further comprising at least a second chromosome, wherein said chromosomes are homologous or homeologous chromosomes of each other; (b) introducing a double strand break in the first chromosome, wherein the double strand break in the first chromosome is introduced between the first locus A and the second locus B thereby providing a first part of the first chromosome comprising the first locus A and a second part of the first chromosome comprising the second locus B, and introducing a double strand break in the second chromosome, thereby providing a first part of the second chromosome and a second part of the second chromosome, wherein the first part of the first chromosome comprising the first locus A is ligated to the second part of the second chromosome by non-homologous end joining; and; (c) optionally identifying, using the at least one plant cell obtained under step (b), at least one plant cell comprising a translocation between the first locus A and the second locus B on the first chromosome, wherein the double strand break in the first chromosome and/or the double strand break in the second chromosome is introduced by at least one site-specific nuclease, preferably selected from the group consisting of zinc finger nuclease, meganuclease, TAL-effector nuclease and a site-specific nuclease of the CRISPR system. a) providing at least one plant cell comprising the first chromosome comprising the first locus A and the second locus B and further comprising at least a second chromosome, wherein said chromosomes are homologous or homeologous chromosomes of each other; (b) introducing a double strand break in the first chromosome, wherein the double strand break in the first chromosome is introduced between the first locus A and the second locus B thereby providing a first part of the first chromosome comprising the first locus A and a second part of the first chromosome comprising the second locus B, and introducing a double strand break in the second chromosome, thereby providing a first part of the second chromosome and a second part of the second chromosome, wherein the first part of the first chromosome comprising the first locus A is ligated to the second part of the second chromosome by non-homologous end joining; and; (c) optionally identifying, using the at least one plant cell obtained under step (b), at least one plant cell comprising a translocation between the first locus A and the second locus B on the first chromosome,
An assembly for operating a vehicle function, having a cover element which is at least partially in the form of a vehicle emblem, a light distribution device which is arranged under the cover element, a light source which is arranged under or in the light distribution device, the light source and the light distribution device being arranged to back-light the cover element, characterised in that a printed circuit board having a proximity sensor is arranged under the light distribution device, wherein the proximity sensor is designed to sense approaches to the cover element and is oriented such that the proximity sensor senses an approach to the cover element through the light distribution device and the cover element, a control and evaluation circuit is coupled to the light source and the proximity sensor in order to switch the light source depending on an approach.
An apparatus comprising: a first display device comprising a first substrate and a first viewing portion stacked on the first substrate, wherein the first viewing portion is for displaying an image; and a second display device comprising a second substrate and a second viewing portion stacked on the second substrate, wherein the second viewing portion is for displaying the image; wherein the first and second display devices are connected to each other to be folded or unfolded, wherein, in an unfolded state, the first and second viewing portions are located on opposite sides of the same vertical line, and characterized in that: the apparatus comprises a flexible transparent plate covering both the first viewing portion and the second viewing portion; in the unfolded state, part of the first substrate overlaps at least a portion of the second substrate so that boundaries of the first and second viewing portions are located on the same vertical line; and and the flexible transparent plate surrounds entirely or partially the upper surface and part of the lower surface of the first display device, and extends to cover at least a part of the upper surface of the second display device. a first display device comprising a first substrate and a first viewing portion stacked on the first substrate, wherein the first viewing portion is for displaying an image; and a second display device comprising a second substrate and a second viewing portion stacked on the second substrate, wherein the second viewing portion is for displaying the image; wherein the first and second display devices are connected to each other to be folded or unfolded, wherein, in an unfolded state, the first and second viewing portions are located on opposite sides of the same vertical line, and characterized in that: the apparatus comprises a flexible transparent plate covering both the first viewing portion and the second viewing portion; in the unfolded state, part of the first substrate overlaps at least a portion of the second substrate so that boundaries of the first and second viewing portions are located on the same vertical line; and and the flexible transparent plate surrounds entirely or partially the upper surface and part of the lower surface of the first display device, and extends to cover at least a part of the upper surface of the second display device. the apparatus comprises a flexible transparent plate covering both the first viewing portion and the second viewing portion; in the unfolded state, part of the first substrate overlaps at least a portion of the second substrate so that boundaries of the first and second viewing portions are located on the same vertical line; and and the flexible transparent plate surrounds entirely or partially the upper surface and part of the lower surface of the first display device, and extends to cover at least a part of the upper surface of the second display device.
Dust hood for a cut-off grinder equipped with a gear neck for fastening the dust hood, having a hood body for at least partially covering, on both sides, a circular cut-off wheel of the cut-off grinder, and having an extraction port via which abrasively removed substrate can be extracted from the hood body, wherein, in the hood body, a main extraction duct connected to the extraction port is formed, said main extraction duct extending tangentially to the cut-off wheel, wherein the main extraction duct has a separating bar which subdivides the main extraction duct into two suction chambers (30, 30'), characterized in that the separating bar lies in a wheel plane of the cut-off wheel when the dust hood is fastened to the cut-off grinder and the cut-off grinder has a cut-off wheel.
An orthopedic implant assembly providing reduced contamination from handling, comprising: an orthopedic implant having an outer surface including a grasping portion and a bone-facing portion; a removable handling cover providing a thin-walled layer extending over the grasping portion, but no handling cover extending over the bone-facing portion, of the outer surface; an outer container sealingly housing the orthopedic implant within a sterile environment and supporting the orthopedic implant in an orientation that presents the handling cover for grasping upon opening the outer container; wherein the removable handling cover provides a removable grasping portion for manually grasping, handling and manipulating the implant into an implantation position with the bone-facing surface facing an adjacent bone during implant surgery without the need to directly contact any of the outer surface of the orthopedic implant, and which removable handling cover is removable during surgery after the implant is moved into the implantation position. an orthopedic implant having an outer surface including a grasping portion and a bone-facing portion; a removable handling cover providing a thin-walled layer extending over the grasping portion, but no handling cover extending over the bone-facing portion, of the outer surface; an outer container sealingly housing the orthopedic implant within a sterile environment and supporting the orthopedic implant in an orientation that presents the handling cover for grasping upon opening the outer container; wherein the removable handling cover provides a removable grasping portion for manually grasping, handling and manipulating the implant into an implantation position with the bone-facing surface facing an adjacent bone during implant surgery without the need to directly contact any of the outer surface of the orthopedic implant, and which removable handling cover is removable during surgery after the implant is moved into the implantation position.
Hearing aid system, comprising at least one hearing aid having an input transducer for picking up an input signal and conversion to an electrical input signal, a signal processing unit for processing and amplifying the electrical input signal and outputting an electrical output signal, and a receiver for converting the electrical output signal into an audible output signal, wherein the hearing aid system comprises means for automatically recognizing a receiver type that is used in the hearing aid, wherein different receiver types each have at least one associated mechanical manifestation that is characteristic of the respective receiver type, and the hearing aid system comprises means for recognizing the receiver type used in the hearing aid on the basis of the mechanical manifestation, characterized in that the receiver has receiver connection pins (A, B) for making electrical contact and the hearing aid system comprises means for recognizing the receiver type used in the hearing aid on the basis of different lengths of the receiver connection pins (A, B), and the hearing aid comprises a multilevel contact arrangement for distinguishing between different lengths of the receiver connection pins (A, B).
A torque wrench for an implant procedure, the torque wrench comprising: a first body part (10, 110) having a predetermined length, and including a hollow portion formed in a longitudinal direction and a head portion (16, 116) in which a fastening hole is formed at an end thereof to which a torque wrench driver bit (30, 160) is coupled; a rotor (30, 130) having a first gear (34, 134) provided at an upper end of the rotor, the rotor being inserted into a fastening hole (18, 118) formed in the head portion (16, 116), the rotor having a plurality of ratchet grooves (32, 132) formed in an outer surface thereof; a first shaft (12, 112) including a ratchet protrusion formed at one end thereof and configured to be inserted into the hollow portion of the first body (10, 110) such that the ratchet protrusion is coupled to the ratchet grooves (32, 132) to enable one-way torque transmission; at least one second body part (20, 120) having a predetermined length, provided at the upper side of the first body part (10, 110), and including a coupling portion formed in a longitudinal direction thereof; and a second shaft (22, 122) rotatably coupled to the coupling portion of the second body part (20, 120), including a second gear (24, 124) provided at one end thereof and a knob (26, 126) provided at the other end thereof, and configured such that, in response to rotation of the knob (26, 126), the second shaft (22, 122) transmits torque to the rotor and to the torque wrench driver bit (30, 160) through the first gear engaged (34, 134) with the second gear (24, 124). a first body part (10, 110) having a predetermined length, and including a hollow portion formed in a longitudinal direction and a head portion (16, 116) in which a fastening hole is formed at an end thereof to which a torque wrench driver bit (30, 160) is coupled; a rotor (30, 130) having a first gear (34, 134) provided at an upper end of the rotor, the rotor being inserted into a fastening hole (18, 118) formed in the head portion (16, 116), the rotor having a plurality of ratchet grooves (32, 132) formed in an outer surface thereof; a first shaft (12, 112) including a ratchet protrusion formed at one end thereof and configured to be inserted into the hollow portion of the first body (10, 110) such that the ratchet protrusion is coupled to the ratchet grooves (32, 132) to enable one-way torque transmission; at least one second body part (20, 120) having a predetermined length, provided at the upper side of the first body part (10, 110), and including a coupling portion formed in a longitudinal direction thereof; and a second shaft (22, 122) rotatably coupled to the coupling portion of the second body part (20, 120), including a second gear (24, 124) provided at one end thereof and a knob (26, 126) provided at the other end thereof, and configured such that, in response to rotation of the knob (26, 126), the second shaft (22, 122) transmits torque to the rotor and to the torque wrench driver bit (30, 160) through the first gear engaged (34, 134) with the second gear (24, 124).
Die-cutting machine comprising a transport system configured as a chain gripper system, the at least one chain gripper system comprising at least one chain gripper carriage with at least one holding element for holding a sheet, the at least one chain gripper carriage being arranged so as to be attached to at least one chain, the at least one chain being arranged so as to guide the at least one chain gripper carriage on a guide path through at least part of the die-cutting machine, the at least one chain gripper carriage comprising at least one contact element, the at least one contact element being functionally connected to the at least one holding element, the die-cutting machine comprising at least one chain gripper opener, the at least one chain gripper opener including at least one contact surface at which, in the presence of the at least one chain gripper carriage at the at least one contact surface, the at least one contact element of the at least one chain gripper carriage is arranged so as to cooperate with the at least one chain gripper opener, the at least one holding element being arranged to be moved at least from a closed position to an open position as a result of the at least one chain gripper opener cooperating with the at least one contact element, the at least one chain gripper opener being arranged so as to be movable by means of at least one drive, the at least one drive being arranged so as to move the at least one chain gripper opener on a linear guide, and the at least one contact surface comprising at least one opening region at which the at least one holding element is arranged to start to move from a closed position to an open position, characterized in that the chain gripper opener is arranged so as to be movable along a curved section of the guide path by way of the drive and the linear guide, and in that the at least one opening region is at a distance from the guide path, and in that the at least one opening region is movable equidistantly to the guide path.
Condensate trap for the separation of condensate from flowing compressed air, with an elongated collection chamber, enclosed on the side periphery by a chamber side wall, for separated condensate, and with a condensate drain valve which may be actuated depending on the level of separated condensate, wherein the collection chamber has an upper end section which lies above in the position of use and to which is assigned a swirl generator which is able to set inflowing compressed air into rotation to generate a separation process, and wherein the collection chamber has a lower end section lying below in the position of use and in which are provided an actuating device of the condensate drain valve and a shielding housing encompassing this actuating device, wherein the shielding housing has on the peripheral side a housing side wall, positioned to form an annular gap with radial clearance from the chamber side wall, which is interrupted by several throughflow windows spaced apart in the circumferential direction of the housing side wall and each allowing passage of condensate into the interior of the shielding housing, characterised in that the shielding housing has on the outer surface of its housing side wall facing towards the chamber side wall, several flow damming ribs spaced apart from one another in the circumferential direction of the housing side wall, each extending in the axial direction of the collection chamber and each extending in the annular gap towards the chamber side wall from the housing side wall of the shielding housing.
A wave-powered vessel configured for deployment from shore, comprising: (a) a buoyant vessel body; (b) a swimmer configured to retract and be secured against the vessel body; (c) one or more tethers connecting the buoyant vessel body to the swimmer; (d) an electrically powered motor configured to propel the vessel through the water; and (e) a battery supplying power to the motor, having sufficient capacity to power the vessel from shore to a location where the swimmer can be deployed; wherein the swimmer is weighted to travel in the water below the vessel body, and is configured to pull the vessel by way of the tether, the swimmer comprising fin surfaces (12,22) that mechanically provide forward thrust when actuated by rising and falling of the swimmer in the water; wherein a mechanical means for converting movement of the buoyant vessel body caused by wave motion to electrical power comprises said swimmer and said one or more tethers; and wherein an electrical generator for converting movement of the buoyant vessel body caused by wave motion to electrical power comprises said motor, said battery and a rotary fin or turbine powered by the horizontal movement of the vessel body through the water. (a) a buoyant vessel body; (b) a swimmer configured to retract and be secured against the vessel body; (c) one or more tethers connecting the buoyant vessel body to the swimmer; (d) an electrically powered motor configured to propel the vessel through the water; and (e) a battery supplying power to the motor, having sufficient capacity to power the vessel from shore to a location where the swimmer can be deployed; wherein the swimmer is weighted to travel in the water below the vessel body, and is configured to pull the vessel by way of the tether, the swimmer comprising fin surfaces (12,22) that mechanically provide forward thrust when actuated by rising and falling of the swimmer in the water;
A decorative molding film comprising a base film provided with a protective layer, a coloring layer containing a binder resin, a polyolefin based hot melt adhesive and pigment, and an adhesive layer containing a polyolefin based hot melt adhesive, stacked in this order on one side of the base film, wherein the content of the polyolefin based hot melt adhesive in the coloring layer is 2 mass% or more and 8 mass% or less of the entire coloring layer.
Flat contact, having a blade contact section which is designed to be accommodated in a suitable contact spring pair of a mating connector, and with spring arms (12, 13) for damping relative movements between the blade contact section and such a contact spring pair, wherein the spring arms (12, 13) are integrally formed on the long narrow sides of the flat contact, characterized in that the end sections of the spring arms (12, 13) are designed as latching hooks (14, 15) which can be displaceably mounted in a contact chamber. having a blade contact section which is designed to be accommodated in a suitable contact spring pair of a mating connector, and with spring arms (12, 13) for damping relative movements between the blade contact section and such a contact spring pair, wherein the spring arms (12, 13) are integrally formed on the long narrow sides of the flat contact, characterized in that the end sections of the spring arms (12, 13) are designed as latching hooks (14, 15) which can be displaceably mounted in a contact chamber.
Refrigeration appliance having multiple electric devices, which are arranged distributed in an appliance housing, and having a cable harness that supplies the electric devices, wherein at least a first connection site of the cable harness has a plug connector that is on the side facing the cable harness and the particular electrical devices that are supplied via the first connection site are connected to the plug connector that is on the side facing the cable harness via a plug connector that is on the side facing the device and via an adaptor (2, 3) that plugs together with the two plug connectors (8, 14), characterised in that the adaptor (2, 3) has a conductor that connects to one another at least two contacts of the plug connector that is on the side facing the device.
A method for monitoring a collection of barrels by an apparatus for monitoring a collection of barrels, the monitoring apparatus comprising: - for each barrel, at least one electronic module, the electronic module being specific to the considered barrel and comprising a memory capable of storing data, and - a user terminal, the user terminal being a mobile terminal capable of operating according to a first operating mode and a second operating mode, the user terminal being able to communicate with a data management platform in the first operating mode and not communicating with the data management platform in the second operating mode, the user terminal further being provided with at least one wireless communication reader operating in both operating modes, the method including a step of: - for each barrel, recording first data in the associated electronic module, the first data being data relative to the barrel, be it the barrel itself or its content, - collecting second data by the user terminal operating in a second operating mode, the second data being data relative to the collection of barrels, and - transmitting data to the data management platform, the transmission step including transmitting second data by the user terminal operating in the first operating mode to the data management platform. - for each barrel, at least one electronic module, the electronic module being specific to the considered barrel and comprising a memory capable of storing data, and - a user terminal, the user terminal being a mobile terminal capable of operating according to a first operating mode and a second operating mode, the user terminal being able to communicate with a data management platform in the first operating mode and not communicating with the data management platform in the second operating mode, the user terminal further being provided with at least one wireless communication reader operating in both operating modes, - for each barrel, recording first data in the associated electronic module, the first data being data relative to the barrel, be it the barrel itself or its content, - collecting second data by the user terminal operating in a second operating mode, the second data being data relative to the collection of barrels, and - transmitting data to the data management platform, the transmission step including transmitting second data by the user terminal operating in the first operating mode to the data management platform.