mhurhangee/ep-ind-claims huggingface dataset:
A closure device for connecting two parts with one another, comprising a first closure part and a second closure part which is attachable in an attachment direction to the first closure part and which has a housing and a connection element arranged movably on the housing in an adjustment direction which differs from the attachment direction, wherein the connection element - for closing the closure device is attachable to the first closure part in the attachment direction and during attachment is moved in the adjustment direction relative to the housing from a first position into a second position, - in a closed position of the closure device is located in the second position and is connected to the first closure part such that the second closure part is held on the first closure part, and - is pretensioned in the direction of the first position relative to the housing, characterized by a display device which is arranged on the second closure part and which is adjustable by a movement of the connection element relative to the housing and which is located in a first display position in the first position of the connection element and which is located in a second display position in the second position of the connection element. - for closing the closure device is attachable to the first closure part in the attachment direction and during attachment is moved in the adjustment direction relative to the housing from a first position into a second position, - in a closed position of the closure device is located in the second position and is connected to the first closure part such that the second closure part is held on the first closure part, and - is pretensioned in the direction of the first position relative to the housing,
A multicore optical fiber (100, 210, 300), comprising: two or more core regions (104a, 104b, 104c) disposed within a common cladding region, wherein each of the core regions (104a, 104b, 104c) is configured to guide a respective light transmission, said light transmission comprising at least one optical mode along the length of the multicore optical fiber (100, 210, 300), wherein the multicore optical fiber (100, 210, 300) has a rotational perturbation that is configured to result in reduced crosstalk between modes of neighboring cores in the multicore optical fiber (100, 210, 300), in a deployment of the multicore optical fiber (100, 210, 300) in which cross-coupling of modes between neighboring cores is affected by bend perturbations arising in the deployed fiber (100, 210, 300), characterized in that the rotational perturbation is a spin and has a short and well-defined spin period Λ spin, in that the index mismatch between neighboring cores is not close to any integer multiple of λ/ Λ spin, wherein the index mismatch between neighboring cores is defined by Δ n m, n eff = A m, m − A n, n, wherein λ is the wavelength of the transmitted light, A m,m and A n,n are the refractive indices of two neighboring cores, and in that said spin period is no greater than 2 cm. two or more core regions (104a, 104b, 104c) disposed within a common cladding region, wherein each of the core regions (104a, 104b, 104c) is configured to guide a respective light transmission, said light transmission comprising at least one optical mode along the length of the multicore optical fiber (100, 210, 300), wherein the multicore optical fiber (100, 210, 300) has a rotational perturbation that is configured to result in reduced crosstalk between modes of neighboring cores in the multicore optical fiber (100, 210, 300), in a deployment of the multicore optical fiber (100, 210, 300) in which cross-coupling of modes between neighboring cores is affected by bend perturbations arising in the deployed fiber (100, 210, 300), characterized in that the rotational perturbation is a spin and has a short and well-defined spin period Λ spin, in that the index mismatch between neighboring cores is not close to any integer multiple of λ/ Λ spin, wherein the index mismatch between neighboring cores is defined by Δ n m, n eff = A m, m − A n, n, wherein λ is the wavelength of the transmitted light, A m,m and A n,n are the refractive indices of two neighboring cores, and in that said spin period is no greater than 2 cm.
Switch module of an electrical service device (46, 47) with a housing lower part, which has at least one switching chamber, at least one switching rocker (10, 11, 12), which is mounted pivotably on the housing lower part, acting on an associated contact rocker of the switching chamber, characterized in that a housing upper part is provided which can be connected to the housing lower part and in which a longitudinal actuating element (33, 34, 35) is guided, which longitudinal actuating element can be moved in an actuating direction towards the housing lower part, and in that a transverse actuating element, which can be moved at right angles with respect to the actuating direction, is guided in the switching rocker (10, 11, 12), the transverse actuating element having at least one oblique surface (21, 22), on which at least one actuating arm (36, 37) of the longitudinal actuating element (33, 34, 35) acts in the event of a movement in the actuation direction, as a result of which, first, a lateral movement of the transverse actuating element and then pivoting of the switching rocker (10, 11, 12) and therefore pivoting of the contact rocker can be triggered.
A microfluidic diagnostic chip, comprising: a main fluid channel comprising a main pump; a secondary fluid channel branching off from the main fluid channel; and a secondary pump within the secondary fluid channel wherein the secondary pump is configured to pull a particle of analyte of a first size from a fluid passing through the main fluid channel, the microfluidic diagnostic chip being configured to analyze the fluid comprising particles of analyte of the first size and of a number of larger sizes, wherein the diameter of the secondary fluid channel comprises a smaller diameter than the main fluid channel and excludes the number of larger sizes of particles, wherein the secondary fluid channel comprises a first sensor configured to analyze the particles of the first size passing therethrough, and wherein the main pump and secondary pump are configured to cooperate, by firing sequentially one after the other, to create a cross flow of fluid by an opening of the second fluid channel such that particles in the fluid do not accumulate at the opening. a main fluid channel comprising a main pump; a secondary fluid channel branching off from the main fluid channel; and a secondary pump within the secondary fluid channel wherein the secondary pump is configured to pull a particle of analyte of a first size from a fluid passing through the main fluid channel, the microfluidic diagnostic chip being configured to analyze the fluid comprising particles of analyte of the first size and of a number of larger sizes, wherein the diameter of the secondary fluid channel comprises a smaller diameter than the main fluid channel and excludes the number of larger sizes of particles, wherein the secondary fluid channel comprises a first sensor configured to analyze the particles of the first size passing therethrough, and wherein the main pump and secondary pump are configured to cooperate, by firing sequentially one after the other, to create a cross flow of fluid by an opening of the second fluid channel such that particles in the fluid do not accumulate at the opening.
Conveying system for transporting piece goods, in particular postal items, along a main conveying direction, comprising a control unit and a conveying section, wherein - the conveying path comprises more than two segments which are arranged one behind the other along the main conveying direction; - the segments comprise conveying means arranged substantially parallel to one another, which are designed to transport the piece goods along the main conveying direction; - the conveying means are individually drivable and individually controllable by the control unit; - a conveying means of a preceding segment opens into two or more conveying means of a following segment; - a segment extends in each case over almost the entire width of the conveyor section, characterised in that the segments are regularly arranged alternately offset relative to one another transversely to the main conveying direction in that the conveying means of adjacent segments are arranged offset relative to one another. - the conveying path comprises more than two segments which are arranged one behind the other along the main conveying direction; - the segments comprise conveying means arranged substantially parallel to one another, which are designed to transport the piece goods along the main conveying direction; - the conveying means are individually drivable and individually controllable by the control unit; - a conveying means of a preceding segment opens into two or more conveying means of a following segment; - a segment extends in each case over almost the entire width of the conveyor section,
A timepiece comprising: a dial; an annular member disposed around the outside circumference of the dial; and an index marker affixed to the annular member, wherein: the annular member has a protruding part that protrudes to the inside in the radial direction of the annular member; and the index marker is disposed to the protruding part, characterized in that the index marker has a post member; the protruding part has a first hole at a position corresponding to the post member; and the post member is fit into the first hole and fastened in the first hole by adhesive. a dial; an annular member disposed around the outside circumference of the dial; and an index marker affixed to the annular member, wherein: the annular member has a protruding part that protrudes to the inside in the radial direction of the annular member; and the index marker is disposed to the protruding part, characterized in that the index marker has a post member; the protruding part has a first hole at a position corresponding to the post member; and the post member is fit into the first hole and fastened in the first hole by adhesive. the annular member has a protruding part that protrudes to the inside in the radial direction of the annular member; and the index marker is disposed to the protruding part, characterized in that the index marker has a post member; the protruding part has a first hole at a position corresponding to the post member; and the post member is fit into the first hole and fastened in the first hole by adhesive.
A method for coupling, i.e. allowing, in particular re-allowing a conversion of user input into manipulator movements, of an input device to a manipulator, wherein the input device is configured to control the manipulator, the method comprising the following steps: a) checking whether the pose, i.e. the position and orientation of an input point of the input device is within an input tolerance range, wherein the input tolerance range of the input device is determined by mapping a tolerance range of a reference point of the manipulator, and the input tolerance range is unchangeable until the input device is coupled to the manipulator; b) moving the reference point of the manipulator to the pose commanded by the input device when the pose of the input point is within the input tolerance range; and c) coupling the input device to the manipulator after the reference point has reached the commanded pose. a) checking whether the pose, i.e. the position and orientation of an input point of the input device is within an input tolerance range, wherein the input tolerance range of the input device is determined by mapping a tolerance range of a reference point of the manipulator, and the input tolerance range is unchangeable until the input device is coupled to the manipulator; b) moving the reference point of the manipulator to the pose commanded by the input device when the pose of the input point is within the input tolerance range; and c) coupling the input device to the manipulator after the reference point has reached the commanded pose.
A method of performing dynamic power optimization in a fiber-optic communication system (100, 200) in response to poor connection or bad communication quality associated with an event on a link of the fiber-optic communication system (100, 200) after linking up of a communication channel, comprising: a first optical transceiver in the fiber-optic communication system (100, 200) transmitting a power correction request packet to a second optical transceiver in the fiber-optic communication system (100, 200) using an optical transmitting power having an initial value; characterized by comprising: acquiring a power compensation value which is associated with a difference between an optical receiving power actually inputted into the second optical transceiver and an expected input power of the second optical transceiver; adjusting the optical transmitting power according to the power compensation value when a value of the optical receiving power is larger than a value of the expected input power; and the first optical transceiver transmitting signals to the second optical transceiver using the adjusted optical transmitting power. a first optical transceiver in the fiber-optic communication system (100, 200) transmitting a power correction request packet to a second optical transceiver in the fiber-optic communication system (100, 200) using an optical transmitting power having an initial value; characterized by comprising: acquiring a power compensation value which is associated with a difference between an optical receiving power actually inputted into the second optical transceiver and an expected input power of the second optical transceiver; adjusting the optical transmitting power according to the power compensation value when a value of the optical receiving power is larger than a value of the expected input power; and the first optical transceiver transmitting signals to the second optical transceiver using the adjusted optical transmitting power. acquiring a power compensation value which is associated with a difference between an optical receiving power actually inputted into the second optical transceiver and an expected input power of the second optical transceiver; adjusting the optical transmitting power according to the power compensation value when a value of the optical receiving power is larger than a value of the expected input power; and the first optical transceiver transmitting signals to the second optical transceiver using the adjusted optical transmitting power.
A disconnecting and switching apparatus for overvoltage protection, comprising at least one dissipation element, and further one thermal disconnecting point which is integrated in the electrical connection path of the dissipation element, wherein the thermal disconnecting point comprises a movable conductor element, which is under mechanical pretension and which, in the event of disconnecting, moves from a first position into a second position, wherein by reaching a second position an electrical switching is produced, wherein a complete electrical disconnection of the dissipation element in relation to the connection path is only given once the movable conductor element has reached the second position, wherein the thermal disconnecting point is formed by the movable conductor element and a fixed contact element, wherein the movable conductor element is fastened to the fixed contact element by a thermally detachable means, characterized in that further the contact element has a groove or an opening, in which a finger-like projection of the movable conductor element immerses in such a way that a disconnection between the groove or opening and the finger-like projection is only given when the second position of the movable conductor element is reached.
Middle rest of an air passenger seat row with a hinge and with an armrest (66, 67), the armrest (66, 67) being articulated movably on the hinge, the hinge having a middle element and two wing elements (29, 30), a first wing element being articulated on the middle element such that it can be rotated about a first rotational axis, a second wing element being articulated on the middle element such that it can be rotated about a second rotational axis, the first wing element having a mounting element (48, 49), in order to arrange a wing or a flap, the second wing element having a further mounting member (50, 51), in order to arrange a further wing or a further flap, the hinge having a mounting member, in order to fasten the middle element to an air passenger seat, with the result that, in the mounted state of the hinge on the air passenger seat and in the arranged state of the wings or the flaps, the wings or flaps are present such that they can be moved relative to the remaining air passenger seat, the first and the second rotational axes being arranged on the hinge extending in a bearing plane and spaced apart from one another, the first wing element being articulated on the middle element by way of a first bushing, the first bushing of the first wing element being present along the first rotational axis between a second and a third bushing (41, 42) of the middle element, the first to third bushing being mounted on a first shaft of the hinge, the second wing element being articulated on the middle element by way of a fourth bushing, the fourth bushing of the first wing element being present along the second rotational axis between a fifth and a sixth bushing (46, 47) of the middle element, the fourth to sixth bushing being mounted on a second shaft of the hinge, the middle rest having a storage surface which extends in a storage plane, the hinge being arranged in the region of the storage surface via the mounting member on the middle rest, the storage plane being present spaced apart from the bearing plane of the rotational axes.
Device for controlled cardiopulmonary resuscitation of the human body in cardiac arrest, with at least one pressure transmission means and at least one pressure-absorbing element and a pressure display, which occurs when an adjustable limit pressure (Fmax) occurs human sensory organs generates a perceptible signal, whereas the device comprising at least one spring system with a plurality of spring elements (43, 44, 45), which interact when mechanical pressure is exerted and the limit pressure is set by interaction of all spring elements, wherein at least one spring element of the spring system is flat and in one piece, characterized in that at least two spring elements of the spring system are arranged laterally to the flat one-piece spring element and around the flat one-piece spring element, and above the at least one area A one-piece spring element is arranged at least one further spring element of the spring system, which absorbs the mechanical pressure on the at least one pressure transmission means and transfers it to the flat one-piece spring element.
A footlet provided with a heel portion, a toe portion, and a middle portion located between the heel portion and the toe portion, which middle portion comprises lateral sides that extend between the heel portion and the toe portion on either side, said footlet being manufactured completely by means of reciprocating knitting, characterized in that only the heel portion is provided with a thread that comprises an anti-slip agent, which thread is incorporated in the heel portion by reciprocating knitting.
A docking system for a portable device, said docking system comprising: a housing assembly disposed partially within an input-output module and is operable between a plurality of viewing angles, wherein the housing assembly comprises a front enclosure portion with a base; a locking sub-system comprising a switching means and an actuating lever, wherein the locking sub-system is provided on said housing assembly for locking said portable device to said housing assembly, wherein the actuation of the switching means unlocks the portable device from the actuating lever; at least one L shaped retaining member coupling said housing assembly to said input-output module, wherein the at least one L shaped retaining member is indirectly secured to the base of the front enclosure portion; characterized by a stiffening member removably fixed to said base of front enclosure portion; a friction hinge including two arms with a common shaft, wherein one of the two arms is mounted to the base of the front enclosure portion through the stiffening member and another of the two arms is mounted to the at least one L shaped retaining member, wherein the friction hinge is mounted between the stiffening member and the at least one L shaped retaining member; and wherein the actuating lever extends horizontally from one end to the other end of the front enclosure portion. a housing assembly disposed partially within an input-output module and is operable between a plurality of viewing angles, wherein the housing assembly comprises a front enclosure portion with a base; a locking sub-system comprising a switching means and an actuating lever, wherein the locking sub-system is provided on said housing assembly for locking said portable device to said housing assembly, wherein the actuation of the switching means unlocks the portable device from the actuating lever; at least one L shaped retaining member coupling said housing assembly to said input-output module, wherein the at least one L shaped retaining member is indirectly secured to the base of the front enclosure portion; characterized by a stiffening member removably fixed to said base of front enclosure portion; a friction hinge including two arms with a common shaft, wherein one of the two arms is mounted to the base of the front enclosure portion through the stiffening member and another of the two arms is mounted to the at least one L shaped retaining member, wherein the friction hinge is mounted between the stiffening member and the at least one L shaped retaining member; and wherein the actuating lever extends horizontally from one end to the other end of the front enclosure portion.