mhurhangee/ep-ind-claims huggingface dataset:
A multifunctional catheter control handle for use in a patient's heart, comprising: a deflection control assembly; and a rotational control assembly having an outer rotational member, an inner rotational member and a cam; first and second puller members; and a third puller member having a proximal end anchored to the rotational control assembly, the deflection assembly having a deflection arm and a rocker member, the first and second puller members each having a proximal end anchored to the deflection control assembly, w herein the outer rotational member generally surrounds the inner rotational member and the inner rotational member is rotatably mounted on the cam, characterised in that the rotational control assembly includes a follower to which the proximal end of the third puller member is anchored, the follower being adapted to follow the movement of the inner rotational member so as to slide in a track formed on the cam. a deflection control assembly; and a rotational control assembly having an outer rotational member, an inner rotational member and a cam; first and second puller members; and a third puller member having a proximal end anchored to the rotational control assembly, the deflection assembly having a deflection arm and a rocker member, the first and second puller members each having a proximal end anchored to the deflection control assembly, w herein the outer rotational member generally surrounds the inner rotational member and the inner rotational member is rotatably mounted on the cam, characterised in that the rotational control assembly includes a follower to which the proximal end of the third puller member is anchored, the follower being adapted to follow the movement of the inner rotational member so as to slide in a track formed on the cam.
Haptic operating device comprising a basic body and a rotary unit and a magnetorheological transmission apparatus comprising at least two components (2, 3) configured to be coupled the coupling intensity of which can be influenced, wherein a magnetorheological medium having magnetically polarizing particles which can be influenced by a magnetic field is disposed in a duct for influencing the coupling intensity between the components (2, 3) provided for coupling, and wherein at least one magnetic field generating device is provided for generating at least one magnetic field so as to influence the magnetorheological medium by means of the magnetic field, wherein the basic body is coupled with one of the two components (2, 3) and the rotary unit, with the other of the two components (3, 2), wherein at least one rotatable transmission member is provided in the duct as a magnetic field concentrator, wherein the rotatable transmission member is caused to rotate during rotational movement of at least one of the components (2, 3) provided for coupling, and wherein the basic body comprises a base plate and an annular takeup housing with a takeup space disposed therein wherein the takeup space is radially outwardly delimited by an outer leg of the takeup housing substantially extending in the axial direction, and wherein a shaft non-rotatably connected with the rotary unit is rotatably accommodated centrally at the takeup housing, and wherein an electric coil is received in the takeup space, and wherein in a radially inwardly region a circulating ring non-rotatably connected with the shaft follows the takeup housing separated by an axial gap, and wherein the duct is disposed in the takeup space and is radially outwardly delimited by the outer leg and radially inwardly, substantially by the circulating ring, so that a substantial part of the magnetic field of the magnetic field generating device extends through the takeup housing, the duct and the circulating ring.
Self-locking feed fence, comprising at least one pivoting bar, two vertical bars, a top rail, a lower bar and a latch mechanism, said top rail and said lower bar arranged in parallel and connected by said vertical bars forming an opening (A1...5) in which said at least one pivoting bar is arranged and can be moved from an open position forming an upper opening to a locking position forming a closed upper opening, and whereby said at least pivoting bar can be moved back to said open position, said at least one pivoting bar being lockable and releasable by the latch mechanism in the locking position, said latch mechanism comprising at least one latch, one unlatch slide and a latch actuator slidably arranged on said top rail, characterized in that a coupling element is provided to individually couple and uncouple said latch actuator with said unlatch slide, said coupling element being integrated in said latch actuator.
A wearable device comprising: an electronic sensor configured to be carried by a person, to be used by the person to detect a cleanliness state of the person's hands and to sense concentrations of a material indicative of the cleanliness state of the person's hand; and a storage device coupled to the sensor to store information about the frequency, timing or results, or any combination of them, of cleanliness measurement performed by the user using the electronic sensor. an electronic sensor configured to be carried by a person, to be used by the person to detect a cleanliness state of the person's hands and to sense concentrations of a material indicative of the cleanliness state of the person's hand; and a storage device coupled to the sensor to store information about the frequency, timing or results, or any combination of them, of cleanliness measurement performed by the user using the electronic sensor.
A windshield wiper that comprises a linear body comprising a central body and a blade housed inside the central body, characterized in that the central body comprises: - a triangular cross section, with the blade in a position that is essentially parallel to one side of the triangular cross section, and - a flexible tab on one vertex of the triangular cross section, such that one end of the blade protrudes through the vertex of the triangular cross section where the flexible tab is located. - a triangular cross section, with the blade in a position that is essentially parallel to one side of the triangular cross section, and - a flexible tab on one vertex of the triangular cross section,
A retinal image analysis method including: (i) automatically tracing one or more vessels of the retinal image; (ii) automatically displaying an image comprising the one or more traced vessels; (iii) using vessel segments to calculate automatically a plurality of parameters wherein the plurality of parameters comprise parameters associated with veins and/or arteries; and (iv) outputting the plurality of parameters; characterized in that the method further includes automatically classifying the traced vessels into veins and arteries based on intensity profiles in the form of histograms of pixel intensities for pixels lying on diameter lines along each of the traced vessels. (i) automatically tracing one or more vessels of the retinal image; (ii) automatically displaying an image comprising the one or more traced vessels; (iii) using vessel segments to calculate automatically a plurality of parameters wherein the plurality of parameters comprise parameters associated with veins and/or arteries; and (iv) outputting the plurality of parameters;
Bearing structure for a container for a flexible bag intended for collecting waste, the flexible bag comprising a first opening at one end of the bag for the introduction of waste, and comprising a second opening located at an opposite end for emptying the waste from the bag, said structure including: - a means for securing the bag, - a gripping means capable of taking two configurations, - a closure member capable of holding the second opening of the bag, remote from the securing means, in the open or closed position, and - a transmission member connecting the gripping means to the closure member, capable of slaving the position of the closure member to the configuration of the gripping means, characterized in that the transmission member is designed to pass through a central portion of the bag. - a means for securing the bag, - a gripping means capable of taking two configurations, - a closure member capable of holding the second opening of the bag, remote from the securing means, in the open or closed position, and - a transmission member connecting the gripping means to the closure member, capable of slaving the position of the closure member to the configuration of the gripping means, characterized in that the transmission member is designed to pass through a central portion of the bag.
A heavy machine-operated sieve screen bucket, comprising: - a plurality of stationary screening plates, spaced from each other and establishing a screening surface which is provided with screening slots and on top of which can be placed the material to be screened - rotatable shafts below the screening surface, and - blades which project from the shafts and extend through the screening slots to above the screening surface, characterized in that the blades taper in a wedge-like manner towards their rounded tips and in that fastening plates, and the shafts, along with their blades, mounted on the fastening plates with bearings, make up a cartridge unit capable of being installed as a single entity from a rear side of the bucket by pushing the fastening plates in the direction of their plane into reception openings in frame plates of the bucket. - a plurality of stationary screening plates, spaced from each other and establishing a screening surface which is provided with screening slots and on top of which can be placed the material to be screened - rotatable shafts below the screening surface, and - blades which project from the shafts and extend through the screening slots to above the screening surface,
Ultrasonic actor in the form of a piezoelectric plate of length L, height H and having a transverse symmetry plane S which extends perpendicular to the longitudinal direction of the ultrasonic actor through the center thereof, wherein the ultrasonic actor comprises two generators (12, 13) for acoustic standing waves and wherein at the ultrasonic actor at least one friction element for driving an element to be driven is arranged, wherein each of the generators (12, 13) comprises two parts (14, 15, 16, 17) which are disposed on different sides of the transverse symmetry plane S, and wherein the length L and the height H of the piezoelectric plate are dimensioned such that the resonance frequency f l of the second mode of the longitudinal wave is substantially identical to the resonance frequency f b the fifth mode of the stationary bending wave, characterized in that each of the generators (12, 13) generates at the same time in the ultrasonic actor a stationary longitudinal wave and a stationary bending wave each propagating along the plate length L.
A composition comprising, compared to the total weight of the composition: - from 1% to 80% by weight of an extract of cinnamon; and - from 1% to 80% by weight of an extract of basil, said extract being an essential oil, a dry extract or a total powder of the plant, said composition being for use for treating or preventing a urinary infection or to relieve the symptoms of a urinary infection. - from 1% to 80% by weight of an extract of cinnamon; and - from 1% to 80% by weight of an extract of basil,
Rail vehicle, in particular for high-speed traffic, comprising - a wagon body having an interior space and defining a vehicle longitudinal direction, a vehicle transverse direction and a vehicle height direction, and - a pantograph device for mounting in a roof area of said wagon body, wherein - said pantograph device has at least one electrical insulator device (104.3) via which said pantograph device is supported on a roof structure (102.3) of said wagon body, - between said insulator device (104.3) and said roof structure (102.3) a vibration reduction device is arranged, which protrudes in said vehicle transverse direction and/or said vehicle longitudinal direction beyond said insulator device (104.3), wherein - said vibration reduction device, for noise reduction in said interior space, is configured to reduce an introduction of vibrations into said roof structure (102.3) induced by said pantograph device, - said vibration reduction device comprises a support device (107.1), - said insulator device (104.3) is supported on said support device (107.1) in at least one insulator connection area (107.6), and - said support device (107.1) is connected to said roof structure (102.3) of said wagon body via at least one roof connection device (107.4) in at least one roof connection area (107.2), characterized in that - said support device (107.1) is connected to said roof structure (102.3) of said wagon body without interposition of damping elements. - a wagon body having an interior space and defining a vehicle longitudinal direction, a vehicle transverse direction and a vehicle height direction, and - a pantograph device for mounting in a roof area of said wagon body, wherein - said pantograph device has at least one electrical insulator device (104.3) via which said pantograph device is supported on a roof structure (102.3) of said wagon body, - between said insulator device (104.3) and said roof structure (102.3) a vibration reduction device is arranged, which protrudes in said vehicle transverse direction and/or said vehicle longitudinal direction beyond said insulator device (104.3), wherein - said vibration reduction device, for noise reduction in said interior space, is configured to reduce an introduction of vibrations into said roof structure (102.3) induced by said pantograph device, - said vibration reduction device comprises a support device (107.1), - said insulator device (104.3) is supported on said support device (107.1) in at least one insulator connection area (107.6), and - said support device (107.1) is connected to said roof structure (102.3) of said wagon body via at least one roof connection device (107.4) in at least one roof connection area (107.2), - said support device (107.1) is connected to said roof structure (102.3) of said wagon body without interposition of damping elements.
Optoelectronic device with a body which is suitable to send out electromagnetic radiation under operation of the device, comprising a carrier substrate and a layer sequence arranged on this carrier substrate and emitting radiation, and which is located in a reflector trough of a device housing and electrically conductively connected to external electrical connector conductors (41, 42) of the device housing, wherein the reflector trough comprises: - a reflector region with an inner surface the cross section of which, seen from the body emitting radiation, enlarges in the direction of a front side of the device housing in such a way that radiation of the layer sequence impinging on the inner surface is deflected in a targeted way in the direction of a desired optical axis of the device; - a substrate depression arranged in front of the reflector region on the bottom side in which the body emitting radiation is arranged, wherein the depth of the substrate depression is selected in such a way that the carrier substrate is at least partially recessed with respect to the reflector region and the length and the width of the substrate depression are adapted to the length and the width of the body in such a way that a distance of the side walls of the substrate depression from the flanks of the body emitting radiation is between 0.05 mm and 0.3 mm; characterized in that the device housing comprises a base region to which the lens adjoins, wherein the reflector trough is set back with respect to the front side of the device housing and the lens is offset back with respect to the base region in such a way that a shoulder is formed. - a reflector region with an inner surface the cross section of which, seen from the body emitting radiation, enlarges in the direction of a front side of the device housing in such a way that radiation of the layer sequence impinging on the inner surface is deflected in a targeted way in the direction of a desired optical axis of the device; - a substrate depression arranged in front of the reflector region on the bottom side in which the body emitting radiation is arranged, wherein the depth of the substrate depression is selected in such a way that the carrier substrate is at least partially recessed with respect to the reflector region and the length and the width of the substrate depression are adapted to the length and the width of the body in such a way that a distance of the side walls of the substrate depression from the flanks of the body emitting radiation is between 0.05 mm and 0.3 mm;
A base station apparatus that is configured to and/or programmed to communicate with a terminal apparatus, the base station apparatus comprising: a transmitter configured to and/or programmed to transmit an Enhanced Physical Downlink Control CHannel, EPDCCH, in an EPDCCH region, wherein physical resource block pairs corresponding to the EPDCCH region are indicated by higher layers, the EPDCCH is transmitted using one or a plurality of enhanced control channel elements, the enhanced control channel element consists of a plurality of enhanced resource element groups in one physical resource block pair in a case that the enhanced control channel element is subject to a localized mapping, the enhanced control channel element consists of a plurality of enhanced resource element groups in a plurality of physical resource block pairs in a case that the enhanced control channel element is subject to a distributed mapping, in a case of localized mapping, an EPDCCH UE-specific search space monitored by the terminal apparatus at an aggregation level is defined by a plurality of EPDCCH candidates, n-th EPDCCH candidate and (n+1)-th EPDCCH candidate in the plurality of EPDCCH candidates correspond to enhanced control channel elements in different physical resource block pairs. a transmitter configured to and/or programmed to transmit an Enhanced Physical Downlink Control CHannel, EPDCCH, in an EPDCCH region, wherein physical resource block pairs corresponding to the EPDCCH region are indicated by higher layers, the EPDCCH is transmitted using one or a plurality of enhanced control channel elements, the enhanced control channel element consists of a plurality of enhanced resource element groups in one physical resource block pair in a case that the enhanced control channel element is subject to a localized mapping, the enhanced control channel element consists of a plurality of enhanced resource element groups in a plurality of physical resource block pairs in a case that the enhanced control channel element is subject to a distributed mapping, in a case of localized mapping, an EPDCCH UE-specific search space monitored by the terminal apparatus at an aggregation level is defined by a plurality of EPDCCH candidates, n-th EPDCCH candidate and (n+1)-th EPDCCH candidate in the plurality of EPDCCH candidates correspond to enhanced control channel elements in different physical resource block pairs.
A computer-implemented method, comprising: presenting an object store to virtual machines running on host computing nodes in a cluster, wherein objects in the object store include virtual disk objects which each represent a virtual disk associated with a corresponding virtual machine, wherein each virtual disk object is a composite object associated with a set of component objects in the object store, wherein each component object represents a data component storing data of the virtual disk, and wherein the data components of the component objects are separately stored across local storage resources (117, 118) of the respective computing nodes according to a specified storage policy of the virtual disk object; and managing the cluster of computing nodes following a failure or management event that divides the cluster into at least a first partition and a second partition, including determining, by a coordinator node (111 1) in the first partition as owner of a first virtual disk object, that a quorum number of the component objects that comprise the first virtual disk object are stored as data components within the computing nodes in the first partition, and, in response, permitting by the owner node configuration operations which alter the specified storage policy of the first virtual disk object to be performed by the computing nodes in the first partition while denying any access to the first virtual disk object from the computing nodes in the second partition. presenting an object store to virtual machines running on host computing nodes in a cluster, wherein objects in the object store include virtual disk objects which each represent a virtual disk associated with a corresponding virtual machine, wherein each virtual disk object is a composite object associated with a set of component objects in the object store, wherein each component object represents a data component storing data of the virtual disk, and wherein the data components of the component objects are separately stored across local storage resources (117, 118) of the respective computing nodes according to a specified storage policy of the virtual disk object; and managing the cluster of computing nodes following a failure or management event that divides the cluster into at least a first partition and a second partition, including determining, by a coordinator node (111 1) in the first partition as owner of a first virtual disk object, that a quorum number of the component objects that comprise the first virtual disk object are stored as data components within the computing nodes in the first partition, and, in response, permitting by the owner node configuration operations which alter the specified storage policy of the first virtual disk object to be performed by the computing nodes in the first partition while denying any access to the first virtual disk object from the computing nodes in the second partition.