mhurhangee/patent-ind-claim-en huggingface dataset:
A lever handing apparatus comprising: a spring cage housing having a first wall with a through aperture formed therein and an outer rim extending from the first wall ; a lever spindle connected to the spring cage housing and having a body portion with a shaft extending through the through aperture of the first wall of the spring cage housing ; an escutcheon housing with a front wall extending to a perimeter wall formed around the front wall ; an aperture formed through the front wall of the escutcheon housing for receiving a portion of the shaft of the lever spindle therethrough; a lever handle positioned on a side of the escutcheon housing opposite the spring cage housing , wherein the lever handle is connected to the portion of the shaft of the lever spindle extending through the aperture of the escutcheon housing ; a resilient member positioned about the shaft of the lever spindle and positioned between the spring cage housing and the escutcheon housing ; and wherein actuation of the lever handle causes the spring cage housing to selectively rotate about an axis of rotation and move in an axial direction between a first position and a second position relative to the escutcheon housing when connected to the lever handle through the aperture of the escutcheon housing ; wherein the escutcheon housing includes at least one abutment protruding inwardly from the perimeter wall ; and wherein the outer rim of the spring cage housing includes at least one recessed portion protruding radially inward and complementary to the at least one abutment of the perimeter wall of the escutcheon housing . a spring cage housing having a first wall with a through aperture formed therein and an outer rim extending from the first wall ; a lever spindle connected to the spring cage housing and having a body portion with a shaft extending through the through aperture of the first wall of the spring cage housing ; an escutcheon housing with a front wall extending to a perimeter wall formed around the front wall ; an aperture formed through the front wall of the escutcheon housing for receiving a portion of the shaft of the lever spindle therethrough; a lever handle positioned on a side of the escutcheon housing opposite the spring cage housing , wherein the lever handle is connected to the portion of the shaft of the lever spindle extending through the aperture of the escutcheon housing ; a resilient member positioned about the shaft of the lever spindle and positioned between the spring cage housing and the escutcheon housing ; and wherein actuation of the lever handle causes the spring cage housing to selectively rotate about an axis of rotation and move in an axial direction between a first position and a second position relative to the escutcheon housing when connected to the lever handle through the aperture of the escutcheon housing ; wherein the escutcheon housing includes at least one abutment protruding inwardly from the perimeter wall ; and wherein the outer rim of the spring cage housing includes at least one recessed portion protruding radially inward and complementary to the at least one abutment of the perimeter wall of the escutcheon housing .
An emulsifying system , in particular for an internal combustion engine , the emulsifying system comprising an emulsifying device for producing a water-fuel emulsion and an injector or an injection nozzle for injecting the water-fuel emulsion into a combustion chamber (B), the emulsifying device being integrated into the injector or the injection nozzle , the injector or the injection nozzle having a movable nozzle needle , characterised in that, the emulsifying system has at least one emulsifying channel extending helically around the longitudinal axis (A) of the nozzle needle .
A pipe fitting stand for supporting a pipe during a work operation, the pipe fitting stand comprising: a table ; a plurality of legs (18a-18c, 18a'-18c', 96a-96d) coupled to the table and movable between a deployed position and a stowed position; a vise coupled to the table for supporting a first portion of the pipe; and a support positioned on a side of the table opposite the vise upon which a second portion of the pipe is supported, wherein the support is adjustable relative to the table, thereby adjusting the orientation of the pipe relative to the table; characterized by an actuator supported by the table; and a threaded rod extending between the support and the actuator, wherein rotation of the actuator imparts translation to the support relative to the table. a table ; a plurality of legs (18a-18c, 18a'-18c', 96a-96d) coupled to the table and movable between a deployed position and a stowed position; a vise coupled to the table for supporting a first portion of the pipe; and a support positioned on a side of the table opposite the vise upon which a second portion of the pipe is supported, wherein the support is adjustable relative to the table, thereby adjusting the orientation of the pipe relative to the table; characterized by an actuator supported by the table; and a threaded rod extending between the support and the actuator, wherein rotation of the actuator imparts translation to the support relative to the table.
Device for measuring, diagnosing, and/or therapy of the forces of human fingers, hand, arm, and/or shoulder, comprising at least a base plate and force sensors , of which at least one has a tension bolt passing through it, and this force sensor is fixedly positioned on one side of the base plate and is connected friction-locked to an actuating part via the tension bolt . Furthermore, on the side of the base plate opposite the fixed force sensor and at least partially in the area of the adjoining sides of the base plate , a guide is provided on or in which at least one movable force sensor is positioned.
A method for wireless communications by a user equipment, UE, comprising: selecting a random access message transmission occasion for a preamble and a payload of a random access message, wherein the random access message transmission occasion comprises a preamble occasion and a payload occasion; selecting a preamble sequence for the preamble to transmit in the preamble occasion of the random access message transmission occasion of a two-step random access channel, RACH, procedure; selecting at least one resource unit, RU, for transmitting the payload in the payload occasion; validating the selected random access message transmission occasion based on one or more criteria; and transmitting the preamble sequence and the payload in the selected message transmission occasion if the selected random access message transmission occasion is validated. selecting a random access message transmission occasion for a preamble and a payload of a random access message, wherein the random access message transmission occasion comprises a preamble occasion and a payload occasion; selecting a preamble sequence for the preamble to transmit in the preamble occasion of the random access message transmission occasion of a two-step random access channel, RACH, procedure; selecting at least one resource unit, RU, for transmitting the payload in the payload occasion; validating the selected random access message transmission occasion based on one or more criteria; and transmitting the preamble sequence and the payload in the selected message transmission occasion if the selected random access message transmission occasion is validated.
A dressing for use with negative pressure wound therapy comprising a manifold , the manifold having a wound facing side, a non-wound facing side opposite the wound facing side, and outer edges between the wound facing and non-wound facing sides; and a first biopolymer layer in contact with the wound facing side and at least a portion of the outer edges of the manifold , the first biopolymer layer being for reducing or preventing the ingrowth of tissue into said portion of the outer edges during negative pressure wound therapy. a manifold , the manifold having a wound facing side, a non-wound facing side opposite the wound facing side, and outer edges between the wound facing and non-wound facing sides; and a first biopolymer layer in contact with the wound facing side and at least a portion of the outer edges of the manifold , the first biopolymer layer being for reducing or preventing the ingrowth of tissue into said portion of the outer edges during negative pressure wound therapy.
A fixation device for a seat, for example an aircraft seat, in a rail of the rest of that aircraft, of the type including a base capable of being associated with the rest of the seat and including means for attaching the latter by gripping it on the rail of the aircraft, movable between retracted assembly/disassembly and active attachment positions of the seat, by an operator using a maneuvering lever movable between retracted assembly/disassembly and active position-blocking positions of the attachment means and which includes means for locking in the active blocking position, characterized in that the maneuvering lever is associated with toggle joint means for crossing a hard point comprising articulation yoke for connecting rods also articulated on the base , at least one of which is associated with the attachment means for the seat in order to move the latter between their retracted position for assembly/disassembly of the seat and the active attachment position thereof.
A belt retractor for a vehicle seat belt system comprising a frame , a belt reel which is rotatably arranged in the frame and a locking system which can lock the belt reel in a webbing-sensitive manner, the locking system including an inertia pawl which per se co-rotates with the belt reel and is pivotable from a home position in which the belt reel is freely rotatable about a pivot axis (S) into a locking position, wherein a means to trigger pivoting of the inertia pawl is provided which is responsive to exceeding a predetermined centrifugal force, characterized in that the means is a pivoted lever which is arranged on the outside of the inertia pawl and is adapted to contact locking teeth of the locking system.
Rail vehicle with a bogie rolling on a trackway in a direction of travel , a vehicle structure supported on the bogie , a rigid support structure which is arranged on the end side of the rail vehicle and which has an end-side coupling opening through which a coupling for coupling further rail vehicles extends, and a coupling securing means for securing the coupling to the rail vehicle , characterised in that the coupling securing means have reversible securing elements which permit a reversible lifting movement counter to the direction of travel such that the coupling is completely retracted in the supporting structure .
An algorithm download method performed by a client , wherein the method comprises obtaining (S103) an algorithm identifier of an algorithm by a user and a capability description of the client, wherein the capability description comprises one or more of available storage space, available memory space, a floating-point operation capability, and a processor type; sending (S104) the algorithm identifier and the capability description to a cloud computing node cluster; and receiving (S106) a version code that is of the algorithm and that is returned by the cloud computing node cluster, wherein the version code is obtained by the cloud computing node cluster by searching based on the algorithm identifier and the capability description. obtaining (S103) an algorithm identifier of an algorithm by a user and a capability description of the client, wherein the capability description comprises one or more of available storage space, available memory space, a floating-point operation capability, and a processor type; sending (S104) the algorithm identifier and the capability description to a cloud computing node cluster; and receiving (S106) a version code that is of the algorithm and that is returned by the cloud computing node cluster, wherein the version code is obtained by the cloud computing node cluster by searching based on the algorithm identifier and the capability description.
Anhydrous disordered crystalline (S)-[2-chloro-4-fluoro-5-(7-morpholin-4-ylquinazolin-4-yl)phenyl]-(6-methoxy-pyridazin-3-yl)-methanol, which is characterized by a powder X-ray diffraction pattern having at least two peaks at degrees two theta selected from 3.9, 5.1, 6.1, 8.4, 10.7, 12.7, 14.6, and 22.8, each ± 0.3 degrees two theta, wherein each of the at least two peaks is characterized by having a full width at half maximum (FWHM) of equal to or greater than 0.2 degrees two theta.
A method, comprising: selecting a plurality of patch elements from an array antenna of a network element; determining an accuracy confidence value for each patch element; generating a set of coefficients of the array antenna; generating an ensemble of non-linear forward models using the accuracy confidence value and the set of coefficients; generating an array of pre-distortion signals using the ensemble of non-linear forward models; and configuring each antenna of the array antenna with a corresponding pre-distortion signal from the array of pre-distortion signals, wherein the determining the accuracy confidence value is based on build data of each antenna of the array antenna, and/or comprises implementing a Bayesian formula. selecting a plurality of patch elements from an array antenna of a network element; determining an accuracy confidence value for each patch element; generating a set of coefficients of the array antenna; generating an ensemble of non-linear forward models using the accuracy confidence value and the set of coefficients; generating an array of pre-distortion signals using the ensemble of non-linear forward models; and configuring each antenna of the array antenna with a corresponding pre-distortion signal from the array of pre-distortion signals, wherein the determining the accuracy confidence value is based on build data of each antenna of the array antenna, and/or comprises implementing a Bayesian formula.
A packing unit for an air-conditioning apparatus provided with an outdoor unit including heavy objects that are provided on a bottom plate of a housing of the outdoor unit , the packing unit being provided as a unit on which the outdoor unit can be placed, the packing unit comprising: a support base having a cuboid framework structure made by combining a plurality of wood pieces, the support base being configured to support the outdoor unit when the outdoor unit is placed on the support base ; a long wood piece that has a long plate shape, and that forms part of an upper surface portion of the support base and faces the bottom plate when the outdoor unit is placed on the support base , the long wood piece having end portions, one of the end portions being fixed to the support base , the other being a free end that is movable in a vertical direction; and a support wood piece that is provided on an upper surface portion (21b1, 23b1, 27b1) of the end portion on the free end of the long wood piece , and that is located under the heavy objects and contacts the bottom plate when the outdoor unit is placed on the support base . a support base having a cuboid framework structure made by combining a plurality of wood pieces, the support base being configured to support the outdoor unit when the outdoor unit is placed on the support base ; a long wood piece that has a long plate shape, and that forms part of an upper surface portion of the support base and faces the bottom plate when the outdoor unit is placed on the support base , the long wood piece having end portions, one of the end portions being fixed to the support base , the other being a free end that is movable in a vertical direction; and a support wood piece that is provided on an upper surface portion (21b1, 23b1, 27b1) of the end portion on the free end of the long wood piece , and that is located under the heavy objects and contacts the bottom plate when the outdoor unit is placed on the support base .
A locking device suitable for allowing or restricting access into an area or space, the locking device comprising at least one locking element , such as a bolt or cam, movable between a first, locking position, in which the locking element is arranged to be held immobile in order to restrict said access, and a second position, in which the locking element is unlocked, and a blocking member movable between a first, blocking position, in which the blocking member is arranged to block the locking element from moving, and a second, non-blocking position, wherein the locking device further comprises a catch arranged to, in a first state, immobilize the blocking member in its first, blocking position, and, in a second state, to allow movement of the blocking member out of its first state, and a movable control member arranged to control both the state of the catch and the movement of the blocking member , and wherein the blocking member comprises a catch cavity arranged to at least partly accommodate the catch inside the blocking member , characterized in that the movable control member is arranged to control the movement of the blocking member by a transfer of motion to the blocking member during a part of a movement path from the non-blocking position to the blocking position and from the blocking position to the non-blocking position.
A battery pack, comprising: a casing ; a cover , which is disposed to cover the casing ; a battery assembly , which is disposed within an enclosed space formed by the casing and the cover ; and an end assembly , which comprises a panel and two or more connectors fixed to the panel , wherein the battery assembly is electrically connected to a device outside the enclosed space by the connectors , the panel is sealedly connected to the casing or the cover , and the panel is fixedly connected to the casing by a bracket , characterized in that , the bracket comprises a base and a first fixing portion disposed on the base , the first fixing portion is connected to the panel , and the base is connected to the casing , and the bracket further comprises a second fixing portion , which is disposed on the base and intersects with the first fixing portion . a casing ; a cover , which is disposed to cover the casing ; a battery assembly , which is disposed within an enclosed space formed by the casing and the cover ; and an end assembly , which comprises a panel and two or more connectors fixed to the panel , wherein the battery assembly is electrically connected to a device outside the enclosed space by the connectors , the panel is sealedly connected to the casing or the cover , and the panel is fixedly connected to the casing by a bracket , characterized in that , the bracket comprises a base and a first fixing portion disposed on the base , the first fixing portion is connected to the panel , and the base is connected to the casing , and the bracket further comprises a second fixing portion , which is disposed on the base and intersects with the first fixing portion .
Motor controller for a hand-guided soil compactor , comprising control elements for a user to operate the soil compactor , - wherein one control element is configured as a work commencement selection unit , wherein the work commencement selection unit is provided to adjust between idling and a load mode of a drive unit for operating the vibration of a base plate of the soil compactor , characterized in that - a further control element is configured as a vibration speed switch , wherein the vibration speed switch is provided to adjust the vibration frequency of the base plate , - wherein the vibration speed switch provides discrete switching states, wherein a specific vibration frequency is assigned to a switching state of the vibration speed switch , and - wherein the rotational speed of the drive unit can be adjusted via the selection of the switching state of the vibration speed switch. - wherein one control element is configured as a work commencement selection unit , wherein the work commencement selection unit is provided to adjust between idling and a load mode of a drive unit for operating the vibration of a base plate of the soil compactor , characterized in that - a further control element is configured as a vibration speed switch , wherein the vibration speed switch is provided to adjust the vibration frequency of the base plate , - wherein the vibration speed switch provides discrete switching states, wherein a specific vibration frequency is assigned to a switching state of the vibration speed switch , and - wherein the rotational speed of the drive unit can be adjusted via the selection of the switching state of the vibration speed switch.
A projector configuration for delivering illumination corresponding to an image from an effective aperture of length L and width W via a light-guide optical element to an eye of an observer, the projector configuration comprising: at least three adjacent optical arrangements, each optical arrangement comprising: (a) a spatial light modulator component generating an output image corresponding to at least a part of the image; and (b) collimating optics deployed for projecting said output image as a collimated image via the light-guide optical element to the eye of the observer, said collimating optics having an exit aperture; wherein said exit apertures of said optical arrangements cooperate to span the length L of the effective aperture, and to deliver into the light-guide optical element an entirety of the illumination required for displaying the image to the observer; and wherein each spatial light modulator component is aligned with an optical axis of the corresponding collimating optics, wherein all of said collimating optics are arranged with parallel optical axes, characterized in that at least some of said optical arrangements include respective beam deflecting optical elements each deployed to deflect the inclination of beams projected by the corresponding spatial light modulator component and the corresponding collimating optics. at least three adjacent optical arrangements, each optical arrangement comprising: (a) a spatial light modulator component generating an output image corresponding to at least a part of the image; and (b) collimating optics deployed for projecting said output image as a collimated image via the light-guide optical element to the eye of the observer, said collimating optics having an exit aperture; (a) a spatial light modulator component generating an output image corresponding to at least a part of the image; and (b) collimating optics deployed for projecting said output image as a collimated image via the light-guide optical element to the eye of the observer, said collimating optics having an exit aperture; wherein said exit apertures of said optical arrangements cooperate to span the length L of the effective aperture, and to deliver into the light-guide optical element an entirety of the illumination required for displaying the image to the observer; and wherein each spatial light modulator component is aligned with an optical axis of the corresponding collimating optics, wherein all of said collimating optics are arranged with parallel optical axes, characterized in that at least some of said optical arrangements include respective beam deflecting optical elements each deployed to deflect the inclination of beams projected by the corresponding spatial light modulator component and the corresponding collimating optics.