mhurhangee/ep-ind-claims huggingface dataset:
Method for modifying the geometry of the tooth flanks of a gear wheel with the aid of a tool, which has a toothing engaging with the teeth of the gear wheel during a precision machining, wherein the following working steps are performed: a) forming a profile on the tool varying over the width (B W) of the tool, in which a dressing wheel is moved during a dressing procedure along the tooth flank of the tooth to be respectively dressed, wherein the width (B A) of the teeth of the dressing wheel engaging with the tool to be dressed is smaller than the width (B W) the tool to be dressed to such an extent that, in order to cover the width (B W) of the tool to be dressed, the dressing wheel has to be moved by a length in the Z direction that corresponds to a multiple of the width (B A) of the teeth of the dressing wheel, and b) precision machining of the gear wheel with the tool that has been dressed in this way, characterised in that the dressing wheel during the working step a) is moved with a changing pitch and a changing crossed axes angle (Σ) in relation to the tool to be dressed, in order to incorporate the respective modification of the tooth flank geometry into the tool, and that the precision machining of the tooth in the working step b) takes place in the machining process by a modification of the crossed axes angle (Σ) dependent on the helical angle of the tool with equalisation of the changing helical angle of the tool over the width of the teeth of the tool. a) forming a profile on the tool varying over the width (B W) of the tool, in which a dressing wheel is moved during a dressing procedure along the tooth flank of the tooth to be respectively dressed, wherein the width (B A) of the teeth of the dressing wheel engaging with the tool to be dressed is smaller than the width (B W) the tool to be dressed to such an extent that, in order to cover the width (B W) of the tool to be dressed, the dressing wheel has to be moved by a length in the Z direction that corresponds to a multiple of the width (B A) of the teeth of the dressing wheel, and b) precision machining of the gear wheel with the tool that has been dressed in this way,
A needle biopsy device, including: a handle member, having proximal and distal portions; a proximal handle member disposed to the proximal portion of the handle member; a distal handle member disposed to the distal portion of the handle member; a sheath lumen disposed within the handle member and extending from the distal portion of the handle member; characterized by: an exchangeable needle housing member partially disposed within the proximal handle member, including a needle disposed within the sheath lumen; and a needle protection member partially disposed within the proximal handle member for receiving the exchangeable needle, wherein the device includes an engageable member disposed within the proximal handle member for facilitating the engagement of the needle protection member within the proximal handle member, the needle housing member further includes a land ring, and a strain relief member, the needle contains a plurality of protrusions or depressions distributed along at least a portion of the length of the needle for enhancing echogenicity and ultrasonic visibility; and the needle protection member includes a needle protection hub and a needle protection shaft. a handle member, having proximal and distal portions; a proximal handle member disposed to the proximal portion of the handle member; a distal handle member disposed to the distal portion of the handle member; a sheath lumen disposed within the handle member and extending from the distal portion of the handle member; characterized by: an exchangeable needle housing member partially disposed within the proximal handle member, including a needle disposed within the sheath lumen; and a needle protection member partially disposed within the proximal handle member for receiving the exchangeable needle, wherein the device includes an engageable member disposed within the proximal handle member for facilitating the engagement of the needle protection member within the proximal handle member, the needle housing member further includes a land ring, and a strain relief member, the needle contains a plurality of protrusions or depressions distributed along at least a portion of the length of the needle for enhancing echogenicity and ultrasonic visibility; and the needle protection member includes a needle protection hub and a needle protection shaft. an exchangeable needle housing member partially disposed within the proximal handle member, including a needle disposed within the sheath lumen; and a needle protection member partially disposed within the proximal handle member for receiving the exchangeable needle, wherein the device includes an engageable member disposed within the proximal handle member for facilitating the engagement of the needle protection member within the proximal handle member, the needle housing member further includes a land ring, and a strain relief member, the needle contains a plurality of protrusions or depressions distributed along at least a portion of the length of the needle for enhancing echogenicity and ultrasonic visibility; and the needle protection member includes a needle protection hub and a needle protection shaft.
Fixing arrangement with a fixing element, a component with a drill hole, a mass that may be hardened (21, 51) and an anchoring sleeve for anchoring the fixing element in the drill hole of the component by means of the mass that may be hardened (21; 51), in which the anchoring sleeve (11; 31) has a sleeve shaped base body (12; 32) with a first end (13; 33), with a second end opposite the first end (13; 33) and with several extension sections (17; 37) arranged axially behind each other between the ends (13, 15; 33), in which the extension sections (17; 37) are made cone-like and their diameter increases in the direction of the first end (13; 33), characterised in that the fixing arrangement is made in such a way - that cone areas are made in the mass that may be hardened and in such a way - that the anchoring sleeve forms a parting and sliding plane between inner cones made inside the anchoring sleeve from the mass that may be hardened and outer cones made outside the anchoring sleeve, in which the parting and sliding plane allows sliding of the inner and outer cones so that post-expansion behaviour of the fixing arrangement is ensured through sliding. - that cone areas are made in the mass that may be hardened and in such a way - that the anchoring sleeve forms a parting and sliding plane between inner cones made inside the anchoring sleeve from the mass that may be hardened and outer cones made outside the anchoring sleeve, in which the parting and sliding plane allows sliding of the inner and outer cones so that post-expansion behaviour of the fixing arrangement is ensured through sliding.
Encapsulated phase-change material comprising a phase-change material contained within a tube, said tube being made of plastic and having a sealing weld at least at one of its ends, the sealing weld being produced by crushing and fusing the wall of said tube, characterized in that a plug is arranged within the tube between the sealing weld and the phase-change material.
A computer-implemented method comprising: identifying, by a user device, a vehicle associated with a particular driver by communicating with a vehicle control module associated with the vehicle; obtaining, by the user device, vehicle setting data associated with the identified vehicle and the particular driver by communicating with the vehicle control module associated with the vehicle; determining, by the user device, abstract driver vehicle setting data that is not particular to the identified vehicle based on the obtained vehicle setting data associated with the identified vehicle and the particular driver; storing, by the user device, the abstract driver vehicle setting data in an Internet cloud database associated with the particular driver or in a server remote from the vehicle; receiving, by the user device, an indication of a presence of a second vehicle; transmitting, by the user device, driver identification data identifying the particular driver; obtaining, by the user device and using the Internet cloud database associated with the particular driver or the server remote from the vehicle, the abstract driver vehicle setting data based on the driver identification data; determining, by the user device, driver vehicle setting data particular to the second vehicle based on the abstract driver vehicle setting data; and applying, by the user device and to the second vehicle, the driver vehicle setting data particular to the second vehicle by transmitting the driver vehicle setting data particular to the second vehicle to a vehicle control module of the second vehicle. identifying, by a user device, a vehicle associated with a particular driver by communicating with a vehicle control module associated with the vehicle; obtaining, by the user device, vehicle setting data associated with the identified vehicle and the particular driver by communicating with the vehicle control module associated with the vehicle; determining, by the user device, abstract driver vehicle setting data that is not particular to the identified vehicle based on the obtained vehicle setting data associated with the identified vehicle and the particular driver; storing, by the user device, the abstract driver vehicle setting data in an Internet cloud database associated with the particular driver or in a server remote from the vehicle; receiving, by the user device, an indication of a presence of a second vehicle; transmitting, by the user device, driver identification data identifying the particular driver; obtaining, by the user device and using the Internet cloud database associated with the particular driver or the server remote from the vehicle, the abstract driver vehicle setting data based on the driver identification data; determining, by the user device, driver vehicle setting data particular to the second vehicle based on the abstract driver vehicle setting data; and applying, by the user device and to the second vehicle, the driver vehicle setting data particular to the second vehicle by transmitting the driver vehicle setting data particular to the second vehicle to a vehicle control module of the second vehicle.
An implant insertion system comprising: an implant having an end; at least one insertion aid (38, 44) connected with said end of said implant; an insertion device including a handle and an elongated shaft extending from said handle, said elongated shaft having an outer wall including an opening that is adapted to receive said at least one insertion aid for connecting said implant with said insertion device, characterised in that the insertion device further comprises an actuator and a cutting element disposed within said elongated shaft, wherein said actuator is engageable for moving said cutting element from a first position to a second position for breaking the connection between said at least one insertion aid and said implant. an implant having an end; at least one insertion aid (38, 44) connected with said end of said implant; an insertion device including a handle and an elongated shaft extending from said handle, said elongated shaft having an outer wall including an opening that is adapted to receive said at least one insertion aid for connecting said implant with said insertion device, characterised in that the insertion device further comprises an actuator and a cutting element disposed within said elongated shaft, wherein said actuator is engageable for moving said cutting element from a first position to a second position for breaking the connection between said at least one insertion aid and said implant.
Battery clamp for providing an electrical contact to a terminal of a battery, comprising: a ring portion with an omega-shaped cross section having an axis and a diameter, wherein the ring portion is manufactured by means of a punching-bending-method, wherein a first actuation surface is formed on the abutting surface of an omega-leg of the ring portion, wherein a first end of the first actuation surface is arranged offset relative to a second end of the first actuation surface in the axial direction of the ring portion, wherein a second actuation surface is arranged opposite to the first actuation surface and inclined on the abutting surface of the other omega-leg, characterized by a first clamp element, wherein the clamp element comprises a thread and two engagement surfaces and the clamp element is movable along a threaded shaft relative to the ring portion in such a way that the engagement surfaces move along the two actuation surfaces, so that the ring portion is contracted as a result of the movement, whereby the battery clamp is fixedly connectable with a terminal of the battery, wherein the distance between the axis of the ring portion and the threaded shaft is a maximum of 1.2 times the diameter of the ring portion. a ring portion with an omega-shaped cross section having an axis and a diameter, wherein the ring portion is manufactured by means of a punching-bending-method, wherein a first actuation surface is formed on the abutting surface of an omega-leg of the ring portion, wherein a first end of the first actuation surface is arranged offset relative to a second end of the first actuation surface in the axial direction of the ring portion, wherein a second actuation surface is arranged opposite to the first actuation surface and inclined on the abutting surface of the other omega-leg,
A synthetic optical image system, comprising an array of focusing elements, and an image system including an array of microstructured icon elements designed to collectively form an image, wherein the array of focusing elements and the image system cooperate to form a synthetic optical image, wherein the array of microstructured icon elements is either incorporated into an icon layer or in a coating layer formed on a substrate; the synthetic optical image system further including an optical spacer between the array of focusing elements and the image system, wherein the thickness of the optical spacer is greater than the focal length of the focusing elements such that the synthetic optical image is not distinguishable without placing another material over the array of focusing elements, the refractive index of the another material being sufficient to change the focal length of the focusing elements to focus on the icon elements of the image system, wherein the system has no distinct image when it is viewed in a dry state, with the lenses in air.
A method for improving or enhancing the aroma of alcoholic beverages, including the addition of lichenysin to a total content of 500-1500μg / L; said lichenysin is any one or more of the seven homologs (fraction to fraction):
An energy degrader configured to attenuate energy of a particle beam by virtue of particle scattering, wherein said particle scattering causes spatial emittance growth of said particle beam, wherein said energy degrader comprises a first material operable to constrain said spatial emittance growth by virtue of particle interactions, characterised in that said first material comprises carbon nanotubes oriented approximately in an incident direction of said particle beam.
A method for transferring signal data in a base transceiver system from a radio frequency unit to a base station processor over a serial data link, wherein the radio frequency unit is coupled to an antenna to receive an analog signal modulated based on communication data and includes an analog to digital converter that converts the analog signal to a plurality of signal samples, wherein the base station processor performs signal processing operations on the signal samples received from the radio frequency unit, the method comprising: compressing the signal samples output from the analog to digital converter at the radio frequency unit to form compressed samples in accordance with a compression control parameter, including calculating a sum or difference of a pair of signal samples separated by a predetermined number of sample intervals in accordance with the compression control parameter to produce a modified sample, wherein a plurality of modified samples is calculated from a plurality of pairs of signal samples, and encoding the modified samples to form the compressed samples; formatting the compressed samples for transfer over the serial data link; transferring the compressed samples over the serial data link from the radio frequency unit to the base station processor; receiving the compressed samples at the base station processor; and decompressing the compressed samples to form decompressed signal samples, wherein the base station processor applies the signal processing operations to the decompressed signal samples. compressing the signal samples output from the analog to digital converter at the radio frequency unit to form compressed samples in accordance with a compression control parameter, including calculating a sum or difference of a pair of signal samples separated by a predetermined number of sample intervals in accordance with the compression control parameter to produce a modified sample, wherein a plurality of modified samples is calculated from a plurality of pairs of signal samples, and encoding the modified samples to form the compressed samples; formatting the compressed samples for transfer over the serial data link; transferring the compressed samples over the serial data link from the radio frequency unit to the base station processor; receiving the compressed samples at the base station processor; and decompressing the compressed samples to form decompressed signal samples, wherein the base station processor applies the signal processing operations to the decompressed signal samples.
An electrosurgical instrument, comprising: a housing having a treatment portion attached thereto, the treatment portion adapted to connect to an electrosurgical generator that supplies energy thereto; an activation element disposable in electrical communication with the electrosurgical generator and the treatment portion, the activation element being selectively actuatable to supply energy from the electrosurgical generator to the treatment portion; and a time-out device configured to prevent re-use of the electrosurgical instrument after a pre-determined time limit, wherein: the time out device includes a timing circuit in electrical communication with the electrosurgical generator, the timing circuit being initiateable upon initial activation of the electrosurgical instrument and being configured to prevent re-use of the electrosurgical instrument after the pre-determined time limit by preventing activation of the activation element; characterized in that: the time out device is included in the instrument, coupled to the housing. a housing having a treatment portion attached thereto, the treatment portion adapted to connect to an electrosurgical generator that supplies energy thereto; an activation element disposable in electrical communication with the electrosurgical generator and the treatment portion, the activation element being selectively actuatable to supply energy from the electrosurgical generator to the treatment portion; and a time-out device configured to prevent re-use of the electrosurgical instrument after a pre-determined time limit, wherein: the time out device includes a timing circuit in electrical communication with the electrosurgical generator, the timing circuit being initiateable upon initial activation of the electrosurgical instrument and being configured to prevent re-use of the electrosurgical instrument after the pre-determined time limit by preventing activation of the activation element; the time out device includes a timing circuit in electrical communication with the electrosurgical generator, the timing circuit being initiateable upon initial activation of the electrosurgical instrument and being configured to prevent re-use of the electrosurgical instrument after the pre-determined time limit by preventing activation of the activation element; the time out device is included in the instrument, coupled to the housing.
A method for coordinated multi-point, CoMP, transmission, comprising: obtaining (S301, S401) reference signal received power, RSRP, of a cell in a measurement set of a user equipment, UE; characterised by determining (S302, S402) that an RSRP difference between a first cell and a second cell other than a serving cell in the measurement set of the UE is greater than a preset threshold; and combining (S303, S403) the first cell or the second cell with the serving cell of the UE into a coordinated set of the UE, the first or second cell to be combined being that having the greater RSRP, and performing CoMP transmission on the UE. obtaining (S301, S401) reference signal received power, RSRP, of a cell in a measurement set of a user equipment, UE; characterised by determining (S302, S402) that an RSRP difference between a first cell and a second cell other than a serving cell in the measurement set of the UE is greater than a preset threshold; and combining (S303, S403) the first cell or the second cell with the serving cell of the UE into a coordinated set of the UE, the first or second cell to be combined being that having the greater RSRP, and performing CoMP transmission on the UE.
An aircraft engine inlet comprising an inlet lip, wherein the external surface of the lip is provided by a lip skin, the lip skin having a skin web; a plurality of stiffeners integrally formed in the lip skin and extending from the skin web; an aft edge land integrally formed in the lip skin and extending from the skin web at an outer rim, wherein the lip skin terminates at the outer rim, and wherein the aft edge land extends substantially around the outer rim; an inner edge land integrally formed in the lip skin and extending from the skin web at an inner rim, wherein the lip skin terminates at the inner rim; and a central land integrally formed in the lip skin and extending from the skin web, wherein the central land extends around the circumference of the lip skin, said plurality of stiffeners extending fore and aft between said aft edge land and said central land. lip skin having a skin web; a plurality of stiffeners integrally formed in the lip skin and extending from the skin web; an aft edge land integrally formed in the lip skin and extending from the skin web at an outer rim, wherein the lip skin terminates at the outer rim, and wherein the aft edge land extends substantially around the outer rim; an inner edge land integrally formed in the lip skin and extending from the skin web at an inner rim, wherein the lip skin terminates at the inner rim; and a central land integrally formed in the lip skin and extending from the skin web, wherein the central land extends around the circumference of the lip skin, said plurality of stiffeners extending fore and aft between said aft edge land and said central land.
A composite panel for building floors, walls, beams and pillars, comprising a laminated structure body of prismatic or parallelepiped shape comprising a plurality of corrugated sheets (12, 13) arranged in parallel planes, each corrugated sheet (12, 13) having corrugations with valleys and ridges extending in parallel directions, wherein the corrugations of adjacent sheets extend in different directions, wherein the valleys of the corrugations of an upper sheet rest on and are secured to the ridges of the corrugations of the lower adjacent sheet, the panel comprising a plurality of perforated tubular reinforcing members (14, 15) fixed on outer surfaces of the laminated structure body; characterised in that the corrugated sheets (12, 13) of the laminated structure body are made of paper-like material impregnated with artificial resin.