mhurhangee/ep-ind-claims huggingface dataset:
Centrifuge basket comprising: a support basket with a support base and a support wall extending circumferentially around a basket axis of the centrifuge basket, wherein the support base and the support wall comprise a plurality of through openings, and a filter fabric arranged in the support basket and covering the support base and the support wall inside, characterised in that the through openings each have a passage area of at most 500 square millimeters, and that the filter fabric comprises a plurality of raised regions distributed over the circumference that project radially inwards with respect to a circular basic shape of the filter fabric. a support basket with a support base and a support wall extending circumferentially around a basket axis of the centrifuge basket, wherein the support base and the support wall comprise a plurality of through openings, and a filter fabric arranged in the support basket and covering the support base and the support wall inside, characterised in that the through openings each have a passage area of at most 500 square millimeters, and that the filter fabric comprises a plurality of raised regions distributed over the circumference that project radially inwards with respect to a circular basic shape of the filter fabric.
A method comprising receiving a location update generated from a terminal, the method further comprises: defining mappings between coordinates of interest and fake location areas, defining fake location areas as areas close to coordinates of interest; providing an application to the terminal; distributing the defined mappings to the terminal; and determining location information of the terminal based upon a received location update, wherein the received location update is based upon one of the defined mapped fake location areas associated with the coordinates of interest. defining mappings between coordinates of interest and fake location areas, defining fake location areas as areas close to coordinates of interest; providing an application to the terminal; distributing the defined mappings to the terminal; and determining location information of the terminal based upon a received location update, wherein the received location update is based upon one of the defined mapped fake location areas associated with the coordinates of interest.
Process for manufacturing a lubricant coating for a medical injection device, comprising the following steps: - depositing a layer of poly-(dimethylsiloxane) on a surface of the medical injection device, the thickness of said layer being comprised between 90 and 400 nm, measured by reflectometry as described herein, - exposing said layer to an oxidizing plasma, so as to form said lubricant coating by oxidizing and cross-linking at least part of the poly-(dimethylsiloxane), wherein the lubricant coating comprises: - a bottom layer in contact with the surface of the medical injection device, comprising a mixture of cross-linked and non-cross-linked poly-(dimethylsiloxane), - an oxidized poly-(dimethylsiloxane) intermediate layer having a thickness comprised between 10 and 30 nm, said thickness being measured by Time-Of-Flight - Secondary Ion Mass Spectrometry as described herein, and - a non-cross-linked poly-(dimethylsiloxane) top layer having a thickness of at most 2 nm, said thickness being measured by X-ray Photoelectron Spectroscopy as described herein. - depositing a layer of poly-(dimethylsiloxane) on a surface of the medical injection device, the thickness of said layer being comprised between 90 and 400 nm, measured by reflectometry as described herein, - exposing said layer to an oxidizing plasma, so as to form said lubricant coating by oxidizing and cross-linking at least part of the poly-(dimethylsiloxane), - a bottom layer in contact with the surface of the medical injection device, comprising a mixture of cross-linked and non-cross-linked poly-(dimethylsiloxane), - an oxidized poly-(dimethylsiloxane) intermediate layer having a thickness comprised between 10 and 30 nm, said thickness being measured by Time-Of-Flight - Secondary Ion Mass Spectrometry as described herein, and - a non-cross-linked poly-(dimethylsiloxane) top layer having a thickness of at most 2 nm, said thickness being measured by X-ray Photoelectron Spectroscopy as described herein.
Method for monitoring and controlling a remote-controlled parking or manoeuvring operation of a vehicle, comprising the following steps of: - capturing image information in the surrounding area of the vehicle by means of at least two cameras of the vehicle; - creating spatially perspective surroundings information on the basis of the image information from the at least two cameras; - presenting the spatially perspective surroundings information on a mobile remote control device; - controlling the parking or manoeuvring operation by means of the mobile remote control device on the basis of the spatially perspective surroundings information, wherein the presentation of the spatially perspective surroundings information comprises an at least partially transparent presentation of the vehicle or its outer contour, with the result that a surrounding area which is concealed behind the vehicle based on the reference point of the perspective view of the surroundings information becomes at least partially visible. - capturing image information in the surrounding area of the vehicle by means of at least two cameras of the vehicle; - creating spatially perspective surroundings information on the basis of the image information from the at least two cameras; - presenting the spatially perspective surroundings information on a mobile remote control device; - controlling the parking or manoeuvring operation by means of the mobile remote control device on the basis of the spatially perspective surroundings information,
Method for corrective lens determination by means of a mobile computer apparatus, comprising: determining a distance between the mobile computer apparatus and the head of a user, recording an image of an eye of the user's head using a camera of the mobile computer apparatus, and performing an eccentric photorefraction determination based on the recorded image and the distance, characterized in that the determination of the distance comprises - determining the distance based on an autofocus setting of the camera of the mobile computer apparatus, or - setting an autofocus of the camera of the mobile computer apparatus to a specified distance value and outputting a notification when a distance of the head corresponds to the specified distance value. determining a distance between the mobile computer apparatus and the head of a user, recording an image of an eye of the user's head using a camera of the mobile computer apparatus, and performing an eccentric photorefraction determination based on the recorded image and the distance, characterized in that the determination of the distance comprises - determining the distance based on an autofocus setting of the camera of the mobile computer apparatus, or - setting an autofocus of the camera of the mobile computer apparatus to a specified distance value and outputting a notification when a distance of the head corresponds to the specified distance value. - determining the distance based on an autofocus setting of the camera of the mobile computer apparatus, or - setting an autofocus of the camera of the mobile computer apparatus to a specified distance value and outputting a notification when a distance of the head corresponds to the specified distance value.
A method for operating an apparatus for a security system of a vehicle, in particular for keyless activation of a locking mechanism of the vehicle, wherein the apparatus has a communication device for communication with a mobile identification transmitter using a radio signal at a first radio frequency (F.1), wherein an inductive charging process can be carried out in the region of the vehicle at a charging frequency (L.1), in particular for electrically charging an energy storage device, wherein the first radio frequency (F.1) differs from the charging frequency (L.1) such that any interference in the communication with the mobile identification transmitter is prevented, wherein a first communication unit or a second communication unit is controlled by the communication device for transmitting the radio signal in accordance with the charging process, wherein in an activated charging process, the first communication unit is controlled and the radio signal is transmitted with the first radio frequency (F.1), and in a deactivated charging process the second communication unit is controlled for the transmission of the radio signal with a second radio frequency (F.1b), wherein a monitoring device is provided for monitoring the charging process, wherein the activated and/or deactivated charging process is detected through the monitoring device, wherein the communication device has the first communication unit for the transmission of the radio signal with the first radio frequency (F.1a) being significantly outside of the charging frequency range (L.2) and the second communication unit for transmission of the radio signal with a second radio frequency (F.1b) within the charging frequency range (L.2), and wherein a control unit (20.1) is provided to control the first communication unit in the activated charging process and to control the second communication unit in deactivated charging process in a normal state, wherein a charging device is provided for performing the inductive charging process of the vehicle with the charging frequency (L.1).
A gas-insulated power apparatus comprising first and second contiguous vessels (11, 12) being coupled by way of flanges(111, 121) of respectives thereof, and power conductors (112, 122) included in the vessels (11, 12) and insulated from the vessels by an insulating gas, the first and second contiguous vessels (11, 12) are coupled by squeezing the flange of the second vessel on one side to be coupled by a pressing member screwed to a flange of the first vessel on other side and the flange of the first vessel on other side, characterized in that a branch pipe shape vessel, which includes a power conductor disposed therein and insulated therefrom by the insulating gas, is connected to at least one of the first and second contiguous vessels (11, 12), and a lubricant is provided between the flange of the first vessel and the flange of the second vessel for maintaining airtightness between the flange of the first vessel and the flange of the second vessel and for permitting the flange of the first vessel and the flange of the second vessel to slide relative to each other in a peripheral direction of the flanges (111, 121).
Abase station, comprising: a first processing unit, adapted to configure at least two synchronization channel, SCH, resources on a first common control channel and an extended control channel of a synchronization transmission period, wherein the synchronization transmission period comprises 10 or 11 Time Division Multiple Access, TDMA, frames, each TDMA frame comprises a total of 8 timeslots from timeslot 0 to timeslot 7, the first common control channel is timeslot 0, the extended control channel does not comprise timeslot 0, and each SCH resource is a timeslot of a TDMA frame; and a first sending unit, configured to transmit at least two pieces of SCH information on the configured at least two SCH resources, wherein each piece of SCH information is transmitted on a corresponding SCH resource, and the at least two pieces of SCH information comprise same frame number information. a first processing unit, adapted to configure at least two synchronization channel, SCH, resources on a first common control channel and an extended control channel of a synchronization transmission period, wherein the synchronization transmission period comprises 10 or 11 Time Division Multiple Access, TDMA, frames, each TDMA frame comprises a total of 8 timeslots from timeslot 0 to timeslot 7, the first common control channel is timeslot 0, the extended control channel does not comprise timeslot 0, and each SCH resource is a timeslot of a TDMA frame; and a first sending unit, configured to transmit at least two pieces of SCH information on the configured at least two SCH resources, wherein each piece of SCH information is transmitted on a corresponding SCH resource, and the at least two pieces of SCH information comprise same frame number information.
A hair treatment composition comprising - at least one monohydric alcohol having 1 to 6 carbon atoms; - hollow, fluid-filled microspheres present at a level of 0.01% to 2.0% by weight of the composition; - at least one polymer fixative present at a level of 0.1% to 10% by weight of the composition; and - at least one propellant present at a level of 65% to 85% by weight of the composition, and wherein the composition comprises water at a level of less than 1 % by weight of the composition. - at least one monohydric alcohol having 1 to 6 carbon atoms; - hollow, fluid-filled microspheres present at a level of 0.01% to 2.0% by weight of the composition; - at least one polymer fixative present at a level of 0.1% to 10% by weight of the composition; and - at least one propellant present at a level of 65% to 85% by weight of the composition, and wherein the composition comprises water at a level of less than 1 % by weight of the composition.
A juicer comprising a juice extracting apparatus for crushing and compressing a subject to be extracted, wherein a mesh-type strainer and a solid-type strainer (276' or 286) are selectively provided in the juice extracting apparatus, wherein the juice extracting apparatus comprises: a hollow drum; and a screw assembly disposed within the hollow drum, characterized in that the screw assembly comprises: an upper assembly provided with an extracting blade on an outer surface; and a lower assembly removably coupled with the upper assembly, wherein the mesh-type strainer and the solid-type strainer can be selectively provided in the lower assembly. a hollow drum; and a screw assembly disposed within the hollow drum, characterized in that the screw assembly comprises: an upper assembly provided with an extracting blade on an outer surface; and a lower assembly removably coupled with the upper assembly, wherein the mesh-type strainer and the solid-type strainer can be selectively provided in the lower assembly. an upper assembly provided with an extracting blade on an outer surface; and a lower assembly removably coupled with the upper assembly, wherein the mesh-type strainer and the solid-type strainer can be selectively provided in the lower assembly.
An embolic coil introducer system, comprising: a catheter having a proximal end, a distal end, a lumen extending between the proximal and distal ends and a longitudinal axis; an embolic coil at least partially disposed in the lumen of the catheter; and a wire for moving the embolic coil at least partially disposed in the lumen of the catheter, the wire having a first diameter along a proximal region of the wire, wherein the catheter includes a locking mechanism that provides a friction fit between the catheter and the wire to hold the wire secure relative to the catheter in a first position when no force is applied to the wire and wherein the friction fit may be overcome by the application of a force to the wire to allow the wire to move relative to the catheter; characterised in that the locking mechanism is formed as a unitary component of the catheter and the locking mechanism is a reduced profile section of the catheter. a catheter having a proximal end, a distal end, a lumen extending between the proximal and distal ends and a longitudinal axis; an embolic coil at least partially disposed in the lumen of the catheter; and a wire for moving the embolic coil at least partially disposed in the lumen of the catheter, the wire having a first diameter along a proximal region of the wire, wherein the catheter includes a locking mechanism that provides a friction fit between the catheter and the wire to hold the wire secure relative to the catheter in a first position when no force is applied to the wire and wherein the friction fit may be overcome by the application of a force to the wire to allow the wire to move relative to the catheter; characterised in that the locking mechanism is formed as a unitary component of the catheter and the locking mechanism is a reduced profile section of the catheter.
A recanalization system, comprising: a radiofrequency generator; a first longitudinal member comprising a proximal end and a distal end, wherein the distal end of the first longitudinal member comprises a first conductive electrode and the proximal end of the first longitudinal member is configured to be coupled with the radiofrequency generator; and a second longitudinal member comprising a proximal end and a distal end, wherein the distal end of the second longitudinal member comprises a second conductive electrode and the proximal end of the second longitudinal member is configured to be coupled with the radiofrequency generator, wherein the distal end of the second longitudinal member is capable of being redirected, characterized by said recanalization system further comprising an imaging element configured to be placed within a lumen of the longitudinal member. a radiofrequency generator; a first longitudinal member comprising a proximal end and a distal end, wherein the distal end of the first longitudinal member comprises a first conductive electrode and the proximal end of the first longitudinal member is configured to be coupled with the radiofrequency generator; and a second longitudinal member comprising a proximal end and a distal end, wherein the distal end of the second longitudinal member comprises a second conductive electrode and the proximal end of the second longitudinal member is configured to be coupled with the radiofrequency generator, wherein the distal end of the second longitudinal member is capable of being redirected, characterized by said recanalization system further comprising an imaging element configured to be placed within a lumen of the longitudinal member.
A method for inter-operator charging, comprising: receiving, from a home machine type communication interworking function (810, 1230), by a visited machine type communication interworking function (830, 1210), a request; processing, by the visited machine type communication interworking function, the request; and sending, by the visited machine type communication interworking function, a response to the home machine type communication interworking function in response to the request. receiving, from a home machine type communication interworking function (810, 1230), by a visited machine type communication interworking function (830, 1210), a request; processing, by the visited machine type communication interworking function, the request; and sending, by the visited machine type communication interworking function, a response to the home machine type communication interworking function in response to the request.
A method of performing a ranging operation between a first device and a second device, the method performed by one or more processors of the second device and comprising: transmitting, to the first device, a fine timing measurement request frame including a request, embedded within a vendor specific information element (VSIE) of the FTM request frame, for the first device to estimate angle of arrival (AoA) information or angle of departure (AoD) information for one or more frames exchanged between the first device and the second device; receiving a first FTM frame from the first device; recording the time of arrival of the first FTM frame; transmitting an acknowledgement frame to the first device; recording the time of departure of the ACK frame; and receiving a second FTM frame from the first device, the second FTM frame comprising: a time value indicating a difference between a TOD of the first FTM frame and a TOA of the ACK frame; and angle information indicating a direction of the second device relative to the first device. transmitting, to the first device, a fine timing measurement request frame including a request, embedded within a vendor specific information element (VSIE) of the FTM request frame, for the first device to estimate angle of arrival (AoA) information or angle of departure (AoD) information for one or more frames exchanged between the first device and the second device; receiving a first FTM frame from the first device; recording the time of arrival of the first FTM frame; transmitting an acknowledgement frame to the first device; recording the time of departure of the ACK frame; and receiving a second FTM frame from the first device, the second FTM frame comprising: a time value indicating a difference between a TOD of the first FTM frame and a TOA of the ACK frame; and angle information indicating a direction of the second device relative to the first device. a time value indicating a difference between a TOD of the first FTM frame and a TOA of the ACK frame; and angle information indicating a direction of the second device relative to the first device.
An unconsolidated impact and penetration resistant laminate comprising a plurality of cross-plied sheets, each cross-plied sheet further comprising (i) first and second layers of fibrous or non-fibrous ultra-high molecular weight polyethylene and (ii) first and second layers of thermoplastic adhesive, each adhesive layer having a basis weight of no greater than 5 gsm, wherein the thermoplastic adhesive has a zero shear rate viscosity, as measured by ASTM D 4440, of at least 1500 Pa s and wherein (a) the layers of polyethylene and thermoplastic adhesive alternate within the sheet, (b) greater than 50 percent of the polyethylene layers are arranged such that the orientation of the first polyethylene layer is offset with respect to the orientation of the second polyethylene layer, and (c) the plurality of cross-plied sheets form a stack that, when subjected to compaction at a pressure of 255 bar and a temperature of 132 degrees C, will not suffer a pressure loss greater than 8 bar within the first two minutes as measured by Test Method B, as described in the description. (a) the layers of polyethylene and thermoplastic adhesive alternate within the sheet, (b) greater than 50 percent of the polyethylene layers are arranged such that the orientation of the first polyethylene layer is offset with respect to the orientation of the second polyethylene layer, and (c) the plurality of cross-plied sheets form a stack that, when subjected to compaction at a pressure of 255 bar and a temperature of 132 degrees C, will not suffer a pressure loss greater than 8 bar within the first two minutes as measured by Test Method B, as described in the description.
Plug for mating a receptacle of a Manual Service Disconnect, MSD, the plug comprising an outer housing and a lever arranged on the outer housing and configured for pivotal movement relative to the outer housing from a locked position (4-L) to an unlocked position (4-U), wherein the outer housing is configured for blocking or releasing the lever in or from an intermediate position (4-I) between the locked position (4-L) and the unlocked position (4-U), characterized in that the outer housing comprises a latch comprising an arc shaped recess, thereby forming a hooped latch, said latch comprises at least one blocking element (17, 18), in shape of pin, and the lever comprises at least one groove (33, 34) configured for receiving said at least one blocking element (17, 18), wherein said at least one groove (33, 34) comprises a stop spigot (35, 36) arranged such that the lever is blocked in the intermediate position (4-I) when said at least one blocking element (17, 18) reaches the stop spigot (35, 36) in said at least one groove (33, 34), and said hooped latch and said lever are further configured such that, in the intermediate position (4-I), upon actuation of said hooped latch by an operator, said at least one blocking element (17, 18) is released from said stop spigot (35, 36), whereby the lever is released from the intermediate position (4-I) into the unlocked position (4-U).