mhurhangee/ep-ind-claims huggingface dataset:
A bonding substrate fabrication method for fabricating a substrate, bonding substrate, on which a bonding surface is formed, the bonding substrate fabrication method comprising: a first surface treatment step of surface-treating a surface of a substrate by irradiation with radiated particles including energetic particles; and a second surface treatment step of surface-treating the substrate surface by irradiation with radiated particles including metal particles; wherein the bonding substrate is fabricated as a result of implementing the first surface treatment step and second surface treatment step; and characterised in that implementation of the first surface treatment step is performed before the second surface treatment step so that the metal particles are distributed in a base material of a surface layer of the bonding substrate with higher concentration than in the remaining of the bonding substrate. a first surface treatment step of surface-treating a surface of a substrate by irradiation with radiated particles including energetic particles; and a second surface treatment step of surface-treating the substrate surface by irradiation with radiated particles including metal particles; wherein the bonding substrate is fabricated as a result of implementing the first surface treatment step and second surface treatment step; and characterised in that implementation of the first surface treatment step is performed before the second surface treatment step so that the metal particles are distributed in a base material of a surface layer of the bonding substrate with higher concentration than in the remaining of the bonding substrate.
An apparatus (100, 800) for delivering/receiving data to/from a companion device, the apparatus comprising: a controller for setting state variables using a television, TV, application running on the apparatus, wherein the controller is configured to set an Uniform Resource Identifier, URI, state variable including URI information of the TV application and a name state variable including a name of the TV application; and a communication unit for delivering values of the URI state variable and the name state variable to a companion application running on the companion device, wherein the controller is further configured to set a ready state variable indicating whether the TV application is currently prepared to engage in a communication and an access point state variable indicating a Transport Service Access Point, TSAP, at which the TV application is accepting a connection, wherein the communication unit is further configured to deliver values of the ready state variable and the access point state variable to the companion application, wherein the communication unit is configured to receive a connection request for the connection from the companion application based on values of the state variables. a controller for setting state variables using a television, TV, application running on the apparatus, wherein the controller is configured to set an Uniform Resource Identifier, URI, state variable including URI information of the TV application and a name state variable including a name of the TV application; and a communication unit for delivering values of the URI state variable and the name state variable to a companion application running on the companion device, wherein the controller is further configured to set a ready state variable indicating whether the TV application is currently prepared to engage in a communication and an access point state variable indicating a Transport Service Access Point, TSAP, at which the TV application is accepting a connection, wherein the communication unit is further configured to deliver values of the ready state variable and the access point state variable to the companion application, wherein the communication unit is configured to receive a connection request for the connection from the companion application based on values of the state variables.
A painting installation for painting a workpiece comprising - a painting station, in which a coating can be sprayed onto the workpiece by means of at least one painting device, and - an extraction station, which is arranged beneath the painting station and has an extraction device with at least one filter element, via which air containing overspray can be suctioned from the painting station, wherein overspray from the suctioned air is deposited on the at least one filter element, wherein - an upwardly directed suction opening for discharging exhaust air is arranged in a lower region of the extraction station, - the filter element has a downwardly directed outlet opening, which is fitted onto the suction opening, - the at least one filter element is arranged in a centre region of the extraction station, wherein exhaust air containing overspray can be suctioned over the periphery of the filter element, and - a changing device with at least one transport element is provided, by means of which the filter element can be placed on the suction opening and can be discharged again, characterised in that - the changing device has a rotary table, on which there are arranged at least two filter elements, and - in that, by rotating the rotary table, a first filter element can be removed from the suction opening and at the same time a second filter element can be supplied. - a painting station, in which a coating can be sprayed onto the workpiece by means of at least one painting device, and - an extraction station, which is arranged beneath the painting station and has an extraction device with at least one filter element, via which air containing overspray can be suctioned from the painting station, wherein overspray from the suctioned air is deposited on the at least one filter element, wherein - an upwardly directed suction opening for discharging exhaust air is arranged in a lower region of the extraction station, - the filter element has a downwardly directed outlet opening, which is fitted onto the suction opening, - the at least one filter element is arranged in a centre region of the extraction station, wherein exhaust air containing overspray can be suctioned over the periphery of the filter element, and - a changing device with at least one transport element is provided, by means of which the filter element can be placed on the suction opening and can be discharged again, characterised in that - the changing device has a rotary table, on which there are arranged at least two filter elements, and - in that, by rotating the rotary table, a first filter element can be removed from the suction opening and at the same time a second filter element can be supplied.
A variable flow resistance system for use in a subterranean well, the system comprising: a flow chamber through which a fluid composition flows, the chamber having at least one inlet, an outlet, and at least one structure spirally oriented relative to the outlet, whereby the structure induces spiral flow of the fluid composition about the outlet, characterised in that the structure comprises at least one of a vane and a recess. a flow chamber through which a fluid composition flows, the chamber having at least one inlet, an outlet, and at least one structure spirally oriented relative to the outlet, whereby the structure induces spiral flow of the fluid composition about the outlet, characterised in that the structure comprises at least one of a vane and a recess.
A manufacturing method of a battery pack having: battery cells; a battery holder holding the battery cells; a waterproof bag storing the battery holder holding the battery cells as a waterproof structure; and a potting resin being injected in the waterproof bag,wherein the waterproof bag has a check valve which opens only at the time of exhausting an inner air, the method comprising: an injecting step injecting the uncured pasty or liquid potting resin into the waterproof bag storing the battery holder, in a state that a circuit board is located on an upper surface of the battery holder holding the battery cells, characterizing in that: in the injecting step, the waterproof bag is partially pushed from outside, and in this state the potting resin is injected into the waterproof bag. battery cells; a battery holder holding the battery cells; a waterproof bag storing the battery holder holding the battery cells as a waterproof structure; and a potting resin being injected in the waterproof bag,wherein the waterproof bag has a check valve which opens only at the time of exhausting an inner air, the method comprising: an injecting step injecting the uncured pasty or liquid potting resin into the waterproof bag storing the battery holder, in a state that a circuit board is located on an upper surface of the battery holder holding the battery cells, characterizing in that: in the injecting step, the waterproof bag is partially pushed from outside, and in this state the potting resin is injected into the waterproof bag. an injecting step injecting the uncured pasty or liquid potting resin into the waterproof bag storing the battery holder, in a state that a circuit board is located on an upper surface of the battery holder holding the battery cells, characterizing in that: in the injecting step, the waterproof bag is partially pushed from outside, and in this state the potting resin is injected into the waterproof bag. in the injecting step, the waterproof bag is partially pushed from outside, and in this state the potting resin is injected into the waterproof bag.
Apparatus for the transdermal administration of a product in the fluid state comprising a handpiece provided with a support structure within which a laser source is positioned in a manner such that the laser beam emitted by said laser source exits from a first end of said support structure, the handpiece further comprising a cartridge positioned in proximity to said first end and containing said product and fixed to said support structure by means of removable fixing means in a manner such that said laser beam axially traverses the cartridge, the cartridge having an tubular external casing perforated (in 18) on its bottom, and a piston sealingly slidable in said tubular casing, wherein that said product is in the fluid state, preferably in gel form, characterized in that the casing, on the side opposite said bottom, has a ball-shaped applicator for distributing the contents of said cartridge, said ball and said piston being made of a transparent or semi-transparent material adapted to allow the light of said laser source to cross them, thus also illuminating the product distributed on the skin.
A semiconductor chip scale package comprising: a semiconductor die, the semiconductor die comprising: a first major surface opposing a second major surface; a plurality of side walls extending between the first major surface and second major surface; a plurality of electrical contacts arranged on the second major surface of the semiconductor die; and an insulating layer disposed on the plurality of side walls and on the first major surface, said insulating layer comprising a machine readable identifier by which a semiconductor chip scale packaging type is identifiable by an identification apparatus that reads said machine readable identifier, wherein said machine readable identifier comprises a colour component, wherein the insulating layer is a layer of aluminium oxide or a stack of one or more bi-layers of aluminium oxide and titanium dioxide, said insulating layer having a predetermined thickness being such that it has a specific colour corresponding to said colour of the machine readable identifier. a semiconductor die, the semiconductor die comprising: a first major surface opposing a second major surface; a plurality of side walls extending between the first major surface and second major surface; a plurality of electrical contacts arranged on the second major surface of the semiconductor die; and an insulating layer disposed on the plurality of side walls and on the first major surface, said insulating layer comprising a machine readable identifier by which a semiconductor chip scale packaging type is identifiable by an identification apparatus that reads said machine readable identifier, wherein said machine readable identifier comprises a colour component, wherein the insulating layer is a layer of aluminium oxide or a stack of one or more bi-layers of aluminium oxide and titanium dioxide, said insulating layer having a predetermined thickness being such that it has a specific colour corresponding to said colour of the machine readable identifier.
A method implemented by an aggressor base station for downlink interference coordination with one or more victim base stations (22-2, 22-3) in a radio communication network, for each of one or more iterations: sending a message to a victim base station that indicates, for each of one or more downlink resources, whether the aggressor base station promises to protect that resource from interference by not transmitting on the resource with a transmit power above a threshold (TH 2); characterized by receiving feedback from the victim base station requesting an increase or decrease of the threshold (TH 2); and determining, from an evaluation of the feedback, a new threshold (TH 2) on which promises are to be based in a message to the victim base station in a subsequent iteration. sending a message to a victim base station that indicates, for each of one or more downlink resources, whether the aggressor base station promises to protect that resource from interference by not transmitting on the resource with a transmit power above a threshold (TH 2); characterized by receiving feedback from the victim base station requesting an increase or decrease of the threshold (TH 2); and determining, from an evaluation of the feedback, a new threshold (TH 2) on which promises are to be based in a message to the victim base station in a subsequent iteration.
A transport device unit for a transport device assembled using a plurality of transport device units, wherein the transport device unit comprises an actuator module with a plurality of electro-magnetic actuators and with an actuator module wiring board, wherein the transport device unit further comprises - a base plate module with a base plate for fixing the transport device unit to a support frame, wherein the actuator module is supported by the base plate module, and - a driving surface module with a driving surface element, which driving surface element is arranged above the actuator module covering the actuators and adapted to carry sample container carriers, wherein a wiring board is mounted to the base plate, the wiring board having a board-to-board connector for an electrical and mechanical coupling with the actuator module wiring board of the actuator module. - a base plate module with a base plate for fixing the transport device unit to a support frame, wherein the actuator module is supported by the base plate module, and - a driving surface module with a driving surface element, which driving surface element is arranged above the actuator module covering the actuators and adapted to carry sample container carriers,
A vehicle surrounding recognition support system for a vehicle, comprising: an object position detecting device detecting a position of an object existing around the vehicle; and an object information identification device identifying information relating to the object in accordance with a result of detection of the object position detecting device; the system is characterised in that it further comprises: a contact detection device detecting whether or not a driver of the vehicle touches a turn signal operating lever or moves his/her hand close to the turn signal operating lever; and a warning device warning the driver about the existence of the object in accordance with the information of the object, identified by the object information identification device, when the contact detection device detects that the driver touches the turn signal operating lever or moves his/her hand close to the turn signal operating lever. an object position detecting device detecting a position of an object existing around the vehicle; and an object information identification device identifying information relating to the object in accordance with a result of detection of the object position detecting device; the system is characterised in that it further comprises: a contact detection device detecting whether or not a driver of the vehicle touches a turn signal operating lever or moves his/her hand close to the turn signal operating lever; and a warning device warning the driver about the existence of the object in accordance with the information of the object, identified by the object information identification device, when the contact detection device detects that the driver touches the turn signal operating lever or moves his/her hand close to the turn signal operating lever. a contact detection device detecting whether or not a driver of the vehicle touches a turn signal operating lever or moves his/her hand close to the turn signal operating lever; and a warning device warning the driver about the existence of the object in accordance with the information of the object, identified by the object information identification device, when the contact detection device detects that the driver touches the turn signal operating lever or moves his/her hand close to the turn signal operating lever.
A system for modifying a mode of operation of one or more sensors using collected sensor data, the modifying being based on detection of additional users in a physical environment, the system comprising: means for providing a first user with access to an access-controlled resource in response to determining that an authorization requirement associated with the access-controlled resource has been satisfied; means for collecting sensor data describing a physical environment of the first user according to a first mode of operation, the first mode of operation defining an initial performance for at least one sensor used to collect the sensor data; means for detecting, based on the sensor data collected according to the first mode of operation, presence of a second user in the physical environment that is different than the first user in the physical environment; and means for causing the at least one sensor to switch from the first mode of operation to a second mode of operation in response to detecting the presence of the second user, wherein the second mode of operation is different than the first mode of operation, and the second mode of operation defines a revised performance for the at least one sensor used to collect the sensor data. means for providing a first user with access to an access-controlled resource in response to determining that an authorization requirement associated with the access-controlled resource has been satisfied; means for collecting sensor data describing a physical environment of the first user according to a first mode of operation, the first mode of operation defining an initial performance for at least one sensor used to collect the sensor data; means for detecting, based on the sensor data collected according to the first mode of operation, presence of a second user in the physical environment that is different than the first user in the physical environment; and means for causing the at least one sensor to switch from the first mode of operation to a second mode of operation in response to detecting the presence of the second user, wherein the second mode of operation is different than the first mode of operation, and the second mode of operation defines a revised performance for the at least one sensor used to collect the sensor data.
An apparatus for receiving material which can be wound up, comprising a cylindrical main body and at least one side edge, characterized in that the apparatus is produced from a sheet having a sheet thickness < 2 mm and comprises a structured cylindrical main body and a side edge designed as a fold, wherein a spring constant D of the apparatus is between 0.5 and 5 N/m and is determined according to the formula D = F/ΔL, wherein F indicates the weight of a tension weight and /ΔL indicates the change in length of a test specimen.
Front end module for a motor vehicle, having a tubular cross-member and injection moulded components (7, 8) made of plastic on the cross-member, at least two of which are connected to each other separately from the cross-member, wherein the injection moulded components contain two columns (7, 8) projecting vertically downwards and being axially spaced apart, which define the sides of an engine cooler receptacle, and are axially spaced apart from the ends (3, 4) of the cross-member, characterised in that the cross-member has moulded longitudinal and transverse ribs which together form a grid structure incorporating the cross-member, and connect the columns (7, 8) to each other in the region of the cross-member.
A device for monitoring a shaft sealing ring which is received in a chamber housing at least partially filled with oil and which is provided on a shaft part, having - the chamber housing, - a shaft, - a bearing, in particular ball bearing, - the brake, - a supporting part and - the shaft part, in particular the shaft part rotatable by a motor, wherein the shaft sealing ring arranged, in particular running, on the shaft part is received in the chamber housing, wherein the chamber housing is connected to the shaft in a rotationally-fixed manner, in particular is integral with the shaft, wherein the shaft is rotatably mounted by means of the bearing, wherein the bearing is received in the supporting part, wherein the shaft is connected to a brake which is supported on the supporting part directly or by means of a torque support part, in particular wherein the shaft is connected to a first part of the brake in a rotationally-fixed manner and a second part of the brake is connected to the supporting part directly or by means of a torque support part, characterised in that annular grooves, encircling in a circumferential direction and axially spaced apart from one another, are arranged at the radially outer circumference of the chamber housing, wherein a housing connected to the supporting part has annular grooves, encircling in a circumferential direction and axially spaced apart from one another, at its inner side, wherein a respective protuberance, formed in each case by means of two next-adjacent annular grooves of the chamber housing, projects into a respective annular groove formed at the housing. - the chamber housing, - a shaft, - a bearing, in particular ball bearing, - the brake, - a supporting part and - the shaft part, in particular the shaft part rotatable by a motor, wherein the shaft sealing ring arranged, in particular running, on the shaft part is received in the chamber housing, wherein the chamber housing is connected to the shaft in a rotationally-fixed manner, in particular is integral with the shaft, wherein the shaft is rotatably mounted by means of the bearing, wherein the bearing is received in the supporting part, wherein the shaft is connected to a brake which is supported on the supporting part directly or by means of a torque support part, in particular wherein the shaft is connected to a first part of the brake in a rotationally-fixed manner and a second part of the brake is connected to the supporting part directly or by means of a torque support part, characterised in that annular grooves, encircling in a circumferential direction and axially spaced apart from one another, are arranged at the radially outer circumference of the chamber housing, wherein a housing connected to the supporting part has annular grooves, encircling in a circumferential direction and axially spaced apart from one another, at its inner side, wherein a respective protuberance, formed in each case by means of two next-adjacent annular grooves of the chamber housing, projects into a respective annular groove formed at the housing.