mhurhangee/patent-ind-claim-en huggingface dataset:
A method of manufacturing a plurality of peelable shims, comprising steps of drilling (E14), for each given shim of said plurality, at least one through hole transverse to the sheets of a peelable stack of sheets making up the raw material for said given shim, whereas a first compression (C1) is applied transversely to the sheets to favor structural maintenance on the boundary of said hole during the drilling, the method also comprising steps of placement (E15), for each shim of the plurality, of at least one shaft in at least said hole transversely to the stack , and of machining (E16) of the lateral contour of said shim whereas the shim receives a second compression (C2) using the shaft to favor structural maintenance thereof on the lateral contour during the machining, characterized in that the drilling steps (E14) are carried out using a drilling and compression tool on the peelable stack , which is a raw peelable stack making up the raw material for the peelable shims of said plurality, the first compression (C1) being applied using said tool , the machining (E16) of the lateral contour being done on the raw peelable stack to extract the shims of the plurality of shims from the raw peelable stack.
A drive module for a skateboard, wherein the drive module has at least - one axle with at least one wheel , which is driven by an electric motor, and - one frame , which is connected with the axle , and has a receiving space for an energy storage unit , in particular an accumulator, wherein the drive module can be replaceably connectible with the skateboard, and wherein the electric motor is formed by a wheel hub motor. - one axle with at least one wheel , which is driven by an electric motor, and - one frame , which is connected with the axle , and has a receiving space for an energy storage unit , in particular an accumulator,
A portable thermoelectric potential detector, comprising a test fixture for fixing a sample to be tested, a probe assembly unit adapted to detect the sample to be tested, a collection and control unit adapted to control the probe assembly and adapted to collect a voltage signal of the probe assembly, and a probe cooling unit wherein, the probe assembly unit comprises two probe assemblies, each probe assembly includes a probe for loading on the surface of the sample to be tested and a linear motor for driving the probe to move and load on the surface of the sample to be tested; an output of the linear motor is connected to the probe; the collection and control unit is electrically connected to the linear motor , and is further configured to transmit a first control signal for controlling a moving distance and a loading force of the linear motor ; the probe assembly is removably connected with the probe cooling unit ; when the probe assembly is connected with the probe cooling unit , the probe assembly is in a cooling state.
Use of antibodies to MYOSA protein as a biomarker in the in vitro determination of antiphospholipid syndrome in biological samples selected from serum, plasma or tissue fluid obtained from a subject.
A computer-implemented method comprising: determining , by a computing system and based at least in part on one or more actions of a passenger associated with a trip of an autonomous vehicle , a current state of the trip from amongst a plurality of different predefined states of the trip; wherein determining the current state of the trip comprises: establishing, by the computing system and in accordance with a short-range wireless-communication protocol, a communication session between a computing device physically located onboard the autonomous vehicle and a computing device distinct from the autonomous vehicle and possessed by the passenger; the current state of the trip being determined based at least in part on one or more of: establishment of the communication session, data communicated via the communication session, or a strength of a signal associated with the communication session; identifying , by the computing system and based at least in part on the current state of the trip, one or other of the computing device physically located onboard the autonomous vehicle and the computing device distinct from the autonomous vehicle as being a computing device associated with the passenger; generating , by the computing system and based at least in part on the current state of the trip, data describing one or more interfaces for display by the computing device associated with the passenger; and communicating , by the computing system and to the computing device associated with the passenger, the data describing the one or more interfaces for display. determining , by a computing system and based at least in part on one or more actions of a passenger associated with a trip of an autonomous vehicle , a current state of the trip from amongst a plurality of different predefined states of the trip; wherein determining the current state of the trip comprises: establishing, by the computing system and in accordance with a short-range wireless-communication protocol, a communication session between a computing device physically located onboard the autonomous vehicle and a computing device distinct from the autonomous vehicle and possessed by the passenger; the current state of the trip being determined based at least in part on one or more of: establishment of the communication session, data communicated via the communication session, or a strength of a signal associated with the communication session; identifying , by the computing system and based at least in part on the current state of the trip, one or other of the computing device physically located onboard the autonomous vehicle and the computing device distinct from the autonomous vehicle as being a computing device associated with the passenger; generating , by the computing system and based at least in part on the current state of the trip, data describing one or more interfaces for display by the computing device associated with the passenger; and communicating , by the computing system and to the computing device associated with the passenger, the data describing the one or more interfaces for display.
A method of processing a substrate, comprising: exposing a substrate to a self-assembled monolayer ("SAM") molecule for a first period of time to achieve selective deposition of a SAM on a first material in a first processing chamber, wherein the substrate comprises an exposed first material and an exposed second material; transferring the substrate to a second processing chamber; exposing the substrate to a hydroxyl moiety formed from water vapor in the second processing chamber for a second period of time from 1 second to 600 seconds; repeating the exposing the substrate to a SAM molecule in the first processing chamber and the exposing the substrate to the hydroxyl moiety formed from water vapor in the second processing chamber in a time ratio of between 1:1 and 100:1, respectively; after performing the repeating, exposing the substrate to the SAM molecule in the first processing chamber; selectively depositing a third material on the exposed second material; and removing the SAM from the first material. exposing a substrate to a self-assembled monolayer ("SAM") molecule for a first period of time to achieve selective deposition of a SAM on a first material in a first processing chamber, wherein the substrate comprises an exposed first material and an exposed second material; transferring the substrate to a second processing chamber; exposing the substrate to a hydroxyl moiety formed from water vapor in the second processing chamber for a second period of time from 1 second to 600 seconds; repeating the exposing the substrate to a SAM molecule in the first processing chamber and the exposing the substrate to the hydroxyl moiety formed from water vapor in the second processing chamber in a time ratio of between 1:1 and 100:1, respectively; after performing the repeating, exposing the substrate to the SAM molecule in the first processing chamber; selectively depositing a third material on the exposed second material; and removing the SAM from the first material.
A front part with layered structure provided for a diaper , said diaper comprises a main body and a lateral band in connection with the main body , said front part is on the main body and is connected in an openable-closeable manner with a male connection part included in the lateral band , the front part has pluralities of reliable/comfortable open-close and 180 degrees peeling performance by means of the male connection part and the peeling strength is increased by at least 10% when compared with the present art in terms of the 180 degrees peeling performance and in terms of the second and third open-close following the first open-close characterized in that - said front part comprises a first nonwoven layer which is between 18 gsm and 55 gsm in weight and which is the part whereon the male connection part is held, - said first nonwoven layer is formed by means of at least one of spunbond, air through, meltblown, spunmelt and carded thermobonded type comprising pre-bonded staple fibers which has total percentage of pre-bonded are on carded thermobonded web preferably between 9% and 12%, - the first nonwoven layer comprises at least one of polypropylene, polyethylene and polyethylene terephthalate, - said front part comprises a second nonwoven layer which is between 8 gsm and 20 gsm in weight and which is positioned between the main body , - said second nonwoven layer is formed by means of at least one of spunbond and spunmelt in terms of the production method, - the second nonwoven layer comprises at least one of polypropylene, polyethylene and polyethylene terephthalate; - pluralities of bonded regions having application density between 15% and 30% on the front part and which define the regions where the first nonwoven layer and the second nonwoven layer are connected by means of thermal bonding. - said front part comprises a first nonwoven layer which is between 18 gsm and 55 gsm in weight and which is the part whereon the male connection part is held, - said first nonwoven layer is formed by means of at least one of spunbond, air through, meltblown, spunmelt and carded thermobonded type comprising pre-bonded staple fibers which has total percentage of pre-bonded are on carded thermobonded web preferably between 9% and 12%, - the first nonwoven layer comprises at least one of polypropylene, polyethylene and polyethylene terephthalate, - said front part comprises a second nonwoven layer which is between 8 gsm and 20 gsm in weight and which is positioned between the main body , - said second nonwoven layer is formed by means of at least one of spunbond and spunmelt in terms of the production method, - the second nonwoven layer comprises at least one of polypropylene, polyethylene and polyethylene terephthalate; - pluralities of bonded regions having application density between 15% and 30% on the front part and which define the regions where the first nonwoven layer and the second nonwoven layer are connected by means of thermal bonding.
Inhalation device having an inhalation mask for attaching to the head of a horse, wherein the attached inhalation mask covers the horse's head only in a nose region comprising the nostrils , the inhalation mask has a contact surface which is adapted to the shape of the nose region , and wherein the inhalation mask is formed by a mask assembly having at least apparatuses for aerosol formation, characterized in that the mask assembly with the contact surface covers the nose region from the free end of the horse's head up to the noseband of a halter or of a bit bridle and in that the mask assembly is designed to be fastenable to the noseband .
Retractable aerodynamic system for a motor vehicle comprising a structure of the vehicle , characterised in that the system comprises at least one aerodynamic flap , a drive means that can rotate the aerodynamic flap about a rotation axis , and at least one member for locking the aerodynamic flap in at least one indexed position with respect to the structure of the vehicle , the locking member being able to transmit forces experienced by the aerodynamic flap to the structure of the vehicle when the aerodynamic flap is locked in the indexed position, the locking member comprising at least one assembly consisting of a spring element and a housing arranged to accommodate at least a portion of the spring element , the housing and the spring element being arranged to be assembled to one another with little clearance, preferably with zero clearance.
A dish treating appliance for treating dishes according to an automatic cycle of operation, the dish treating appliance comprising: a tub having at least a rear wall , a bottom wall , and a pair of opposing side walls and at least partially defining a treating chamber with an access opening ; a rail mounting assembly comprising a pair of rail mounting braces , each rail mounting brace biased outwardly against a different one of the opposing side walls ; a rail assembly mounted to each rail mounting brace ; and a dish rack slidingly mounted to the rail assemblies for movement in and out of the treating chamber relative to the access opening , wherein each of the rail mounting braces comprises a first portion extending along at least a portion of the one of the opposing side walls and a second portion extending along at least a portion of the rear wall , characterised in that the second portions of each of the rail mounting braces are biased laterally outwardly from one another by a biasing assembly . a tub having at least a rear wall , a bottom wall , and a pair of opposing side walls and at least partially defining a treating chamber with an access opening ; a rail mounting assembly comprising a pair of rail mounting braces , each rail mounting brace biased outwardly against a different one of the opposing side walls ; a rail assembly mounted to each rail mounting brace ; and a dish rack slidingly mounted to the rail assemblies for movement in and out of the treating chamber relative to the access opening , wherein each of the rail mounting braces comprises a first portion extending along at least a portion of the one of the opposing side walls and a second portion extending along at least a portion of the rear wall , characterised in that the second portions of each of the rail mounting braces are biased laterally outwardly from one another by a biasing assembly .
A method for transmitting, by a first terminal, a device-to-device, D2D, signal using a first component carrier and a cellular signal using a second component carrier in a wireless communication system, the method comprising: transmitting the D2D signal on the first component carrier to a second terminal; transmitting the cellular signal on the second component carrier to a base station; and puncturing on an overlapped portion of the first component carrier based on timing advance, TA, to control a transmission power of the D2D signal not to exceed a maximum transmission power in the overlapped portion of a subframe if the transmission of the D2D signal overlaps with the transmission of the cellular signal. transmitting the D2D signal on the first component carrier to a second terminal; transmitting the cellular signal on the second component carrier to a base station; and puncturing on an overlapped portion of the first component carrier based on timing advance, TA, to control a transmission power of the D2D signal not to exceed a maximum transmission power in the overlapped portion of a subframe if the transmission of the D2D signal overlaps with the transmission of the cellular signal.
Aerosol generating component for an electronic smoking device , wherein the aerosol generating component is adapted to generate two aerosols, a particle size of a first of the aerosols differing from a particle size of a second of the aerosols, and wherein the aerosol generating component comprises a first atomizer that is adapted to generate the first aerosol, and a second atomizer that is adapted to generate the second aerosol, characterized in that the first atomizer and the second atomizer each comprise a mixing chamber for mixing atomized material with gas and each comprise an inlet opening for supplying gas into the respective mixing chamber , the inlet opening of the first atomizer being adapted to allow for generation of the first aerosol, and the inlet opening of the second atomizer being adapted to allow for generation of the second aerosol, wherein the size of the inlet opening of at least one of the first atomizer and the second atomizer is changeable.
A voice coil motor VCM actuator, comprising: a dynamic platform configured to couple with an image sensor of a camera such that the image sensor moves together with the dynamic platform ; a static platform ; multiple flexure arms that mechanically connect the dynamic platform to the static platform ; a plurality of electrical traces to convey the image signals from the dynamic platform to the static platform ; one or more coils mounted to move with the dynamic platform; and one or more magnets mounted stationary relative to the one or more coils, wherein an interaction between the one or more coils and the one or more magnets is configured to produce a force for moving the dynamic platform such that the image sensor moves relative to the static platform in a plurality of directions orthogonal to an optical axis of the camera, characterized in that multiple ones of the multiple flexure arms run parallel with one another and extend from a same side of the dynamic platform to a same side of the static platform ; and multiple ones of the electrical traces run parallel with one another and are routed from the dynamic platform to the static platform via one or more flexure arms of the multiple flexure arms . a dynamic platform configured to couple with an image sensor of a camera such that the image sensor moves together with the dynamic platform ; a static platform ; multiple flexure arms that mechanically connect the dynamic platform to the static platform ; a plurality of electrical traces to convey the image signals from the dynamic platform to the static platform ; one or more coils mounted to move with the dynamic platform; and one or more magnets mounted stationary relative to the one or more coils, wherein an interaction between the one or more coils and the one or more magnets is configured to produce a force for moving the dynamic platform such that the image sensor moves relative to the static platform in a plurality of directions orthogonal to an optical axis of the camera, characterized in that multiple ones of the multiple flexure arms run parallel with one another and extend from a same side of the dynamic platform to a same side of the static platform ; and multiple ones of the electrical traces run parallel with one another and are routed from the dynamic platform to the static platform via one or more flexure arms of the multiple flexure arms .
A cleaning apparatus for a component of a semiconductor production apparatus on which a semiconductor is attached, wherein the cleaning apparatus comprises: a cleaning processing furnace which is configured to house the component of a semiconductor production apparatus ; a heating device which is configured to heat the component of a semiconductor production apparatus in the cleaning processing furnace ; a decompression device which is configured to evacuate the inside of the cleaning processing furnace ; a gas introduction pipe which is configured to introduce a cleaning gas capable of reacting with the semiconductor into the cleaning processing furnace ; a gas discharge pipe which is configured to discharge a reaction product of the semiconductor and the cleaning gas from the cleaning processing furnace ; a first temperature control device which is configured to maintain a temperature of an inner surface of the cleaning processing furnace within a required temperature range; and a second temperature control device which is configured to maintain a temperature inside of the gas discharge pipe within a required temperature range; wherein the cleaning processing furnace comprises a reaction tube which is made of quartz and has an opening at at least a first end, and a first flange which is made of metal and configured to close the opening; wherein the first temperature control device comprises a plurality of temperature control mechanisms which are configured to independently control a temperature of a corresponding plurality of portions at the surface of the cleaning processing furnace in the reaction tube and the flange . a cleaning processing furnace which is configured to house the component of a semiconductor production apparatus ; a heating device which is configured to heat the component of a semiconductor production apparatus in the cleaning processing furnace ; a decompression device which is configured to evacuate the inside of the cleaning processing furnace ; a gas introduction pipe which is configured to introduce a cleaning gas capable of reacting with the semiconductor into the cleaning processing furnace ; a gas discharge pipe which is configured to discharge a reaction product of the semiconductor and the cleaning gas from the cleaning processing furnace ; a first temperature control device which is configured to maintain a temperature of an inner surface of the cleaning processing furnace within a required temperature range; and a second temperature control device which is configured to maintain a temperature inside of the gas discharge pipe within a required temperature range; wherein the cleaning processing furnace comprises a reaction tube which is made of quartz and has an opening at at least a first end, and a first flange which is made of metal and configured to close the opening; wherein the first temperature control device comprises a plurality of temperature control mechanisms which are configured to independently control a temperature of a corresponding plurality of portions at the surface of the cleaning processing furnace in the reaction tube and the flange .