mhurhangee/patent-ind-claim-en huggingface dataset:
A method of processing a semiconductor device, comprising: hydrolyzing a silane material with water or with water and alcohol to form silanol groups, the silane material comprising a compound having a structure selected from the group consisting of (XO) 3 Si(CH 2 ) n Y, (XO) 2 Si((CH 2 ) n Y) 2 , and (XO) 3 Si(CH 2 ) n Y(CH 2 ) n Si(XO) 3 , wherein XO is a hydrolyzable alkoxy group, Y is an organofunctional group, and n is a nonnegative integer; reacting the silanol groups with hydroxyl groups on a surface of silicon components or metal components of a carrier substrate to form a coating over the surface of the carrier substrate, wherein the coating has a coating composition including silicon-oxygen-silicon bonds or metal-oxygen-silicon bonds respectively; wherein during the formation of the coating, the silanol groups of the silane material condense with one another, forming a polymeric material comprising Si-O-Si bonds over the surface of the carrier substrate; removing a portion of the coating from the surface at least adjacent a periphery of the carrier substrate to form an uncoated portion of the carrier substrate without removing a remainder of the coating; adhesively bonding another substrate to the carrier substrate over the surface by applying an adhesive layer over the coating and the uncoated portion of the carrier substrate, wherein the adhesive of the adhesive layer forms a weaker bond with the coating than the bond formed with the carrier substrate; and separating the another substrate from the carrier substrate. hydrolyzing a silane material with water or with water and alcohol to form silanol groups, the silane material comprising a compound having a structure selected from the group consisting of (XO) 3 Si(CH 2 ) n Y, (XO) 2 Si((CH 2 ) n Y) 2 , and (XO) 3 Si(CH 2 ) n Y(CH 2 ) n Si(XO) 3 , wherein XO is a hydrolyzable alkoxy group, Y is an organofunctional group, and n is a nonnegative integer; reacting the silanol groups with hydroxyl groups on a surface of silicon components or metal components of a carrier substrate to form a coating over the surface of the carrier substrate, wherein the coating has a coating composition including silicon-oxygen-silicon bonds or metal-oxygen-silicon bonds respectively; wherein during the formation of the coating, the silanol groups of the silane material condense with one another, forming a polymeric material comprising Si-O-Si bonds over the surface of the carrier substrate; removing a portion of the coating from the surface at least adjacent a periphery of the carrier substrate to form an uncoated portion of the carrier substrate without removing a remainder of the coating; adhesively bonding another substrate to the carrier substrate over the surface by applying an adhesive layer over the coating and the uncoated portion of the carrier substrate, wherein the adhesive of the adhesive layer forms a weaker bond with the coating than the bond formed with the carrier substrate; and separating the another substrate from the carrier substrate.
An arrangement for mounting a plane on a wall , the arrangement comprising said plane and, supporting said plane , a first support arm and a second support arm , each of said support arms is connectable to the wall by their first end by means of a first joint arrangement at the first end of the support arm , the first joint arrangement being provided with a substantially vertical turning axis so that the support arms are turnable in a substantially horizontal level in relation to the wall , and the support arms being mounted in connection with the plane by their second end (4", 5") by means of a second joint arrangement connected to the second end (4", 5") of the support arm , the second joint arrangement of the support arm comprising a joint provided with a substantially horizontal turning axis, whereby said plane is turnable to a substantially horizontal usage position and a substantially vertical storage position by means of said joints provided with a substantially horizontal turning axis, and wherein the second joint arrangement comprises a substantially vertical joint shaft arranged in connection with the second end (4", 5") of the support arm , and whereby the joint provided with the substantially horizontal turning axis is arranged in said substantially vertical joint shaft , wherein the substantially vertical joint shaft of the second joint arrangement comprises in the vertical direction of the support arm a portion extending below the second end (4", 5") of the support arm , and the joint of the second joint arrangement , which is provided with the substantially horizontal turning axis is arranged directly, or indirectly by a connecting part , to the portion of the vertical joint shaft , which extends below the second end (4", 5") of the support arm .
A patient support surface for supporting a patient, the patient support surface comprising a core including at least one patient support element, a ticking surrounding the core, the ticking having an upper layer overlying the core and a lower layer underlying the core, at least one radio detection and ranging, RADAR, antenna situated beneath the core, the at least one RADAR antenna emitting a pulse that travels through the core and that is reflected by either the patient or an inner surface of the upper layer of the ticking as a reflected signal back to the at least one RADAR antenna , processor circuitry that determines a time-of-flight, TOF, of the pulse and the reflected signal to determine whether the patient supported on the patient support surface is at risk of contraction of pressure ulcers due to improper immersion into the patient support surface ; an impedance matching circuit configured to tune the at least one antenna to match an impedance of the core; and an impedance-matched delay line coupled to the impedance matching circuit and to the at least one RADAR antenna , the impedance-matched delay line increasing an amount of time that it takes for the reflected signal to reach the impedance matching circuit thereby preventing interference between the emitted pulse and the reflected signal. a core including at least one patient support element, a ticking surrounding the core, the ticking having an upper layer overlying the core and a lower layer underlying the core, at least one radio detection and ranging, RADAR, antenna situated beneath the core, the at least one RADAR antenna emitting a pulse that travels through the core and that is reflected by either the patient or an inner surface of the upper layer of the ticking as a reflected signal back to the at least one RADAR antenna , processor circuitry that determines a time-of-flight, TOF, of the pulse and the reflected signal to determine whether the patient supported on the patient support surface is at risk of contraction of pressure ulcers due to improper immersion into the patient support surface ; an impedance matching circuit configured to tune the at least one antenna to match an impedance of the core; and an impedance-matched delay line coupled to the impedance matching circuit and to the at least one RADAR antenna , the impedance-matched delay line increasing an amount of time that it takes for the reflected signal to reach the impedance matching circuit thereby preventing interference between the emitted pulse and the reflected signal.
A vehicle safety illumination arrangement , comprising an automatic head light control unit for modulating an intensity of at least one head light of a hosting vehicle between at least a low beam mode and a high beam mode, the automatic head light control unit being arranged to, in an activated state, switch between said low beam mode and said high beam mode on the basis of at least one input from at least one sensor , the input being indicative of at least one of a traffic situation and an illumination condition, the arrangement comprises means for activating said automatic head light control unit , and means to detect an object in front of said hosting vehicle , hosting said arrangement , the arrangement comprising processing means arranged to determine if an object detected constitutes a potential collision threat to said hosting vehicle , characterized in that the arrangement is arranged to activate said automatic head light control unit if a detected object in front of said hosting vehicle is determined to constitute said potential collision threat to said vehicle , wherein the automatic head light control unit in the activated state is arranged to activate said high beam mode if a detected object in front of said vehicle is determined to constitute a potential collision threat to said hosting vehicle .
Measuring device , configured for a fill level measurement, a limit level measurement or a pressure measurement in a container , comprising: a sensor , which is configured to detect a measuring value; and a fastening device , on which the sensor is arranged and/or fastened; wherein the fastening device is configured to releasably attach the sensor to a planar surface of a container wall ; wherein the fastening device comprises at least one suction cup that is configured to detachably attach the sensor to the container by means of an underpressure in the at least one suction cup; wherein the fastening device comprises a clamping device , which is configured to generate the underpressure in the at least one suction cup; wherein the fastening device is configured to activate or deactivate the sensor by switching the clamping device . a sensor , which is configured to detect a measuring value; and a fastening device , on which the sensor is arranged and/or fastened; wherein the fastening device is configured to releasably attach the sensor to a planar surface of a container wall ; wherein the fastening device comprises at least one suction cup that is configured to detachably attach the sensor to the container by means of an underpressure in the at least one suction cup; wherein the fastening device comprises a clamping device , which is configured to generate the underpressure in the at least one suction cup; wherein the fastening device is configured to activate or deactivate the sensor by switching the clamping device .
A master battery management system used for a battery system in which a plurality of slave battery management systems, slave BMSs, (32 to 40) and the master battery management system communicate wirelessly, the master battery management system comprising: a receiving unit configured to receive, from each slave BMS (32 to 40) of the plurality of slave BMSs (32 to 40), battery-related data of this slave BMS and data transmission information including a transmission signal received from at least one other slave BMS among the plurality of slave BMSs (32 to 40), during one period in which each of the plurality of slave BMSs transmits data at least once, said data transmission information including information that said other slave battery management system has transmitted battery-related data to the master battery management system , characterized by a determination unit configured to determine a communication error or an abnormal slave BMS (32 to 40) by using the battery-related data of this slave BMS and the at least one other slave BMS battery-related data received from each slave BMS during one period, wherein the data transmission information of the at least one other slave BMS (32 to 40) among the plurality of slave BMSs is information on a history that the at least one other slave BMS transmits battery-related data. a receiving unit configured to receive, from each slave BMS (32 to 40) of the plurality of slave BMSs (32 to 40), battery-related data of this slave BMS and data transmission information including a transmission signal received from at least one other slave BMS among the plurality of slave BMSs (32 to 40), during one period in which each of the plurality of slave BMSs transmits data at least once, said data transmission information including information that said other slave battery management system has transmitted battery-related data to the master battery management system , characterized by a determination unit configured to determine a communication error or an abnormal slave BMS (32 to 40) by using the battery-related data of this slave BMS and the at least one other slave BMS battery-related data received from each slave BMS during one period, wherein the data transmission information of the at least one other slave BMS (32 to 40) among the plurality of slave BMSs is information on a history that the at least one other slave BMS transmits battery-related data.
A sensor node comprising: a sensor having a sensing material and at least one pair of electrodes in contact with the sensing material , the sensing material configured to be in contact with an ambient environment; an environmental sensor configured to acquire one or more ambient parameters of the environment proximate to the sensor node , wherein the one or more ambient parameters include at least one of a temperature, pressure, or humidity; a communication circuit configured to be communicatively coupled to a remote system ; and a controller circuit electrically coupled to the at least one pair of electrodes , the controller circuit is configured to: generate a stimulation waveform for applications to the sensing material of the sensor via the at least one pair of electrodes , receive an electrical signal from the at least one pair of electrodes representative of an impedance response of the sensing material , receive the one or more ambient parameters; and control the communication circuit to transmit the impedance response to the remote system . a sensor having a sensing material and at least one pair of electrodes in contact with the sensing material , the sensing material configured to be in contact with an ambient environment; an environmental sensor configured to acquire one or more ambient parameters of the environment proximate to the sensor node , wherein the one or more ambient parameters include at least one of a temperature, pressure, or humidity; a communication circuit configured to be communicatively coupled to a remote system ; and a controller circuit electrically coupled to the at least one pair of electrodes , the controller circuit is configured to: generate a stimulation waveform for applications to the sensing material of the sensor via the at least one pair of electrodes , receive an electrical signal from the at least one pair of electrodes representative of an impedance response of the sensing material , receive the one or more ambient parameters; and control the communication circuit to transmit the impedance response to the remote system . generate a stimulation waveform for applications to the sensing material of the sensor via the at least one pair of electrodes , receive an electrical signal from the at least one pair of electrodes representative of an impedance response of the sensing material , receive the one or more ambient parameters; and control the communication circuit to transmit the impedance response to the remote system .
An extender jumper system for a subsea field , comprising: an extender jumper assembly , comprising: a first flowline ; a first connector comprising a first central axis, wherein the first connector is positioned at a first end of the first flowline in an axially downward orientation to facilitate attachment between the first connector and a first subsea structure ; and a second connector comprising a second central axis , wherein the second connector is positioned at a second end of the first flowline ; and a support assembly configured to couple the extender jumper assembly to a support structure within the subsea field and to support the second connector in an axially upward orientation in which the second central axis is substantially parallel to the first central axis to facilitate attachment between the second connector and a corresponding connector of another extender jumper or a jumper . an extender jumper assembly , comprising: a first flowline ; a first connector comprising a first central axis, wherein the first connector is positioned at a first end of the first flowline in an axially downward orientation to facilitate attachment between the first connector and a first subsea structure ; and a second connector comprising a second central axis , wherein the second connector is positioned at a second end of the first flowline ; and a first flowline ; a first connector comprising a first central axis, wherein the first connector is positioned at a first end of the first flowline in an axially downward orientation to facilitate attachment between the first connector and a first subsea structure ; and a second connector comprising a second central axis , wherein the second connector is positioned at a second end of the first flowline ; and a support assembly configured to couple the extender jumper assembly to a support structure within the subsea field and to support the second connector in an axially upward orientation in which the second central axis is substantially parallel to the first central axis to facilitate attachment between the second connector and a corresponding connector of another extender jumper or a jumper .
A program executed by an information processing device , the program causing the information processing device to execute: a registration step of registering a communication device , wherein, in the registration step, a search for communication devices connected to a communication network is executed, and a communication device selected by a user among the plurality of communication devices detected in the search is registered; a determination step (S7) of determining whether a communication device is registered in the information processing device in the registration step on the basis of advertise information transmitted from the communication device ; a checking step (S8) of checking with a user whether to execute pairing in a case where the communication device is determined not to be registered in the determination step; and an execution step (S9) of executing a predetermined process for pairing of communication with the communication device in a case where the execution of the pairing is directed by the user in the checking step or in a case where the communication device is determined to be registered in the determination step, wherein the search is executed using a second communication system different from a first communication system in which a connection is established using the pairing. a registration step of registering a communication device , wherein, in the registration step, a search for communication devices connected to a communication network is executed, and a communication device selected by a user among the plurality of communication devices detected in the search is registered; a determination step (S7) of determining whether a communication device is registered in the information processing device in the registration step on the basis of advertise information transmitted from the communication device ; a checking step (S8) of checking with a user whether to execute pairing in a case where the communication device is determined not to be registered in the determination step; and an execution step (S9) of executing a predetermined process for pairing of communication with the communication device in a case where the execution of the pairing is directed by the user in the checking step or in a case where the communication device is determined to be registered in the determination step, wherein the search is executed using a second communication system different from a first communication system in which a connection is established using the pairing.
A pump type dispenser comprising: a pump held by a mouth portion of a container and configured to suction and pressure-feed a content liquid in the container; and a nozzle head having an internal passage (T) through which the pressure-fed content liquid passes and driving the pump by being repeatedly pushed down and restored, wherein the internal passage (T) includes a vertical passage (T1) communicating with the pump and a lateral passage (T2) connected to the vertical passage (T1) and that opens toward the outside, a dispensing member is disposed in the lateral passage (T2), extends from the opening of the internal passage (T) toward a joining portion (T3), and is configured to dispense the content liquid, which is introduced from an inlet on the joining portion (T3) side, from an outlet on the opening of the internal passage (T) side, the vertical passage (T1) and the lateral passage (T2) are connected_in the joining portion (T3), and the nozzle head includes a top wall serving as a pressing portion for pushing down the nozzle head , characterized in that a protrusion protruding from the top wall toward the internal passage (T) is provided in the joining portion (T3), and the dispensing member includes a recessed portion which engages with the protrusion to prevent separation from the lateral passage (T2). a pump held by a mouth portion of a container and configured to suction and pressure-feed a content liquid in the container; and a nozzle head having an internal passage (T) through which the pressure-fed content liquid passes and driving the pump by being repeatedly pushed down and restored, wherein the internal passage (T) includes a vertical passage (T1) communicating with the pump and a lateral passage (T2) connected to the vertical passage (T1) and that opens toward the outside, a dispensing member is disposed in the lateral passage (T2), extends from the opening of the internal passage (T) toward a joining portion (T3), and is configured to dispense the content liquid, which is introduced from an inlet on the joining portion (T3) side, from an outlet on the opening of the internal passage (T) side, the vertical passage (T1) and the lateral passage (T2) are connected_in the joining portion (T3), and the nozzle head includes a top wall serving as a pressing portion for pushing down the nozzle head , characterized in that a protrusion protruding from the top wall toward the internal passage (T) is provided in the joining portion (T3), and the dispensing member includes a recessed portion which engages with the protrusion to prevent separation from the lateral passage (T2).
. A device for retrofit to, and modification of, an existing gear shift system of a vehicle, the gear shift system comprising a gear shift peg member supported by a gear shift bracket , the device comprising a device member and a member connector configured to connect the device to the gear shift system so that, in use, one of the device member and the gear shift peg member is beneath a rider's foot to provide a first member , and the other of the device member and the gear shift peg member is above the rider's foot to provide a second member , wherein in use downwards movement of the first member effects a first gear shift and in use upwards movement of the second member effects a second gear shift, characterised in that , the member connector is configured to grip at least a portion of the gear shift peg member to thereby connect the device to the gear shift system , such that the gear shift system is retrofittable with the device . the device comprising a device member and a member connector configured to connect the device to the gear shift system so that, in use, one of the device member and the gear shift peg member is beneath a rider's foot to provide a first member , and the other of the device member and the gear shift peg member is above the rider's foot to provide a second member , wherein in use downwards movement of the first member effects a first gear shift and in use upwards movement of the second member effects a second gear shift, characterised in that , the member connector is configured to grip at least a portion of the gear shift peg member to thereby connect the device to the gear shift system , such that the gear shift system is retrofittable with the device .