mhurhangee/ep-ind-claims huggingface dataset:
An aqueous coating composition comprising: (a) a base latex resin; and (b) a stratifying latex resin comprising hybrid metal oxide latex particles wherein the hybrid particles are the polymerization reaction product of at least one or more copolymerizable monoethylenically unsaturated monomers, wherein the monoethylenically unsaturated monomers comprise at least one low surface energy driver monomer selected from the group consisting of (i) a fluorine containing monomer; and (ii) a silane-containing monomer; and wherein the polymerization reaction is in the presence of a metal oxide nanoparticle; and wherein the metal oxide nanoparticle is embedded within the hybrid particles. (a) a base latex resin; and (b) a stratifying latex resin comprising hybrid metal oxide latex particles wherein the hybrid particles are the polymerization reaction product of at least one or more copolymerizable monoethylenically unsaturated monomers, wherein the monoethylenically unsaturated monomers comprise at least one low surface energy driver monomer selected from the group consisting of (i) a fluorine containing monomer; and (ii) a silane-containing monomer; and wherein the polymerization reaction is in the presence of a metal oxide nanoparticle; and wherein the metal oxide nanoparticle is embedded within the hybrid particles.
Inspection control system of an elevator system, which comprises an elevator car and an electric motor, wherein the electric motor can drive the elevator car to move in a shaft of the elevator system, and wherein the shaft comprises at least one shaft door, comprising: a safety chain which comprises at least one door contact switch for determining an open and/or closed state of the shaft door and an operating device in the shaft connected in series, wherein the operating device comprises a changeover switch for switching the elevator system into a normal operating mode or into an inspection operating mode, and wherein the closed safety chain for driving the elevator car creates a current path between an electrical supply source (10a, 10b) and the electric motor, while the interrupted safety chain interrupts the current path for stopping the elevator car, characterized in that the inspection control system comprises a manual switch and at least one control element (K1, K2, K3) for controlling the safety chain and/or the current path, the manual switch being located outside the shaft, and wherein the series circuit of the safety chain can be electrically closed or interrupted by activating or deactivating the control element (K1, K2, K3), while the current path to the electric motor remains interrupted until the manual switch is actuated when the changeover switch of the operating device switches the elevator system from the inspection operating mode to the normal operating mode. a safety chain which comprises at least one door contact switch for determining an open and/or closed state of the shaft door and an operating device in the shaft connected in series, wherein the operating device comprises a changeover switch for switching the elevator system into a normal operating mode or into an inspection operating mode, and wherein the closed safety chain for driving the elevator car creates a current path between an electrical supply source (10a, 10b) and the electric motor, while the interrupted safety chain interrupts the current path for stopping the elevator car, characterized in that the inspection control system comprises a manual switch and at least one control element (K1, K2, K3) for controlling the safety chain and/or the current path, the manual switch being located outside the shaft, and wherein the series circuit of the safety chain can be electrically closed or interrupted by activating or deactivating the control element (K1, K2, K3), while the current path to the electric motor remains interrupted until the manual switch is actuated when the changeover switch of the operating device switches the elevator system from the inspection operating mode to the normal operating mode.
A bicycle trainer to enable a user to train with use of a bicycle removably loaded on the bicycle trainer comprising: a body part placed on a floor, comprising a front-rear direction rod having a rearward portion on which is mounted a rotary unit so as to roll in contact with an outer peripheral surface of a rear wheel of the bicycle; a support shaft extending longitudinally in vertical direction, one longitudinal end thereof being loosely inserted into a forward portion of the front-rear direction rod of the body part and an opposite longitudinal end thereof being fixed to a fork end support unit to support a fork end part of the bicycle; and an elastic part arranged around at least a portion of the support shaft between a longitudinal middle of the support shaft and the opposite end thereof, and wherein swinging of the support shaft by force applied from the fork end part so as to allow the bicycle back and forth movement and left and right inclination is elastically restricted by the elastic part. a body part placed on a floor, comprising a front-rear direction rod having a rearward portion on which is mounted a rotary unit so as to roll in contact with an outer peripheral surface of a rear wheel of the bicycle; a support shaft extending longitudinally in vertical direction, one longitudinal end thereof being loosely inserted into a forward portion of the front-rear direction rod of the body part and an opposite longitudinal end thereof being fixed to a fork end support unit to support a fork end part of the bicycle; and an elastic part arranged around at least a portion of the support shaft between a longitudinal middle of the support shaft and the opposite end thereof, and wherein swinging of the support shaft by force applied from the fork end part so as to allow the bicycle back and forth movement and left and right inclination is elastically restricted by the elastic part.
A base station apparatus comprising: at least one processor configured to generate information for an uplink grant comprising a modulation and coding scheme, MCS, field for a transport block and a resource allocation field for indicating physical resource blocks allocated to a user equipment, UE; and at least one transceiver configured to transmit the information for the uplink grant to the UE, wherein a combination of a value of the MCS field for the transport block and a number of physical resource blocks allocated to the UE indicates whether the transport block is disabled. at least one processor configured to generate information for an uplink grant comprising a modulation and coding scheme, MCS, field for a transport block and a resource allocation field for indicating physical resource blocks allocated to a user equipment, UE; and at least one transceiver configured to transmit the information for the uplink grant to the UE, wherein a combination of a value of the MCS field for the transport block and a number of physical resource blocks allocated to the UE indicates whether the transport block is disabled.
A gutter extending in a longitudinal direction and comprising a gutter channel, the channel having a channel bottom and a channel wall, a gutter cover (20; 220), the cover having a cover body (22; 222) extending in a longitudinal direction, with a upper surface and a lower surface opposite the upper surface, with at least one opening (30; 230) in the upper surface for receiving at least two lining elements, at least two lining spacer elements (40; 240), for abutting the at least two lining elements on either side of the at least two spacer elements, wherein the at least two spacer elements (40; 240) are aligned on the upper surface in an alignment direction and are separated by said at least one opening in the alignment direction, and the at least two spacer elements (40; 240) protruding from the upper surface of the cover body, thereby forming with said at least one opening a discharge mouth (32; 232), characterized in that the alignment direction corresponds to the longitudinal direction of the cover body 22, 222) as well as to the longitudinal direction of the gutter.
Filter device having a filter housing jar and a ring filter element arranged therein, - wherein the filter housing jar has a central drain channel, in which a drain screw having a driver contour is arranged, - wherein the ring filter element has a lower end disc, having a ring seal lying on the outside and, in the installed state, interacting with the filter housing jar and having a counter-driver contour interacting with the driver contour, characterised in that - the drain screw is adjustable between at least three positions, namely - a lower position, in which the drain screw tightly closes the drain channel, - an intermediate position, in which the drain screw frees the drain channel, but does not yet interact with the counter-driver contour on the ring filter element side via the driver contour thereof, - an upper position, in which the drain screw frees the drain channel and interacts with the counter-driver contour on the ring filter element side via the driver contour thereof, by way of which a twisting of the drain screw causes a twisting of the ring filter element. - wherein the filter housing jar has a central drain channel, in which a drain screw having a driver contour is arranged, - wherein the ring filter element has a lower end disc, having a ring seal lying on the outside and, in the installed state, interacting with the filter housing jar and having a counter-driver contour interacting with the driver contour, characterised in that - the drain screw is adjustable between at least three positions, namely - a lower position, in which the drain screw tightly closes the drain channel, - an intermediate position, in which the drain screw frees the drain channel, but does not yet interact with the counter-driver contour on the ring filter element side via the driver contour thereof, - an upper position, in which the drain screw frees the drain channel and interacts with the counter-driver contour on the ring filter element side via the driver contour thereof, by way of which a twisting of the drain screw causes a twisting of the ring filter element. - a lower position, in which the drain screw tightly closes the drain channel, - an intermediate position, in which the drain screw frees the drain channel, but does not yet interact with the counter-driver contour on the ring filter element side via the driver contour thereof, - an upper position, in which the drain screw frees the drain channel and interacts with the counter-driver contour on the ring filter element side via the driver contour thereof, by way of which a twisting of the drain screw causes a twisting of the ring filter element.
A method of thinning a bulk aluminum nitride (AlN) substrate with at least one epitaxially grown group-III-nitride layer (32, 34) provided on a first side of the substrate, the method comprising: applying a slurry having a high pH to a second side of the substrate opposite the first side; chemical mechanically polishing the second side of the substrate using the slurry to remove at least a portion of the substrate, resulting in a thinned layer (32, 34) with a thickness less than 50 microns; and bonding the epitaxial layer (32, 34) to a non-native substrate. applying a slurry having a high pH to a second side of the substrate opposite the first side; chemical mechanically polishing the second side of the substrate using the slurry to remove at least a portion of the substrate, resulting in a thinned layer (32, 34) with a thickness less than 50 microns; and bonding the epitaxial layer (32, 34) to a non-native substrate.
A method for supporting a non-vector line, comprising: controlling to initialize at least one vector line T V in the lines that are in the initializing stage; and before the T V enters the data transmission stage, estimating a far-end crosstalk coefficient C SL-TV from a non-vector line S L that is in the data transmission stage to the T V and a far-end crosstalk coefficient C TV-TV between the lines T V, wherein the C SL-TV is used in signal processing to eliminate far-end crosstalk caused by the S L to the T V, and the C TV-TV is used in signal processing to eliminate far-end crosstalk between the lines T V; wherein the estimating a far-end crosstalk coefficient C SL-TV from the non-vector line S L that is in the data transmission stage to the T V comprises: performing no control on alignment between a sync symbol of the non-vector line and a sync symbol of the vector line, and receiving a frequency domain signal existent on the S L and corresponding to a time point of the sync symbol of the vector line; receiving an error sample of the sync symbol of the T V; and using the signal and the error sample to calculate the C SL-TV. controlling to initialize at least one vector line T V in the lines that are in the initializing stage; and before the T V enters the data transmission stage, estimating a far-end crosstalk coefficient C SL-TV from a non-vector line S L that is in the data transmission stage to the T V and a far-end crosstalk coefficient C TV-TV between the lines T V, wherein the C SL-TV is used in signal processing to eliminate far-end crosstalk caused by the S L to the T V, and the C TV-TV is used in signal processing to eliminate far-end crosstalk between the lines T V; wherein the estimating a far-end crosstalk coefficient C SL-TV from the non-vector line S L that is in the data transmission stage to the T V comprises: performing no control on alignment between a sync symbol of the non-vector line and a sync symbol of the vector line, and receiving a frequency domain signal existent on the S L and corresponding to a time point of the sync symbol of the vector line; receiving an error sample of the sync symbol of the T V; and using the signal and the error sample to calculate the C SL-TV. performing no control on alignment between a sync symbol of the non-vector line and a sync symbol of the vector line, and receiving a frequency domain signal existent on the S L and corresponding to a time point of the sync symbol of the vector line; receiving an error sample of the sync symbol of the T V; and using the signal and the error sample to calculate the C SL-TV.
A solid oxide fuel cell stack comprising: a first solid oxide fuel cell unit; a second solid oxide fuel cell unit; and a bonding layer coupled between an outer porous electrode layer of the first solid oxide fuel cell unit and an outer porous electrode layer of the second solid oxide fuel cell unit, the outer porous electrode layers of the first and second solid oxide fuel cell units having the same composition; wherein the bonding layer includes a bonding material comprising particles having at least one material component in common with the composition of the outer porous electrode layers of the first and second solid oxide fuel cell units and wherein the particles have a bimodal particle size distribution. a first solid oxide fuel cell unit; a second solid oxide fuel cell unit; and a bonding layer coupled between an outer porous electrode layer of the first solid oxide fuel cell unit and an outer porous electrode layer of the second solid oxide fuel cell unit, the outer porous electrode layers of the first and second solid oxide fuel cell units having the same composition; wherein the bonding layer includes a bonding material comprising particles having at least one material component in common with the composition of the outer porous electrode layers of the first and second solid oxide fuel cell units and wherein the particles have a bimodal particle size distribution.
A method comprising: determining access network conditions by a network device in an access network, the access network providing communications between a client device and a destination reachable via a data network; selecting, by the network device based on the access network conditions, one of a plurality of redundancy coding methods for network traffic between the client device and the destination, including selecting coding parameters for the one redundancy coding method; and causing, by the network device, coding to be executed on the network traffic, on behalf of the client device, according to the one redundancy coding method and the selected coding parameters, wherein the causing includes the network device outputting, to an access point (16a, 16b) in the access network, an instruction specifying the one redundancy coding method and the selected coding parameters, wherein the instruction includes a reference for retrieving executable code associated with executing the identified redundancy coding method from a prescribed storage location identified by the network device, enabling the access point to retrieve the redundancy coding method for execution to convert between the network traffic and coded network traffic in response to the instruction. determining access network conditions by a network device in an access network, the access network providing communications between a client device and a destination reachable via a data network; selecting, by the network device based on the access network conditions, one of a plurality of redundancy coding methods for network traffic between the client device and the destination, including selecting coding parameters for the one redundancy coding method; and causing, by the network device, coding to be executed on the network traffic, on behalf of the client device, according to the one redundancy coding method and the selected coding parameters, wherein the causing includes the network device outputting, to an access point (16a, 16b) in the access network, an instruction specifying the one redundancy coding method and the selected coding parameters, wherein the instruction includes a reference for retrieving executable code associated with executing the identified redundancy coding method from a prescribed storage location identified by the network device, enabling the access point to retrieve the redundancy coding method for execution to convert between the network traffic and coded network traffic in response to the instruction.
An opening aid for opening an energy guide chain which includes a number of chain links each having two side plates connected together at the bottom side, wherein at least some of the chain links at their top side have a respective transverse leg which is arranged pivotably on a side plate and which can be fixed to the other side plate, wherein the side plates are connected to afford a plate line (S1, Sr) and wherein the opening aid for guidance of the transverse legs upon opening thereof has a body extending in a working direction (a) and a lateral extension having an inclined sliding deflection surface for the transverse legs, characterised in that the extension is mounted to the body movably relative thereto and is reciprocatingly movable between a working position in which the extension is arranged extending laterally from the body in operative guiding relationship for the transverse legs and a rest position in which the extension is arranged in inoperative guiding relationship of being moved away from the working position.
A compressor sound-insulating structure for sound insulation of a compressor by covering a periphery of the compressor by using a sound-insulating member, the compressor sound-insulating structure comprising: a top-portion sound-insulating member that is mounted on an upper portion of the compressor; and a cover member (13; 13A) that covers an upper surface of the top-portion sound-insulating member, wherein the cover member (13; 13A) has an upper surface which is a surface that is inclined downward toward a position at which drain liquid is drained from the upper surface, and characterized in that the inclined upper surface is provided with a step portion that is provided with a through-hole through which an intake pipe passes and that is made higher than a surrounding area, and a tunnel-like protrusion portion that protrudes upward and in which a discharge pipe provided with a discharge temperature sensor is disposed. a top-portion sound-insulating member that is mounted on an upper portion of the compressor; and a cover member (13; 13A) that covers an upper surface of the top-portion sound-insulating member, wherein
A method of wireless communication, comprising: performing, by a first user equipment, UE, a listen-before-talk, LBT, procedure in a shared radio frequency band, wherein a category of the LBT is based on a channel access priority class, CAPC, associated with a sidelink communication; determining, by the first UE based on the LBT procedure, a channel occupancy time, COT, in the shared radio frequency band for communicating the sidelink communication with a second UE; and transmitting, by the first UE to the second UE, based on the LBT procedure being successful, the sidelink communication using first resources in the COT, the sidelink communication comprising at least sidelink control information, SCI, wherein the SCI comprises COT sharing information for second resources in the COT, and wherein the COT sharing information comprises the CAPC associated with the category of LBT used for acquiring the COT. performing, by a first user equipment, UE, a listen-before-talk, LBT, procedure in a shared radio frequency band, wherein a category of the LBT is based on a channel access priority class, CAPC, associated with a sidelink communication; determining, by the first UE based on the LBT procedure, a channel occupancy time, COT, in the shared radio frequency band for communicating the sidelink communication with a second UE; and transmitting, by the first UE to the second UE, based on the LBT procedure being successful, the sidelink communication using first resources in the COT, the sidelink communication comprising at least sidelink control information, SCI, wherein the SCI comprises COT sharing information for second resources in the COT, and wherein the COT sharing information comprises the CAPC associated with the category of LBT used for acquiring the COT.
An arrangement for a lock, comprising: - a stator, - a rotor (2, 19, 41) which is rotatably arranged in the stator, - a set of elements (3, 4, 18, 40) arranged in said rotor for cooperating with the stator, which elements each have an opening and which elements are arranged successively in the longitudinal direction of the rotor and the openings of which together form a through hole for receiving a key, each of said elements (3, 4, 18, 40) being readjustably arranged, independently of the others, between a state which upon actuation is blocking, wherein said element prevents rotation of the rotor, and a state which upon the same actuation is releasing, wherein said element allows rotation of the rotor, wherein said element in said state, which upon actuation is blocking allows rotation of the rotor in absence of an actuation and wherein said element in said state, which upon the same actuation is releasing, prevents rotation of the rotor in absence of actuation. - a stator, - a rotor (2, 19, 41) which is rotatably arranged in the stator, - a set of elements (3, 4, 18, 40) arranged in said rotor for cooperating with the stator, which elements each have an opening and which elements are arranged successively in the longitudinal direction of the rotor and the openings of which together form a through hole for receiving a key, each of said elements (3, 4, 18, 40) being readjustably arranged, independently of the others, between a state which upon actuation is blocking, wherein said element prevents rotation of the rotor, and a state which upon the same actuation is releasing, wherein said element allows rotation of the rotor, wherein said element in said state, which upon actuation is blocking allows rotation of the rotor in absence of an actuation and wherein said element in said state, which upon the same actuation is releasing, prevents rotation of the rotor in absence of actuation.