mhurhangee/patent-ind-claim-en huggingface dataset:
An electrical component module attachable to a machine section provided behind a service panel arranged on a front side of an outdoor unit of an air conditioner including a refrigerant pipe , the electrical component module comprising: a main board having a front surface on which an electronic component forming a part of a control circuit that is suitable for controlling the air conditioner is mounted; a power board having a front surface on which an electronic component including a plurality of power devices forming a remaining part of the control circuit is mounted; and a fixed plate on which the main board and the power board are mounted, with a back surface of the main board facing a front surface of the fixed plate , and with a back surface of the power board facing a back surface of the fixed plate , the fixed plate being attachable to the machine section , with the front surface of the main board being suitable for facing a direction toward the service panel , wherein the outdoor unit includes a cooler attached to a part of the refrigerant pipe so as to face a direction toward the service panel , and the plurality of power devices is vertically arranged on the front surface of the power board and is thermally couplable with the cooler , the power board has a size in an upward and downward direction set to correspond to a size of the plurality of power devices vertically arranged in the upward and downward direction, and the main board has a size in the upward and downward direction set to correspond to the size of the power board in the upward and downward direction. a main board having a front surface on which an electronic component forming a part of a control circuit that is suitable for controlling the air conditioner is mounted; a power board having a front surface on which an electronic component including a plurality of power devices forming a remaining part of the control circuit is mounted; and a fixed plate on which the main board and the power board are mounted, with a back surface of the main board facing a front surface of the fixed plate , and with a back surface of the power board facing a back surface of the fixed plate , the fixed plate being attachable to the machine section , with the front surface of the main board being suitable for facing a direction toward the service panel , wherein the outdoor unit includes a cooler attached to a part of the refrigerant pipe so as to face a direction toward the service panel , and the plurality of power devices is vertically arranged on the front surface of the power board and is thermally couplable with the cooler , the power board has a size in an upward and downward direction set to correspond to a size of the plurality of power devices vertically arranged in the upward and downward direction, and the main board has a size in the upward and downward direction set to correspond to the size of the power board in the upward and downward direction.
A method of a user equipment, UE, to signal a base station, comprising: detecting, by the UE operating in a wireless communication network having a UE-centric medium access control layer, presence of a trigger event to signal the base station of the wireless communication network ; identifying one of a plurality of functions corresponding to the trigger event ; generating a chirp signal having a chirp purpose indicator and a fixed size chirp message including chirp purpose supplemental information corresponding to the one of the plurality of functions, wherein the chirp purpose indicator indicates one of the plurality of functions to be performed in association with the chirp signal and wherein the generating comprises selecting the chirp purpose indicator and the format of the fixed size chirp message according to the identified one of a plurality of functions and out of a plurality of chirp purpose indicators and formats each corresponding to the plurality of functions, so that the chirp purpose indicator and the format of the fixed size chirp message correspond to the identified one of the plurality of functions ; and transmitting the chirp signal to the base station . detecting, by the UE operating in a wireless communication network having a UE-centric medium access control layer, presence of a trigger event to signal the base station of the wireless communication network ; identifying one of a plurality of functions corresponding to the trigger event ; generating a chirp signal having a chirp purpose indicator and a fixed size chirp message including chirp purpose supplemental information corresponding to the one of the plurality of functions, wherein the chirp purpose indicator indicates one of the plurality of functions to be performed in association with the chirp signal and wherein the generating comprises selecting the chirp purpose indicator and the format of the fixed size chirp message according to the identified one of a plurality of functions and out of a plurality of chirp purpose indicators and formats each corresponding to the plurality of functions, so that the chirp purpose indicator and the format of the fixed size chirp message correspond to the identified one of the plurality of functions ; and transmitting the chirp signal to the base station .
Hot beverage machine , in particular coffee machine , with a water tank , a water line leading from the water tank to a heating device , a pump arranged between the water tank and the heating device in the water line and a brewing device arranged downstream of the heating device at the end of the water line , characterised in that a valve-free pressure equalisation path is provided, which at a branching between the pump and the heating device branches off from the water line and opens into the water tank above a water level , wherein a panel or a throttle is arranged in the pressure equalisation path .
An electric power unit for a vehicle comprising a cooling system for the electric power unit, wherein the electric power unit comprises an electric machine , an electric energy storage for storing of electrical energy and power electronics for controlling the flow of electrical energy between the electrical energy storage and the electric machine , and wherein the cooling system comprises a high temperature circuit with a circulating coolant cooling the power electronics during operation of the vehicle , a high temperature radiator arranged in the high temperature circuit , a low temperature circuit with a circulating coolant configured to cool the electric energy storage during operation of the vehicle , and a low temperature radiator arranged in the low temperature circuit , characterized in that the cooling system is configured to be set in a charging mode when the electrical energy storage is charged by an external electrical power source and that the cooling system comprises components configured to create a modified flow circuit for the coolant in the charging mode in which the coolant is cooled in the low temperature radiator and in the high temperature radiator before it is directed to the electric energy storage and that said components comprises a first valve member which in the charging mode is configured to direct coolant, via a first connection line , from the low temperature circuit to the high temperature circuit in a position upstream of the high temperature radiator , and a second valve member which in the charging mode is configured to direct the coolant, back to the low temperature circuit via a second connection line when the coolant has been cooled in the high temperature radiator , wherein the connection lines are connected to the low temperature circuit in positions downstream of the low temperature radiator or wherein the connection lines are connected to the low temperature circuit in positions upstream of the low temperature radiator .
A grant-free transmission method, wherein the method comprises: detecting , by a network device, a pilot sequence used by a terminal device for uplink transmission; determining , by the network device, a pilot sequence index of the pilot sequence based on the pilot sequence and a correspondence between a pilot sequence and a pilot sequence index; and sending , by the network device, information about a feedback result of the uplink transmission to the terminal device based on the pilot sequence index, and the method being characterized in that : the sending, by the network device, information about a feedback result of the uplink transmission to the terminal device based on the pilot sequence index comprises: determining , by the network device in a bitmap based on the pilot sequence index, a target bit position corresponding to the pilot sequence index, wherein each bit position in the bitmap corresponds to a different pilot sequence index; determining , by the network device, a value at the target bit position based on the feedback result, wherein the value at the target bit position is used to indicate that the feedback result is an acknowledgement, ACK, or a negative acknowledgement, NACK; ; and sending , by the network device, the bitmap to the terminal device. detecting , by a network device, a pilot sequence used by a terminal device for uplink transmission; determining , by the network device, a pilot sequence index of the pilot sequence based on the pilot sequence and a correspondence between a pilot sequence and a pilot sequence index; and sending , by the network device, information about a feedback result of the uplink transmission to the terminal device based on the pilot sequence index, and the method being characterized in that : the sending, by the network device, information about a feedback result of the uplink transmission to the terminal device based on the pilot sequence index comprises: determining , by the network device in a bitmap based on the pilot sequence index, a target bit position corresponding to the pilot sequence index, wherein each bit position in the bitmap corresponds to a different pilot sequence index; determining , by the network device, a value at the target bit position based on the feedback result, wherein the value at the target bit position is used to indicate that the feedback result is an acknowledgement, ACK, or a negative acknowledgement, NACK; ; and sending , by the network device, the bitmap to the terminal device. determining , by the network device in a bitmap based on the pilot sequence index, a target bit position corresponding to the pilot sequence index, wherein each bit position in the bitmap corresponds to a different pilot sequence index; determining , by the network device, a value at the target bit position based on the feedback result, wherein the value at the target bit position is used to indicate that the feedback result is an acknowledgement, ACK, or a negative acknowledgement, NACK; ; and sending , by the network device, the bitmap to the terminal device.
A hydrogen sulfide neutralizing tool for neutralizing a hydrogen sulfide within a subterranean well , the hydrogen sulfide neutralizing tool including: a tubular member with an internal bore ; a tool shell circumscribing the tubular member and defining a tool annular space between an outer diameter surface of the tubular member and an inner diameter surface of the tool shell; a sacrificial rod located within the tool annular space, the sacrificial rod formed of a material that produces metal sulfide when exposed to the hydrogen sulfide; where the tubular member includes an uphole perforation , the uphole perforation having an opening extending through a sidewall of the tubular member defining a fluid flow path between the tool annular space and the internal bore of the tubular member; and the tubular member includes a downhole perforation , the downhole perforation being located downhole of the uphole perforation and having an opening extending through the sidewall of the tubular member defining a fluid flow path between the tool annular space and the internal bore of the tubular member. a tubular member with an internal bore ; a tool shell circumscribing the tubular member and defining a tool annular space between an outer diameter surface of the tubular member and an inner diameter surface of the tool shell; a sacrificial rod located within the tool annular space, the sacrificial rod formed of a material that produces metal sulfide when exposed to the hydrogen sulfide; where the tubular member includes an uphole perforation , the uphole perforation having an opening extending through a sidewall of the tubular member defining a fluid flow path between the tool annular space and the internal bore of the tubular member; and the tubular member includes a downhole perforation , the downhole perforation being located downhole of the uphole perforation and having an opening extending through the sidewall of the tubular member defining a fluid flow path between the tool annular space and the internal bore of the tubular member.
A capacity control valve (V) comprising: a valve housing provided with a discharge port through which a discharge fluid of discharge pressure (Pd) passes, a suction port through which a suction fluid of suction pressure (Pc) passes, and a control port through which a control fluid of control pressure (Pc) passes; a rod configured to be driven by a solenoid ; a main valve formed by a main valve seat and a main valve element and configured for opening and closing a communication between the discharge port and the control port in accordance with a movement of the rod ; and a CS valve provided between the control port and the suction port and controlled by a dynamic pressure of a fluid flowing from the discharge port to the control port at an opening state of the main valve , characterized in that the CS valve includes a cylindrical CS valve element , and a spring that biases the CS valve element in a valve opening direction of the CS valve . a valve housing provided with a discharge port through which a discharge fluid of discharge pressure (Pd) passes, a suction port through which a suction fluid of suction pressure (Pc) passes, and a control port through which a control fluid of control pressure (Pc) passes; a rod configured to be driven by a solenoid ; a main valve formed by a main valve seat and a main valve element and configured for opening and closing a communication between the discharge port and the control port in accordance with a movement of the rod ; and a CS valve provided between the control port and the suction port and controlled by a dynamic pressure of a fluid flowing from the discharge port to the control port at an opening state of the main valve , characterized in that the CS valve includes a cylindrical CS valve element , and a spring that biases the CS valve element in a valve opening direction of the CS valve .
Indacaterol free base in solid form, wherein the Indacaterol free base has a purity >99% by HPLC analysis.
Polymer composition having improved color stability and comprising: a) thermoplastic polymer in a proportion which together with the other components adds up to 100% by weight, b) at least one colorant based on anthraquinone and having at least one free hydroxyl function in a proportion of from 0.000001% by weight to 1.000000% by weight, c) at least one stabilizer based on phosphate and having the following structure where R21 to R23 are H or identical or different linear, branched or cyclic alkyl radicals, where c) is present in a proportion of from 0.00005 to 0.05000% by weight. a) thermoplastic polymer in a proportion which together with the other components adds up to 100% by weight, b) at least one colorant based on anthraquinone and having at least one free hydroxyl function in a proportion of from 0.000001% by weight to 1.000000% by weight, c) at least one stabilizer based on phosphate and having the following structure where R21 to R23 are H or identical or different linear, branched or cyclic alkyl radicals, where c) is present in a proportion of from 0.00005 to 0.05000% by weight.
A fluid damper (10 ; 2001) comprising: a damper housing (20; 2002) having a first fluid volume (108; 2003) and a second fluid volume (109; 2005); a damping piston (120; 2006) reciprocatingly disposed within said damper housing and separating said first fluid volume from said second fluid volume; a piston fluid pathway between said first fluid volume and said second fluid volume through said damping piston; a fluid accumulator (30; 2012) having an accumulator fluid volume ; a first fluid pathway extending between said first fluid volume and said accumulator fluid volume, the first fluid pathway providing compression characteristics; a second fluid pathway extending between said second fluid volume and said accumulator fluid volume; a first adjustable valve to adjust a compression characteristic of said fluid damper, the first adjustable valve controlling a compression fluid flow through said first fluid pathway; and a second adjustable valve disposed in said second fluid pathway, said second adjustable valve for controlling flow of a damping fluid in a first direction along said second fluid pathway from said fluid accumulator volume to said second fluid volume of said damper housing, characterized in that said second adjustable valve is selectably adjustable either to not block or at least partially block said flow of a damping fluid along said second fluid pathway in said first direction, and wherein said at least partial block comprises a complete block of said flow of a damping fluid along said second fluid pathway in said first direction. a damper housing (20; 2002) having a first fluid volume (108; 2003) and a second fluid volume (109; 2005); a damping piston (120; 2006) reciprocatingly disposed within said damper housing and separating said first fluid volume from said second fluid volume; a piston fluid pathway between said first fluid volume and said second fluid volume through said damping piston; a fluid accumulator (30; 2012) having an accumulator fluid volume ; a first fluid pathway extending between said first fluid volume and said accumulator fluid volume, the first fluid pathway providing compression characteristics; a second fluid pathway extending between said second fluid volume and said accumulator fluid volume; a first adjustable valve to adjust a compression characteristic of said fluid damper, the first adjustable valve controlling a compression fluid flow through said first fluid pathway; and a second adjustable valve disposed in said second fluid pathway, said second adjustable valve for controlling flow of a damping fluid in a first direction along said second fluid pathway from said fluid accumulator volume to said second fluid volume of said damper housing, characterized in that said second adjustable valve is selectably adjustable either to not block or at least partially block said flow of a damping fluid along said second fluid pathway in said first direction, and wherein said at least partial block comprises a complete block of said flow of a damping fluid along said second fluid pathway in said first direction.
A method for reporting Channel State Information, CSI, by a user equipment, UE, configured with a plurality of component carriers, CCs, for wireless communication, the method comprising: performing a CSI measurement (S920) based on first CSI configuration regarding a first type CSI for a first CC of a plurality of CCs, and second CSI configuration regarding a second type CSI for a second CC of the plurality of CCs; and transmitting a CSI report (S950, S960, S970) based on the CSI measurement (S920), wherein in a subframe where the first type CSI collides with the second type CSI, only one of the first type CSI and the second type CSI is transmitted through the CSI report while the other one is dropped based on a transmission priority related to CSI contents, wherein CSI including both a rank indicator, RI, and a first precoding matrix indicator, PMI, is prioritized over CSI including only a wideband-channel quality indicator, WB-CQI, and, over CSI including both the WB-CQI and a second PMI; wherein the CSI including only the WB-CQI is prioritized over CSI including both a sub band-channel quality indicator, SB-CQI, and the second PMI; and wherein the CSI including both the WB-CQI and the second PMI is prioritized over CSI including only the SB-CQI. performing a CSI measurement (S920) based on first CSI configuration regarding a first type CSI for a first CC of a plurality of CCs, and second CSI configuration regarding a second type CSI for a second CC of the plurality of CCs; and transmitting a CSI report (S950, S960, S970) based on the CSI measurement (S920), wherein in a subframe where the first type CSI collides with the second type CSI, only one of the first type CSI and the second type CSI is transmitted through the CSI report while the other one is dropped based on a transmission priority related to CSI contents, wherein CSI including both a rank indicator, RI, and a first precoding matrix indicator, PMI, is prioritized over CSI including only a wideband-channel quality indicator, WB-CQI, and, over CSI including both the WB-CQI and a second PMI; wherein the CSI including only the WB-CQI is prioritized over CSI including both a sub band-channel quality indicator, SB-CQI, and the second PMI; and wherein the CSI including both the WB-CQI and the second PMI is prioritized over CSI including only the SB-CQI.
A friction disk comprising: a friction disk core comprising: a core outer surface ; and a first plurality of recesses disposed on the core outer surface ; a first wear liner comprising: an annular structure having a wear surface and a non-wear surface; a first plurality of notches disposed on the non-wear surface, the first plurality of notches having a complimentary shape to the first plurality of recesses , wherein the first plurality of notches is configured to mate with the first plurality of recesses and wherein the friction disk core further comprises a core inner surface , and wherein the friction disk further comprises a second wear liner having a mirrored shape to the first wear liner disposed on the core inner surface, the second wear liner being offset circumferentially from the first wear liner. a friction disk core comprising: a core outer surface ; and a first plurality of recesses disposed on the core outer surface ; a core outer surface ; and a first plurality of recesses disposed on the core outer surface ; a first wear liner comprising: an annular structure having a wear surface and a non-wear surface; a first plurality of notches disposed on the non-wear surface, the first plurality of notches having a complimentary shape to the first plurality of recesses , wherein the first plurality of notches is configured to mate with the first plurality of recesses and wherein the friction disk core further comprises a core inner surface , and wherein the friction disk further comprises a second wear liner having a mirrored shape to the first wear liner disposed on the core inner surface, the second wear liner being offset circumferentially from the first wear liner. an annular structure having a wear surface and a non-wear surface; a first plurality of notches disposed on the non-wear surface, the first plurality of notches having a complimentary shape to the first plurality of recesses , wherein the first plurality of notches is configured to mate with the first plurality of recesses and wherein the friction disk core further comprises a core inner surface , and wherein the friction disk further comprises a second wear liner having a mirrored shape to the first wear liner disposed on the core inner surface, the second wear liner being offset circumferentially from the first wear liner.