mhurhangee/patent-ind-claim-en huggingface dataset:
A blender comprising: a main body provided with a motor assembly ; a container detachably mounted on the main body and having an opened upper surface to form a food receiving space therein; a blade device mounted in the container and connected to the motor assembly when the container is seated on the main body ; a main lid inserted into the opened upper surface of the container to be in contact with an inner surface of the container , the main lid comprises a through-hole which is penetrated in an vertical direction; and an auxiliary lid inserted into the through-hole and configured to open and close the through-hole , air vent formed between the auxiliary lid and an inner surface of the through-hole to discharge the air from inside the container to the outside, and wherein an inlet and an outlet of the air vent are disposed on different vertical extension lines based on the bottom surface of the container; characterized in that an airtight portion is formed along a circumferential surface of the auxiliary lid , the airtight portion is in contact with the inner surface of the through-hole when the auxiliary lid is inserted into the through-hole , wherein the air vent is formed on the airtight portion . a main body provided with a motor assembly ; a container detachably mounted on the main body and having an opened upper surface to form a food receiving space therein; a blade device mounted in the container and connected to the motor assembly when the container is seated on the main body ; a main lid inserted into the opened upper surface of the container to be in contact with an inner surface of the container , the main lid comprises a through-hole which is penetrated in an vertical direction; and an auxiliary lid inserted into the through-hole and configured to open and close the through-hole , air vent formed between the auxiliary lid and an inner surface of the through-hole to discharge the air from inside the container to the outside, and wherein an inlet and an outlet of the air vent are disposed on different vertical extension lines based on the bottom surface of the container; characterized in that an airtight portion is formed along a circumferential surface of the auxiliary lid , the airtight portion is in contact with the inner surface of the through-hole when the auxiliary lid is inserted into the through-hole , wherein the air vent is formed on the airtight portion .
A clamp assembly, comprising: a grommet comprising a non-circular aperture with a multiple of crush apertures defined at least partially around the non-circular aperture ; characterised in that : the non-circular aperture defines a diameter along a major axis and a diameter along a minor axis , the multiple of crush apertures arranged in an arc at least partially around the major axis ; and in that the multiple of crush apertures are each sized with respect to the minor axis diameter such that the minor axis diameter plus a thickness of the crush apertures is equivalent to the major axis diameter. a grommet comprising a non-circular aperture with a multiple of crush apertures defined at least partially around the non-circular aperture ; characterised in that : the non-circular aperture defines a diameter along a major axis and a diameter along a minor axis , the multiple of crush apertures arranged in an arc at least partially around the major axis ; and in that the multiple of crush apertures are each sized with respect to the minor axis diameter such that the minor axis diameter plus a thickness of the crush apertures is equivalent to the major axis diameter.
Machine for grinding sheet-like elements, particularly tiles and slabs made of ceramic material, natural stones, glass or the like comprising: - at least one base framework ; - means for advancing at least one sheet-like element mounted on said base framework and adapted to the movement of said sheet-like element on at least one movement plane (A) along at least one advancement direction (B), said sheet-like element being provided with a pair of first opposite sides to be ground and at least one front side transversal to said first sides and defining the advancement front of the sheet- like element; - means for machining said first sides which are arranged in proximity of said movement plane (A) and they are adapted to intercept said sheet-like element in its motion along said advancement direction (B); - means for square-positioning said sheet-like element on said movement plane (A); characterised in that said square positioning means comprise at least one abutment element which defines at least two support points different from each other and adapted to contact said front side for arranging it in a position substantially orthogonal to said advancement direction (B), and in that said at least one abutment element is moveable along said advancement direction (B). - at least one base framework ; - means for advancing at least one sheet-like element mounted on said base framework and adapted to the movement of said sheet-like element on at least one movement plane (A) along at least one advancement direction (B), said sheet-like element being provided with a pair of first opposite sides to be ground and at least one front side transversal to said first sides and defining the advancement front of the sheet- like element; - means for machining said first sides which are arranged in proximity of said movement plane (A) and they are adapted to intercept said sheet-like element in its motion along said advancement direction (B); - means for square-positioning said sheet-like element on said movement plane (A);
A wearable steam cleaning accessory for use with a steam generator and wearable on a user's hand comprising: a flexible body comprising a base ; at least one steam conduit connectable to the steam generator and arranged to be in fluid communication therewith, wherein the steam conduit comprises at least one steam outlet for ejecting steam and the at least one steam outlet is mounted on an underside of the base which is configured to be adjacent to a surface to be cleaned; a flexible pocket mounted on the flexible body and arranged to receive the user's hand; a removable flexible cleaning element mountable on the body adjacent to the base wherein the removable flexible cleaning element does not extend beyond a peripheral edge of the base; and wherein the removable flexible cleaning element comprises an attachment for mounting the flexible cleaning element on the flexible body ; wherein the attachment comprises a flexible strap for securing to the flexible body and/or the attachment comprises a jacket for receiving and surrounding at least a portion of the outside of the steam cleaning accessory . a flexible body comprising a base ; at least one steam conduit connectable to the steam generator and arranged to be in fluid communication therewith, wherein the steam conduit comprises at least one steam outlet for ejecting steam and the at least one steam outlet is mounted on an underside of the base which is configured to be adjacent to a surface to be cleaned; a flexible pocket mounted on the flexible body and arranged to receive the user's hand; a removable flexible cleaning element mountable on the body adjacent to the base wherein the removable flexible cleaning element does not extend beyond a peripheral edge of the base; and wherein the removable flexible cleaning element comprises an attachment for mounting the flexible cleaning element on the flexible body ; wherein the attachment comprises a flexible strap for securing to the flexible body and/or the attachment comprises a jacket for receiving and surrounding at least a portion of the outside of the steam cleaning accessory .
A method for performing, by a user equipment, UE, Device-to-Device, D2D, communication in a wireless communication system, the method comprising: receiving, from a base station, Sounding Reference Signal, SRS, configuration information; determining whether a first subframe for a transmission of a D2D signal and a second subframe for a transmission of the SRS configured by the SRS configuration information overlap with each other; determining whether to drop the transmission of the D2D signal in the first subframe based on the first subframe overlapped with the second subframe and a timing advance, TA, applied to the D2D signal; and transmitting the SRS in the second subframe to the base station, wherein the transmission of the D2D signal is dropped in a whole of the first subframe based on the first subframe overlapped with the second subframe and the D2D signal to which the TA fixed to a specific value is applied. receiving, from a base station, Sounding Reference Signal, SRS, configuration information; determining whether a first subframe for a transmission of a D2D signal and a second subframe for a transmission of the SRS configured by the SRS configuration information overlap with each other; determining whether to drop the transmission of the D2D signal in the first subframe based on the first subframe overlapped with the second subframe and a timing advance, TA, applied to the D2D signal; and transmitting the SRS in the second subframe to the base station, wherein the transmission of the D2D signal is dropped in a whole of the first subframe based on the first subframe overlapped with the second subframe and the D2D signal to which the TA fixed to a specific value is applied.
A cooking system comprising: a housing defining a hollow chamber configured to receive food; a controller configured to operate the cooking system in a plurality of modes including a conductive cooking mode and a convective cooking mode; and at least one temperature sensor (S1, S2) operable by said controller to detect a temperature in said hollow chamber, wherein said controller is configured to receive an initial user input that initiates at least one of said conductive cooking mode and said convective cooking mode; characterised in that said controller is further configured to switch between said conductive cooking mode and said convective cooking mode in response to said temperature in said hollow chamber detected by said at least one temperature sensor (S 1, S2) without further user input. a housing defining a hollow chamber configured to receive food; a controller configured to operate the cooking system in a plurality of modes including a conductive cooking mode and a convective cooking mode; and at least one temperature sensor (S1, S2) operable by said controller to detect a temperature in said hollow chamber, wherein said controller is configured to receive an initial user input that initiates at least one of said conductive cooking mode and said convective cooking mode; characterised in that said controller is further configured to switch between said conductive cooking mode and said convective cooking mode in response to said temperature in said hollow chamber detected by said at least one temperature sensor (S 1, S2) without further user input.
A two-wheel air cycle machine comprising: a tie rod defining an axis; a turbine mounted on the tie rod; a compressor mounted on the tie rod, the compressor comprising a rotor portion and a disk portion having at least one disk aperture ; a compressor inlet fluidly connecting the compressor and an inlet air source; at least one thrust bearing disposed between the turbine and the compressor; and a compressor end shaft coaxial with the tie rod and abutting the compressor disk portion, the compressor end shaft comprising a radially-extending seal disk portion and an axially-extending shaft portion , the axially extending shaft portion having at least one shaft aperture ; wherein the at least one disk aperture and the at least one shaft aperture are fluidly connected by a compressor disk cavity defined by a gap between the tie rod and the compressor disk portion; and wherein the at least one disk aperture, the compressor disk cavity, and the at least one shaft aperture at least partially define a compressor inlet flow path; and characterized in that a radially outermost edge of the seal disk portion comprises a knife edge . a tie rod defining an axis; a turbine mounted on the tie rod; a compressor mounted on the tie rod, the compressor comprising a rotor portion and a disk portion having at least one disk aperture ; a compressor inlet fluidly connecting the compressor and an inlet air source; at least one thrust bearing disposed between the turbine and the compressor; and a compressor end shaft coaxial with the tie rod and abutting the compressor disk portion, the compressor end shaft comprising a radially-extending seal disk portion and an axially-extending shaft portion , the axially extending shaft portion having at least one shaft aperture ; wherein the at least one disk aperture and the at least one shaft aperture are fluidly connected by a compressor disk cavity defined by a gap between the tie rod and the compressor disk portion; and
Transmitting device for transmitting a first high frequency signal and a second high frequency signal for a magnetic resonance tomograph , wherein the transmitting device has: a shielded balanced transmission line for transmitting the first high frequency signal and the second high frequency signal, a first signal driver , wherein a first signal input of the first signal driver is designed to receive the first high frequency signal, and wherein a first signal output of the first signal driver has an electrical connection to a first conductor of the balanced transmission line ; a second signal driver , wherein a second signal input of the second signal driver is designed to receive the second high frequency signal, and wherein a second signal output of the second signal driver has an electrical connection to a second conductor of the balanced transmission line , and wherein a shielding of the balanced transmission line has an electrical connection to a common ground potential for the first signal output and the second signal output , characterised in that a plurality of conductor pairs, including the pair of the first conductor and second conductor , are routed in the transmission line in a common shielding without being shielded with respect to each other by means of pair-based shielding. a shielded balanced transmission line for transmitting the first high frequency signal and the second high frequency signal, a first signal driver , wherein a first signal input of the first signal driver is designed to receive the first high frequency signal, and wherein a first signal output of the first signal driver has an electrical connection to a first conductor of the balanced transmission line ; a second signal driver , wherein a second signal input of the second signal driver is designed to receive the second high frequency signal, and wherein a second signal output of the second signal driver has an electrical connection to a second conductor of the balanced transmission line , and wherein a shielding of the balanced transmission line has an electrical connection to a common ground potential for the first signal output and the second signal output , characterised in that a plurality of conductor pairs, including the pair of the first conductor and second conductor , are routed in the transmission line in a common shielding without being shielded with respect to each other by means of pair-based shielding.
A conveyor, comprising: a frame including opposing end plates at an end of the conveyor, each end plate including an upper opening for mounting a drive shaft and a lower opening comprising a receptacle for mounting a position limiter assembly ; and a position limiter assembly mounted in the frame, the position limiter assembly comprising a mounting bar extending from a first end to a second end , a plurality of rollers mounted to a plurality of roller mounting arms (172; 372; 472; 572) extending from the mounting bar , and a mounting portion for mounting the mounting bar between the end plates ; the conveyor being characterized in that each roller mounting arm (172; 372; 472; 572) includes a slotted end for mounting an axle on which an associated roller is mounted; and in that the slotted end includes an operation slot (176; 376; 476; 576) and an open installation slot (177; 377) intersecting the operation slot (176; 376; 476; 576) at an angle; and and in that the roller comprises a pair of spaced-apart rollers rotatably mounted on an axle (163; 563), the axle (163; 563) including roller mounting portions and a narrow central portion having flat sides configured to be received in the slotted end of the associated roller mounting arms (172; 372). a frame including opposing end plates at an end of the conveyor, each end plate including an upper opening for mounting a drive shaft and a lower opening comprising a receptacle for mounting a position limiter assembly ; and a position limiter assembly mounted in the frame, the position limiter assembly comprising a mounting bar extending from a first end to a second end , a plurality of rollers mounted to a plurality of roller mounting arms (172; 372; 472; 572) extending from the mounting bar , and a mounting portion for mounting the mounting bar between the end plates ; the conveyor being characterized in that each roller mounting arm (172; 372; 472; 572) includes a slotted end for mounting an axle on which an associated roller is mounted; and in that the slotted end includes an operation slot (176; 376; 476; 576) and an open installation slot (177; 377) intersecting the operation slot (176; 376; 476; 576) at an angle; and and in that the roller comprises a pair of spaced-apart rollers rotatably mounted on an axle (163; 563), the axle (163; 563) including roller mounting portions and a narrow central portion having flat sides configured to be received in the slotted end of the associated roller mounting arms (172; 372). the conveyor being characterized in that each roller mounting arm (172; 372; 472; 572) includes a slotted end for mounting an axle on which an associated roller is mounted; and in that the slotted end includes an operation slot (176; 376; 476; 576) and an open installation slot (177; 377) intersecting the operation slot (176; 376; 476; 576) at an angle; and and in that the roller comprises a pair of spaced-apart rollers rotatably mounted on an axle (163; 563), the axle (163; 563) including roller mounting portions and a narrow central portion having flat sides configured to be received in the slotted end of the associated roller mounting arms (172; 372).
A fluid pressure circuit comprising: a tank having a fluid stored therein; a fixed displacement pump configured to pressurize the fluid in the tank to generate a pressurized fluid; a fluid pressure actuator configured to be driven by the pressurized fluid discharged from the fixed displacement pump and to be controlled in accordance with an operation command; a directional switching valve arranged between the fixed displacement pump and the fluid pressure actuator and configured to switch flow passages for the pressurized fluid; an accumulator arranged in a branch flow passage branched from a connection flow passage that connects the fluid pressure actuator and the directional switching valve ; an accumulator flow control valve arranged in the branch flow passage between the connection flow passage and the accumulator ; characterized in that the fluid pressure circuit further comprises a pump flow control valve arranged between the fluid pressure actuator and the fixed displacement pump and configured to diverge a flow rate of the pressurized fluid supplied from the fixed displacement pump into two systems consisting of a first system including the tank and a second system including the fluid pressure actuator , wherein the pump flow control valve is an electromagnetic proportional flow control valve a tank having a fluid stored therein; a fixed displacement pump configured to pressurize the fluid in the tank to generate a pressurized fluid; a fluid pressure actuator configured to be driven by the pressurized fluid discharged from the fixed displacement pump and to be controlled in accordance with an operation command; a directional switching valve arranged between the fixed displacement pump and the fluid pressure actuator and configured to switch flow passages for the pressurized fluid; an accumulator arranged in a branch flow passage branched from a connection flow passage that connects the fluid pressure actuator and the directional switching valve ; an accumulator flow control valve arranged in the branch flow passage between the connection flow passage and the accumulator ; characterized in that the fluid pressure circuit further comprises a pump flow control valve arranged between the fluid pressure actuator and the fixed displacement pump and configured to diverge a flow rate of the pressurized fluid supplied from the fixed displacement pump into two systems consisting of a first system including the tank and a second system including the fluid pressure actuator , wherein the pump flow control valve is an electromagnetic proportional flow control valve
An antibody against human TROP-2 in which an H chain V region of the antibody consists of the amino acid sequence shown in SEQ ID NO: 92 or 98, and an L chain V region of the antibody consists of the amino acid sequence shown in SEQ ID NO: 93.
An aerosol-generating system comprising: an electrically operated aerosol-generating element ; a first electrochemical energy storage device (EESD) configured to supply electrical power to the aerosol-generating element; and an EESD temperature control system comprising at least one temperature sensor positioned to sense a temperature of the first EESD and an electrical heater configured to heat the first EESD, wherein the EESD temperature control system operates the electrical heater dependent on an output from the at least one temperature sensor. an electrically operated aerosol-generating element ; a first electrochemical energy storage device (EESD) configured to supply electrical power to the aerosol-generating element; and an EESD temperature control system comprising at least one temperature sensor positioned to sense a temperature of the first EESD and an electrical heater configured to heat the first EESD, wherein the EESD temperature control system operates the electrical heater dependent on an output from the at least one temperature sensor.
A processor system to provide persistent memory, comprising: a volatile cache , a nonvolatile cache to store data received from said volatile cache , the data being associated with a transaction, the data to be received from the volatile cache while the transaction is being executed by said processor system, the processor system further comprising a nonvolatile cache transaction manager , the nonvolatile cache transaction manager being configured to identify the data as durable when all data associated with the transaction has been stored in the nonvolatile cache and the transaction has ended; and a nonvolatile memory to store the data received from the nonvolatile cache once the data is identified as durable. a volatile cache , a nonvolatile cache to store data received from said volatile cache , the data being associated with a transaction, the data to be received from the volatile cache while the transaction is being executed by said processor system, the processor system further comprising a nonvolatile cache transaction manager , the nonvolatile cache transaction manager being configured to identify the data as durable when all data associated with the transaction has been stored in the nonvolatile cache and the transaction has ended; and a nonvolatile memory to store the data received from the nonvolatile cache once the data is identified as durable.