mhurhangee/patent-ind-claim-en huggingface dataset:
Device for moving a folding flap mounted to be movable on a furniture body consisting of at least two hinge-connected flap elements with a force unit , which by means of an adjusting arm of the device arranged in the mounted state on a first flap element at least supports the opening of the folding flap by the action of force, and with a second adjusting arm which is connected in the mounted state to a second flap element , wherein at least one of the two adjusting arms is attached by means of a hinge to the assigned flap element , characterised in that the hinge comprises a rotary bearing unit with an adjusting device by means of which a position of a rotary bearing element of the at least one adjusting arm , through which a rotational axis of the adjusting arm runs, can be adjusted on the assigned flap element , wherein the adjusting device comprises an adjusting element with a spiral-shaped adjusting contour which is rotationally mounted for adjusting the position of a rotary bearing element on the rotary bearing unit , wherein the rotary bearing unit comprises an attachment element for attaching onto the flap element of the a least one adjusting arm , on which the rotary bearing element is mounted to be adjustable by means of the adjusting device , wherein the rotary bearing element is mounted by a circular movement about a pivot axis to be adjustable on the attachment element , wherein the pivot axis is different from the rotational axis, wherein the adjusting element engages with the spiral-shaped adjusting contour on an engagement structure of the attachment element , wherein the engagement structure is designed as a cam-like projection with a circular or ellipsoidal cross-section.
A soap making apparatus comprising: a water vessel that holds water; an oil vessel that holds an oil mixture; a lye container that accepts enclosed lye capsules, the lye container further comprising: a containment vessel; an insertable and removable lye vessel containing the enclosed lye capsule; a lid that covers the lye container; a piercing mechanism; a valve; and a vent that vents excess heat from the lye container, wherein upon closing the lid, the piercing mechanism pierces the enclosed lye capsule to excrete the lye into the water vessel via the valve; and a microcontroller that controls a mixture of ingredients that is discharged from the water vessel, oil vessel and lye vessel to produce one or more soap bars. a water vessel that holds water; an oil vessel that holds an oil mixture; a lye container that accepts enclosed lye capsules, the lye container further comprising: a containment vessel; an insertable and removable lye vessel containing the enclosed lye capsule; a lid that covers the lye container; a piercing mechanism; a valve; and a vent that vents excess heat from the lye container, wherein upon closing the lid, the piercing mechanism pierces the enclosed lye capsule to excrete the lye into the water vessel via the valve; and a containment vessel; an insertable and removable lye vessel containing the enclosed lye capsule; a lid that covers the lye container; a piercing mechanism; a valve; and a vent that vents excess heat from the lye container, wherein upon closing the lid, the piercing mechanism pierces the enclosed lye capsule to excrete the lye into the water vessel via the valve; and a microcontroller that controls a mixture of ingredients that is discharged from the water vessel, oil vessel and lye vessel to produce one or more soap bars.
A thermal block assembly for use in a biological analysis system comprising: a heating and cooling element ; a sample block having an upper surface with one or more cavities configured to accommodate a sample holder , the sample block including a lower surface configured to be thermally coupled to the heating and cooling element , the lower surface including one or more slots ; one or more temperature sensors configured to extend through the one or more slots of the lower surface of the sample block ; and one or more thermal pads between the one or more temperature sensors and heating and cooling element , wherein the one or more thermal pads are made of a material that has a lower thermal conductivity than the sample block .
A method of processing data for a driving automation system, the method comprising steps of: obtaining sound data from a microphone of an autonomous vehicle; processing the sound data to obtain a sound pattern relating to another vehicle within the surroundings of the autonomous vehicle; comparing the sound pattern with at least one sound signature to determine a type of sound corresponding to the sound pattern, the at least one sound signature being indicative of a respective type of sound, wherein the type of sound is one of braking or skidding of a vehicle; and updating a context of the autonomous vehicle based on the type of sound. obtaining sound data from a microphone of an autonomous vehicle; processing the sound data to obtain a sound pattern relating to another vehicle within the surroundings of the autonomous vehicle; comparing the sound pattern with at least one sound signature to determine a type of sound corresponding to the sound pattern, the at least one sound signature being indicative of a respective type of sound, wherein the type of sound is one of braking or skidding of a vehicle; and updating a context of the autonomous vehicle based on the type of sound.
A method of predicting whether a tumor will be sensitive or resistant to treatment with an anti-ERBB3 antibody, comprising: (a) measuring NRG1 gene expression in a tissue sample from the tumor, thereby determining an NRG1 score; and (b) comparing the NRG1 score against a threshold score defined by a threshold determination analysis, wherein an NRG1 score equal to or above the threshold score predicts that the tumor will be responsive to treatment with an anti-ERBB3 antibody, wherein the prediction that the tumor will be sensitive to treatment with the anti-ERBB3 antibody is based solely on the expression of NRG1 in the tissue sample from the tumor. (a) measuring NRG1 gene expression in a tissue sample from the tumor, thereby determining an NRG1 score; and (b) comparing the NRG1 score against a threshold score defined by a threshold determination analysis, wherein an NRG1 score equal to or above the threshold score predicts that the tumor will be responsive to treatment with an anti-ERBB3 antibody,
A method for determining a power control parameter, applied to a terminal and comprising: in a case that no target parameter has been configured in power control parameters of a target object, determining a target parameter of the target object in any one of the following manners: determining, based on a historical configuration, the target parameter of the target object; and determining, based on protocol specification, the target parameter of the target object; wherein the target object is selected from a physical uplink control channel, PUCCH, a physical uplink shared channel, PUSCH, and a sounding reference signal, SRS; and the target parameter comprises pathloss reference reference signal; the determining, based on a historical configuration and/or protocol specification, the target parameter of the target object comprises: determining a first RS from historical downlink reference signals, RSs, as the pathloss reference reference signal; wherein the first RS is a downlink RS in quasi co-location, QCL, information associated with the target object. determining, based on a historical configuration, the target parameter of the target object; and determining, based on protocol specification, the target parameter of the target object; wherein the target object is selected from a physical uplink control channel, PUCCH, a physical uplink shared channel, PUSCH, and a sounding reference signal, SRS; and the target parameter comprises pathloss reference reference signal; the determining, based on a historical configuration and/or protocol specification, the target parameter of the target object comprises: determining a first RS from historical downlink reference signals, RSs, as the pathloss reference reference signal; wherein the first RS is a downlink RS in quasi co-location, QCL, information associated with the target object. determining a first RS from historical downlink reference signals, RSs, as the pathloss reference reference signal; wherein the first RS is a downlink RS in quasi co-location, QCL, information associated with the target object.
A function module comprising: a function housing including a first surface and a second surface on both sides in a thickness direction of the function housing and an illuminator whose light outgoing surface is the first surface ; and an operation housing including an operation section configured to receive an operation for operating the illuminator , the operation housing including a first support provided at one end in a prescribed direction (S) of the operation housing , the function housing being supported at the first support by the operation housing to be rotatable about a first rotation axis (X) along a direction transverse to the prescribed direction (S), the function housing being configured to rotate about the first rotation axis (X) to move between a closed position and an open position, the second surface of the function housing being provided with a heat dissipator which is to be thermally coupled to the illuminator , wherein in a state where the function housing is in the closed position, a gap is formed between the heat dissipator and the operation housing , characterized in that the operation section is provided on a second surface of the operation housing which faces the second surface of the function housing in a state where the function housing is in the closed position, and in that in a state where the function housing is in the closed position, the second surface of the operation housing is covered with the function housing and is thus not exposed. a function housing including a first surface and a second surface on both sides in a thickness direction of the function housing and an illuminator whose light outgoing surface is the first surface ; and a first surface and a second surface on both sides in a thickness direction of the function housing and an illuminator whose light outgoing surface is the first surface ; and an operation housing including an operation section configured to receive an operation for operating the illuminator , the operation housing including a first support provided at one end in a prescribed direction (S) of the operation housing , the function housing being supported at the first support by the operation housing to be rotatable about a first rotation axis (X) along a direction transverse to the prescribed direction (S), the function housing being configured to rotate about the first rotation axis (X) to move between a closed position and an open position, the second surface of the function housing being provided with a heat dissipator which is to be thermally coupled to the illuminator , wherein in a state where the function housing is in the closed position, a gap is formed between the heat dissipator and the operation housing , characterized in that the operation section is provided on a second surface of the operation housing which faces the second surface of the function housing in a state where the function housing is in the closed position, and in that in a state where the function housing is in the closed position, the second surface of the operation housing is covered with the function housing and is thus not exposed.
A method for determining resources, comprising: determining , by a terminal, a target transmission time unit of a target channel; determining, by the terminal, that resources of the target channel belong to a first resource set configured by a base station, if the target transmission time unit of the target channel is within a first time period; and determining, by the terminal, that resources of the target channel belong to a second resource set configured by the base station, if the target transmission time unit of the target channel is outside the first time period, wherein the first time period is Channel Occupation Time, COT; wherein that the target transmission time unit of the target channel is within the first time period comprises: the target transmission time unit of the target channel belongs to the COT; and that the target transmission time unit of the target channel is outside the first time period comprises: the target transmission time unit of the target channel does not belong to the COT. determining , by a terminal, a target transmission time unit of a target channel; determining, by the terminal, that resources of the target channel belong to a first resource set configured by a base station, if the target transmission time unit of the target channel is within a first time period; and determining, by the terminal, that resources of the target channel belong to a second resource set configured by the base station, if the target transmission time unit of the target channel is outside the first time period, wherein the first time period is Channel Occupation Time, COT; wherein that the target transmission time unit of the target channel is within the first time period comprises: the target transmission time unit of the target channel belongs to the COT; and that the target transmission time unit of the target channel is outside the first time period comprises: the target transmission time unit of the target channel does not belong to the COT.
A stunning rod adapted for use in an animal stunner having an inner chamber and a housing nose having a bore, the rod having a non-circular cross-section and being mountable with a piston movable within the inner chamber , the inner chamber having a catch for alternately holding and releasing the stunning rod , the rod being slidable within the bore of the housing nose , the bore being slightly larger than and conforming to dimensions of the non-circular cross-section of the stunning rod , the rod comprising: an elongated body having a longitudinal axis , the elongated body having a forward end and an opposite rearward end , the forward end adapted to receive a nose for striking an animal's head, and the opposite rearward end adapted to receive an outwardly extending lip for engagement with the catch ; a mounting portion between the forward and rearward ends having an outwardly extending flange adapted to receive the piston ; the elongated body of the stunning rod between the mounting portion and forward end having along at least a portion of the length a first pair of opposite sides having a first radius (R1) and a first width (W1), and a second pair of opposite sides having a second radius (R2) and a second width (W2), the radius (R2) of the second pair of opposite sides being different from the radius (R1) of the first pair of opposite sides , and the first width (W1) between the first pair of opposite sides being smaller than the second width (W2) between the second pair of opposite sides ; and wherein the stunning rod is capable of being driven forward along the longitudinal axis within the stunner inner chamber to stun an animal, and rearward along the longitudinal axis to retract and hold the stunning rod by the catch , without rotational movement about the longitudinal axis . an elongated body having a longitudinal axis , the elongated body having a forward end and an opposite rearward end , the forward end adapted to receive a nose for striking an animal's head, and the opposite rearward end adapted to receive an outwardly extending lip for engagement with the catch ; a mounting portion between the forward and rearward ends having an outwardly extending flange adapted to receive the piston ; the elongated body of the stunning rod between the mounting portion and forward end having along at least a portion of the length a first pair of opposite sides having a first radius (R1) and a first width (W1), and a second pair of opposite sides having a second radius (R2) and a second width (W2), the radius (R2) of the second pair of opposite sides being different from the radius (R1) of the first pair of opposite sides , and the first width (W1) between the first pair of opposite sides being smaller than the second width (W2) between the second pair of opposite sides ; and wherein the stunning rod is capable of being driven forward along the longitudinal axis within the stunner inner chamber to stun an animal, and rearward along the longitudinal axis to retract and hold the stunning rod by the catch , without rotational movement about the longitudinal axis .
An absorbent article comprising a liquid pervious topsheet, a liquid impervious backsheet, and an absorbent core comprising an absorbent material between a top core wrap sheet and a back core wrap sheet, said absorbent core being positioned in between said topsheet and said backsheet, said absorbent core having a first and second longitudinal edge and a first and second transverse edge , said absorbent core having a longitudinal center line (CL) dividing the absorbent core in a first longitudinal portion and a second longitudinal portion on either side of the longitudinal center line, said absorbent core having a transverse crotch line (L) dividing the absorbent core in a front portion and a rear portion on either side of the transverse crotch line (L), wherein the absorbent core is provided with a plurality of attachment zones where the top core wrap sheet is attached to the back core wrap sheet, said plurality of attachment zones comprising a first and second elongate attachment zone, said first and second elongate attachment zone extending next to each other from a crotch region in the direction of the first and/or second transverse edge; characterized in that ,said first elongate attachment zone crosses said longitudinal center line (CL) in at least a first crossing point, from the first longitudinal portion to the second longitudinal portion; and said second elongate attachment zone crosses said longitudinal center line (CL) in at least a second crossing point, from the second longitudinal portion to the first longitudinal portion; wherein said first and second crossing point may be the same point or a different point, and may be located in said front portion and/or in said rear portion.
An isolator , comprising: an outer housing comprising an outer housing bore ; an inner member received coaxially within the outer housing ; the isolator characterized by : a precompressed compression compliance component (CCC) disposed between the outer housing and the inner member , the CCC being configured to bias the inner member in an axial direction; and a precompressed rebound compliance component (RCC) disposed between the outer housing and the inner member , the RCC being configured to bias the inner member in an opposite axial direction. an outer housing comprising an outer housing bore ; an inner member received coaxially within the outer housing ; the isolator characterized by : a precompressed compression compliance component (CCC) disposed between the outer housing and the inner member , the CCC being configured to bias the inner member in an axial direction; and a precompressed rebound compliance component (RCC) disposed between the outer housing and the inner member , the RCC being configured to bias the inner member in an opposite axial direction. a precompressed compression compliance component (CCC) disposed between the outer housing and the inner member , the CCC being configured to bias the inner member in an axial direction; and a precompressed rebound compliance component (RCC) disposed between the outer housing and the inner member , the RCC being configured to bias the inner member in an opposite axial direction.
A signal-processing sub-system adapted to be coupled between a microphone sub-system (102, 104; 202), for capturing a sound at multiple locations simultaneously, and a loudspeaker sub-system (106, 108; 204), for generating a masking sound under control of the captured sound, of a system (100; 200) configured for masking a sound incident on a person, wherein the signal-processing sub-system is configured for: determining a power attribute of a frequency spectrum of the captured sound that is representative of a power in a frequency band of the captured sound; determining a directional attribute of the captured sound in the frequency band that is representative of a direction from which the sound is incident on the person; and controlling the loudspeaker sub-system to generate the masking sound under combined control of the power attribute and the directional attribute, and wherein the signal-processing sub-system comprises a spatial analyzer for determining the directional attribute; characterized in that said multiple locations include a first location at or near a user's left ear, and a second location at or near the user's right ear and the spatial analyzer is operative to determine the directional attribute based on determining a quantity representative of at least one of: an interaural time difference and an interaural level difference. determining a power attribute of a frequency spectrum of the captured sound that is representative of a power in a frequency band of the captured sound; determining a directional attribute of the captured sound in the frequency band that is representative of a direction from which the sound is incident on the person; and controlling the loudspeaker sub-system to generate the masking sound under combined control of the power attribute and the directional attribute, and wherein the signal-processing sub-system comprises a spatial analyzer for determining the directional attribute; characterized in that said multiple locations include a first location at or near a user's left ear, and a second location at or near the user's right ear and the spatial analyzer is operative to determine the directional attribute based on determining a quantity representative of at least one of: an interaural time difference and an interaural level difference.
A preparation vessel for connection with a receiving area of a base unit of an electric motor-driven food processor , wherein the preparation vessel has a pot , a pot foot that can be connected with the receiving area , and a cover that closes the pot opening of the pot , wherein further the preparation vessel has a locking assembly with a locking element for locking the pot with the cover , wherein the pot foot has at least one activating element for activating the locking assembly , wherein the activating element is arranged on the pot foot in such a way that it can be activated by a corresponding activating assembly of the receiving area of the food processor , characterized in that the locking element is a locking ring that is rotatably mounted on the pot or the cover and envelops the pot opening in a state closed by means of the cover , wherein the locking element has allocated to it a drive assembly that is set up to rotate the locking element around the pot opening .
Beverage preparation appliance for household purposes, in particular fully automatic coffee machine , with a cup placement surface , with a laser scanning unit for capturing the presence and/or the fill state of a container on the cup placement surface , characterised by means for capturing the fill state and/or the presence of a plurality of stationary containers (5 ... 9), which can be operated on the part of the user, of the preparation appliance by way of the same laser scanning unit .