mhurhangee/patent-ind-claim-en huggingface dataset:
A method for producing a power semiconductor module, comprising: packaging (S110) a power device in plastic to form a power semiconductor component, and forming a first heat dissipation face on a surface of the power semiconductor component; heating (S160) a first material between a first heat sink and the first heat dissipation face; and cooling (S170) the first material on the first heat dissipation face to connect the power semiconductor component and the first heat sink, wherein before the step of heating the first material between the first heat sink and the first heat dissipation face, the method further comprises: plating a metal plating layer outside the first heat sink, wherein the metal plating layer comprises any one or more of Ag, Ni, Sn, and Au; plating a metal plating layer on the surface of the power semiconductor component, wherein the metal plating layer comprises any one or more of Ag, Ni, Sn, and Au. packaging (S110) a power device in plastic to form a power semiconductor component, and forming a first heat dissipation face on a surface of the power semiconductor component; heating (S160) a first material between a first heat sink and the first heat dissipation face; and cooling (S170) the first material on the first heat dissipation face to connect the power semiconductor component and the first heat sink, wherein before the step of heating the first material between the first heat sink and the first heat dissipation face, the method further comprises: plating a metal plating layer outside the first heat sink, wherein the metal plating layer comprises any one or more of Ag, Ni, Sn, and Au; plating a metal plating layer on the surface of the power semiconductor component, wherein the metal plating layer comprises any one or more of Ag, Ni, Sn, and Au. plating a metal plating layer outside the first heat sink, wherein the metal plating layer comprises any one or more of Ag, Ni, Sn, and Au; plating a metal plating layer on the surface of the power semiconductor component, wherein the metal plating layer comprises any one or more of Ag, Ni, Sn, and Au.
A pack comprising: a unitary blank folded into a rectangular cuboid, the rectangular cuboid defining: a bottom ; a top approximately parallel to and opposite of the bottom; and four walls approximately perpendicular to and disposed between the top and the bottom, the four walls including a first wall , a second wall , a third wall , and a fourth wall , the first wall opposite of the third wall, and the second wall opposite of the fourth wall, wherein the second wall defines a first opening into the interior of the cuboid and the fourth wall defines a second opening into the interior of the cuboid, and characterised in that the first and second openings extend from the first wall to the third wall of the cuboid in a direction parallel to a bottom plane of the cuboid and from the top to an upper edge of the second and fourth walls respectively in a direction normal to the bottom plane of the cuboid and wherein the upper edge of the second and fourth walls is disposed at a height of 50 percent or greater of a distance from the bottom to the top of the cuboid. a bottom ; a top approximately parallel to and opposite of the bottom; and four walls approximately perpendicular to and disposed between the top and the bottom, the four walls including a first wall , a second wall , a third wall , and a fourth wall , the first wall opposite of the third wall, and the second wall opposite of the fourth wall, wherein the second wall defines a first opening into the interior of the cuboid and the fourth wall defines a second opening into the interior of the cuboid, and characterised in that the first and second openings extend from the first wall to the third wall of the cuboid in a direction parallel to a bottom plane of the cuboid and from the top to an upper edge of the second and fourth walls respectively in a direction normal to the bottom plane of the cuboid and wherein the upper edge of the second and fourth walls is disposed at a height of 50 percent or greater of a distance from the bottom to the top of the cuboid.
Cell type power supply device attachable alone or in series with an other cell into a cell box of an external load device including a load , the cell box , and a power switch interposed between the load and the cell box , the cell type power supply device comprising: a housing having a shape and dimensions based on a cell standard; a cell holder configured to hold an external cell in the housing , and includes an inner positive terminal and an inner negative terminal that are brought into contact with front and rear terminals of the held external cell; an outer positive terminal provided on a front end surface of the housing and connected to the inner positive terminal ; an outer negative terminal provided on a rear end surface of the housing and connected to the inner negative terminal ; an output transistor interposed between the inner negative terminal and the outer negative terminal or between the inner positive terminal and the outer positive terminal ; a control circuit configured to generate a control signal for control of the output transistor in accordance with an RF signal received from an external information device via an antenna connected to the control circuit ; and a detection resister interposed between the inner negative terminal and the outer negative terminal or between the inner positive terminal and the outer positive terminal in parallel with the output transistor to change a voltage of the outer negative terminal or the outer positive terminal with respect to a reference voltage in dependence on an ON/OFF switching process of the power switch . a housing having a shape and dimensions based on a cell standard; a cell holder configured to hold an external cell in the housing , and includes an inner positive terminal and an inner negative terminal that are brought into contact with front and rear terminals of the held external cell; an outer positive terminal provided on a front end surface of the housing and connected to the inner positive terminal ; an outer negative terminal provided on a rear end surface of the housing and connected to the inner negative terminal ; an output transistor interposed between the inner negative terminal and the outer negative terminal or between the inner positive terminal and the outer positive terminal ; a control circuit configured to generate a control signal for control of the output transistor in accordance with an RF signal received from an external information device via an antenna connected to the control circuit ; and a detection resister interposed between the inner negative terminal and the outer negative terminal or between the inner positive terminal and the outer positive terminal in parallel with the output transistor to change a voltage of the outer negative terminal or the outer positive terminal with respect to a reference voltage in dependence on an ON/OFF switching process of the power switch .
A vapor chamber (110a-110d) comprising: one or more columns, wherein at least a portion of the one or more columns include fiber braids ; and one or more wicks , characterized in that a portion of the one or more columns of the vapor chamber are support columns and the support columns do not include the fiber braids. one or more columns, wherein at least a portion of the one or more columns include fiber braids ; and one or more wicks , characterized in that a portion of the one or more columns of the vapor chamber are support columns and the support columns do not include the fiber braids.
A method for controlling a biped robot, comprising: acquiring a support phase of the biped robot in a current state; acquiring a current forward speed and a current lateral speed of a center of mass of the biped robot at an end of the support phase; acquiring a torque vector of an ankle joint of a support leg of the biped robot according to the current forward speed and the current lateral speed; acquiring a target torque vector according to the torque vector and a preset Quadratic Programming (QP) model; and controlling the biped robot to move according to the target torque vector. acquiring a support phase of the biped robot in a current state; acquiring a current forward speed and a current lateral speed of a center of mass of the biped robot at an end of the support phase; acquiring a torque vector of an ankle joint of a support leg of the biped robot according to the current forward speed and the current lateral speed; acquiring a target torque vector according to the torque vector and a preset Quadratic Programming (QP) model; and controlling the biped robot to move according to the target torque vector.
A split flow vacuum pump with at least two radial inlets, wherein the vacuum pump comprises a shaft, stator discs and, arranged on the shaft, rotor discs, wherein at least one disc packet is arranged on the shaft and wherein at least one sleeve in arranged on the shaft , wherein the sleeve is arranged on the shaft at least in the region of grooves and/or holes and/or at least one constriction, characterised in that at least one hole is arranged in the sleeve .
Claw crane game machine comprising a frame extending along a longitudinal axis Z and having a lower control portion and an upper game portion comprising a housing for prizes to be won that is delimited by a lower wall , an opposite upper wall , and side walls , at least one of which is transparent, the crane machine further comprising side walls , at least one of which is emissive and comprises a display for emitting light patterns having a plurality of light-emitting units , which are electrically connected in series and controlled individually by control means of the crane machine that are housed in the lower control portion , and a device for grabbing prizes in the housing , comprising: • an articulated grabbing claw ; • motor-driven movement means for moving the claw comprising at least a first transverse movement unit for transverse movement along a first transverse axis X, a second transverse movement unit for transverse movement along a second transverse axis Y perpendicular to the first transverse axis X, and a third longitudinal movement unit for moving the claw longitudinally along the longitudinal axis Z between an initial position and a position for grabbing at least one prize in the housing; said control means comprising a control unit for controlling the movement means and a human-machine interface connected to the control unit and comprising a controller that can be moved between an equilibrium position in which the claw is immobile and a plurality of cantilevered positions in which the claw is moving in a transverse plane (P) defined by the transverse axes X and Y, said first and second transverse movement units being able to be actuated concomitantly by the control unit, which is configured to correlate any cantilevered position of the controller with the direction of movement of the claw in the transverse plane (P), characterized in that the control unit is configured to correlate any cantilevered position of the controller with the power supplied by the motors of the first and second transverse movement units . • an articulated grabbing claw ; • motor-driven movement means for moving the claw comprising at least a first transverse movement unit for transverse movement along a first transverse axis X, a second transverse movement unit for transverse movement along a second transverse axis Y perpendicular to the first transverse axis X, and a third longitudinal movement unit for moving the claw longitudinally along the longitudinal axis Z between an initial position and a position for grabbing at least one prize in the housing;
An information processing system comprising: an image acquisition unit configured to acquire an image of a scene, a display screen , an image recognition unit configured to recognize in the acquired image an operation object initiated by a user , to recognize in the acquired image the face of the user and to identify the user, and processing circuitry configured to control the display screen to display the acquired image as a mirror image of the scene, control movements of UI objects (Obj; B11-26) on the display screen from a respective pre-recognition position towards a respective post-recognition position in response to recognition of the operation object, wherein the movements of the UI objects (Obj; B11-26) comprises the UI objects (Obj; B11-26) approaching towards a displayed position of the recognized operation object displayed on the display screen , wherein the processing circuitry is configured to vary a mode of approach of each UI object in accordance with a parameter related to the respective UI object, and the mode of approach of the UI objects is non-uniform such that respective speeds of approach are different for different UI objects, wherein the parameter is a priority depending on the identification of the user. an image acquisition unit configured to acquire an image of a scene, a display screen , an image recognition unit configured to recognize in the acquired image an operation object initiated by a user , to recognize in the acquired image the face of the user and to identify the user, and processing circuitry configured to control the display screen to display the acquired image as a mirror image of the scene, control movements of UI objects (Obj; B11-26) on the display screen from a respective pre-recognition position towards a respective post-recognition position in response to recognition of the operation object, wherein the movements of the UI objects (Obj; B11-26) comprises the UI objects (Obj; B11-26) approaching towards a displayed position of the recognized operation object displayed on the display screen , wherein control the display screen to display the acquired image as a mirror image of the scene, control movements of UI objects (Obj; B11-26) on the display screen from a respective pre-recognition position towards a respective post-recognition position in response to recognition of the operation object, wherein the movements of the UI objects (Obj; B11-26) comprises the UI objects (Obj; B11-26) approaching towards a displayed position of the recognized operation object displayed on the display screen , wherein the processing circuitry is configured to vary a mode of approach of each UI object in accordance with a parameter related to the respective UI object, and the mode of approach of the UI objects is non-uniform such that respective speeds of approach are different for different UI objects, wherein the parameter is a priority depending on the identification of the user.
A memory cell comprising a substrate comprising a semiconductor region and an insulating region , a first insulating layer and a second layer of phase change material resting on the first insulating layer , the first insulating layer being crossed by first and second conductive vias, the first conductive via being in contact, by one extremity, with the second layer and, by another extremity, with the semiconductor region , the second conductive via being in contact, by one extremity, with the second layer and a conductive track of an interconnection network covering the first layer and, by another extremity, only with the insulating region.
Fixing arrangement (1, 1', 1") in the construction sector, having a component arranged on a fixing substrate which is part of a built structure, having a fixing means with which the component is fixed to the fixing substrate , the fixing means passing through the component and pressing it against the fixing substrate , and having a sensor (5, 5', 5") for measuring a movement of the component away from the fixing substrate , characterised in that the sensor (5, 5', 5") has a first electrode of a capacitor, which electrode is arranged between the component and the fixing substrate .
A method of determining whether an individual eligible to receive an IL-2-based therapy may experience an adverse event associated with the IL-2-based therapy, the method comprising: (a) measuring the expression levels of at least two biomarkers selected from a panel of biomarkers in a blood, plasma or serum sample obtained from the individual, wherein the sample is combined with IL-2 in vitro before IL-2-based therapy, and wherein the panel of biomarkers consists of TGFβ1, PLEKHA6, CTSB, FERMT1, CRMP1, VEGFB, VEGFA, and PLEKHA1; and (b) comparing the levels of the biomarkers to reference levels, wherein an increase in the levels above the reference levels indicates that the individual may experience an adverse event associated with the IL-2-based therapy, and wherein a decrease or no change in the levels compared to the references levels indicates that the individual may not experience an adverse event associated with the IL-2-based therapy. (a) measuring the expression levels of at least two biomarkers selected from a panel of biomarkers in a blood, plasma or serum sample obtained from the individual, wherein the sample is combined with IL-2 in vitro before IL-2-based therapy, and wherein the panel of biomarkers consists of TGFβ1, PLEKHA6, CTSB, FERMT1, CRMP1, VEGFB, VEGFA, and PLEKHA1; and (b) comparing the levels of the biomarkers to reference levels, wherein an increase in the levels above the reference levels indicates that the individual may experience an adverse event associated with the IL-2-based therapy, and wherein a decrease or no change in the levels compared to the references levels indicates that the individual may not experience an adverse event associated with the IL-2-based therapy.
A method for manufacturing a hot-pressed member having an excellent surface appearance, the method comprising heating a zinc-based coated steel sheet to a temperature range from the Ac3 transformation temperature to 1000°C, performing hot pressing work, and performing cooling, wherein a surface-cleaning treatment is performed on the zinc-based coated steel sheet before the heating is performed, and wherein the surface-cleaning treatment is performed using alkaline degreasing at pH of less than 12.5.
Air-conditioning system for a motor vehicle , with an air-conditioning unit which is configured to condition passenger compartment supply air; at least one air filter associated with the air-conditioning unit ; a blower apparatus which is configured to generate an airflow (LS) which is directed to the air-conditioning unit ; at least one air supply channel connected to the blower apparatus ; at least one electrostatic filter arranged in the air supply channel upstream of the blower apparatus ; a control apparatus which is connected to the electrostatic filter ; wherein the control apparatus is configured to control the operation of the electrostatic filter according to at least one detected air-conditioning parameter and/or at least one vehicle status parameter, characterized in that the vehicle status parameter is an opened and closed status of an engine cover of the motor vehicle . at least one air filter associated with the air-conditioning unit ; a blower apparatus which is configured to generate an airflow (LS) which is directed to the air-conditioning unit ; at least one air supply channel connected to the blower apparatus ; at least one electrostatic filter arranged in the air supply channel upstream of the blower apparatus ; a control apparatus which is connected to the electrostatic filter ; wherein the control apparatus is configured to control the operation of the electrostatic filter according to at least one detected air-conditioning parameter and/or at least one vehicle status parameter, characterized in that the vehicle status parameter is an opened and closed status of an engine cover of the motor vehicle .
An isolated antibody or antigen-binding fragment thereof that specifically binds to an epitope of the KCNK9 potassium channel between amino acids Glu 30 and Ile 88 of SEQ ID NO: 1 with an affinity K D of 0.7 nM or less, wherein the antibody or antigen-binding fragment thereof induces internalization of the KCNK9 potassium channel from the surface of a cell.
Method, performed by at least one apparatus, the method comprising: - obtaining first radio map data, the first radio map data indicating geographic positions with respect to a first coordinate system, wherein the first radio map data at least in part is based on manually collected data, wherein manual data collection comprises a user manually inputting position information; - obtaining second radio map data, the second radio map data indicating geographic positions with respect to a second coordinate system, wherein the second radio map data at least in part is based on crowdsourced data; - identifying a transformation between the first coordinate system and the second coordinate system, wherein identifying a transformation comprises identifying a common feature present in the first radio map data and the second radio map data; - applying the identified transformation at least to a part of the first radio map data and/or the second radio map data; and - generating a hybridized radio map based on the first radio map data and the second radio map data by combining or merging the first radio map data and the second radio map data. - obtaining first radio map data, the first radio map data indicating geographic positions with respect to a first coordinate system, wherein the first radio map data at least in part is based on manually collected data, wherein manual data collection comprises a user manually inputting position information; - obtaining second radio map data, the second radio map data indicating geographic positions with respect to a second coordinate system, wherein the second radio map data at least in part is based on crowdsourced data; - identifying a transformation between the first coordinate system and the second coordinate system, wherein identifying a transformation comprises identifying a common feature present in the first radio map data and the second radio map data; - applying the identified transformation at least to a part of the first radio map data and/or the second radio map data; and - generating a hybridized radio map based on the first radio map data and the second radio map data by combining or merging the first radio map data and the second radio map data.
An orthodontic plastic shell , comprising: an interior shape that substantially conforms to a current or future dental arch of a patient; a hollow feature (215, 42 5) comprising a cavity ; and an object inserted into the cavity , wherein the object provides structural strength to the plastic shell at a location of the hollow feature and does not interfere with a fit of the plastic shell onto the current or future dental arch of the patient, characterised in that the object , in solid state, is laser or ultrasonically welded to the plastic shell subsequent to being inserted into the cavity . an interior shape that substantially conforms to a current or future dental arch of a patient; a hollow feature (215, 42 5) comprising a cavity ; and an object inserted into the cavity , wherein the object provides structural strength to the plastic shell at a location of the hollow feature and does not interfere with a fit of the plastic shell onto the current or future dental arch of the patient, characterised in that the object , in solid state, is laser or ultrasonically welded to the plastic shell subsequent to being inserted into the cavity .