mhurhangee/patent-ind-claim-en huggingface dataset:
A semiconductor package comprising: a magnetoresistive semiconductor device having a first axis corresponding to a hard axis and a second axis corresponding to an easy axis, a bottom magnetic shield, hereinafter called bottom shield and a top magnetic shield, hereinafter called top shield ; the bottom shield extending in a first plane, the bottom shield including a first side, a second side, and a first length therebetween extending in a direction of the hard axis in the first plane; the magnetoresistive semiconductor device further having a first surface and a second surface opposing the first surface , the first surface of the magnetoresistive semiconductor device arranged on at least a portion of the bottom shield at a first interface, wherein the first interface is parallel to the first plane; and the top shield arranged on the second surface of the magnetoresistive semiconductor device , the top shield having a window for accessing the magnetoresistive semiconductor device , wherein the top shield extends in a second plane parallel to the first plane, the top shield including a first side, a second side, and a second length therebetween extending in the direction of the hard axis in the second plane, wherein the bottom shield and the top shield extend beyond the magnetoresistive semiconductor device in directions along the hard axis, and wherein the first length of the bottom shield is greater than the second length of the top shield such that the bottom shield extends past the top shield in the directions of the hard axis. a magnetoresistive semiconductor device having a first axis corresponding to a hard axis and a second axis corresponding to an easy axis, a bottom magnetic shield, hereinafter called bottom shield and a top magnetic shield, hereinafter called top shield ; the bottom shield extending in a first plane, the bottom shield including a first side, a second side, and a first length therebetween extending in a direction of the hard axis in the first plane; the magnetoresistive semiconductor device further having a first surface and a second surface opposing the first surface , the first surface of the magnetoresistive semiconductor device arranged on at least a portion of the bottom shield at a first interface, wherein the first interface is parallel to the first plane; and the top shield arranged on the second surface of the magnetoresistive semiconductor device , the top shield having a window for accessing the magnetoresistive semiconductor device , wherein the top shield extends in a second plane parallel to the first plane, the top shield including a first side, a second side, and a second length therebetween extending in the direction of the hard axis in the second plane, wherein the bottom shield and the top shield extend beyond the magnetoresistive semiconductor device in directions along the hard axis, and wherein the first length of the bottom shield is greater than the second length of the top shield such that the bottom shield extends past the top shield in the directions of the hard axis.
An electric motor having an active part placed onto a shaft , in particular rotor shaft, wherein a distributor ring is placed onto the shaft and contacts the active part , wherein the distributor ring has an annular groove , wherein the annular groove opens radially outwards, in particular into the surroundings, via an inlet opening and opens via outlet openings into a gap arranged between distributor ring and shaft , wherein the gap is arranged radially within the annular groove and/or wherein the radial distance region covered by the annular groove is arranged radially exterior to the radial distance region covered by the gap , wherein between active part and shaft there are formed gap regions which in each case open into the gap , wherein the gap regions are at least partially filled with adhesive and the annular groove and the gap are filled with adhesive, so that the shaft is integrally connected to the distributor ring and to the active part , wherein the gap regions are separated from one another by means of projections, projecting radially inwards towards the shaft , at the active part , in particular at the bundle of laminations of the active part , wherein at the shaft there is formed a shaft step at which the distributor ring is centred and oriented in that the distributor ring is placed onto the shaft step with a pot-shaped cutout. wherein a distributor ring is placed onto the shaft and contacts the active part , wherein the distributor ring has an annular groove , wherein the annular groove opens radially outwards, in particular into the surroundings, via an inlet opening and opens via outlet openings into a gap arranged between distributor ring and shaft , wherein the gap is arranged radially within the annular groove and/or wherein the radial distance region covered by the annular groove is arranged radially exterior to the radial distance region covered by the gap , wherein between active part and shaft there are formed gap regions which in each case open into the gap , wherein the gap regions are at least partially filled with adhesive and the annular groove and the gap are filled with adhesive, so that the shaft is integrally connected to the distributor ring and to the active part , wherein the gap regions are separated from one another by means of projections, projecting radially inwards towards the shaft , at the active part , in particular at the bundle of laminations of the active part , wherein at the shaft there is formed a shaft step at which the distributor ring is centred and oriented in that the distributor ring is placed onto the shaft step with a pot-shaped cutout.
An aerosol-generating device comprising: a heater ; a first switch electrically connected to the heater in series; a second switch electrically connected to the heater and the first switch in series; and a processor configured to output a first control signal that controls an open/closed state of the first switch and a second control signal that controls an open/closed state of the second switch ; characterized in that the aerosol-generating device further comprises: a rectifying circuit electrically connected to an output terminal of the processor and an input terminal of the first switch ; and a capacitor (C1) electrically connected to an output terminal of the processor and an input terminal of the second switch . a heater ; a first switch electrically connected to the heater in series; a second switch electrically connected to the heater and the first switch in series; and a processor configured to output a first control signal that controls an open/closed state of the first switch and a second control signal that controls an open/closed state of the second switch ; characterized in that the aerosol-generating device further comprises: a rectifying circuit electrically connected to an output terminal of the processor and an input terminal of the first switch ; and a capacitor (C1) electrically connected to an output terminal of the processor and an input terminal of the second switch . a rectifying circuit electrically connected to an output terminal of the processor and an input terminal of the first switch ; and a capacitor (C1) electrically connected to an output terminal of the processor and an input terminal of the second switch .
Compressor device for compressing a gas in at least one compression chamber in at least one compression cylinder , wherein a) at least one drive piston is respectively arranged in at least two drive cylinders which separates the at least two drive cylinders into two drive chambers , b) wherein respectively at least one first and one second drive chamber in the at least two drive cylinders can be subjected periodically to the action of a fluid pressure by a hydraulic fluid for moving the respective drive piston , and c) the respectively remaining at least one third and fourth drive chamber in the at least two drive cylinders are in a force-fit connection by a fluid via a connecting piece , and d) the movement of the drive pistons can be transferred via at least one mechanical connecting means to at least one compression piston movably arranged in the at least one compression cylinder , which movably delimits, on one side, the at least one compression chamber in the at least one compression cylinder , so that movements of the drive pistons can be converted into a change of volume of the at least one compression chamber , e) wherein the at least one compression cylinder is arranged spatially separated by a distance (Da, Db) from the at least two drive cylinders , and wherein at least one connecting chamber is arranged between the at least one compression cylinder and the at least two drive cylinders , which can be filled with a working gas. a) at least one drive piston is respectively arranged in at least two drive cylinders which separates the at least two drive cylinders into two drive chambers , b) wherein respectively at least one first and one second drive chamber in the at least two drive cylinders can be subjected periodically to the action of a fluid pressure by a hydraulic fluid for moving the respective drive piston , and c) the respectively remaining at least one third and fourth drive chamber in the at least two drive cylinders are in a force-fit connection by a fluid via a connecting piece , and d) the movement of the drive pistons can be transferred via at least one mechanical connecting means to at least one compression piston movably arranged in the at least one compression cylinder , which movably delimits, on one side, the at least one compression chamber in the at least one compression cylinder , so that movements of the drive pistons can be converted into a change of volume of the at least one compression chamber , e) wherein the at least one compression cylinder is arranged spatially separated by a distance (Da, Db) from the at least two drive cylinders ,
A device for monitoring health parameters of a patient, the device comprising: a sensor patch in contact with a skin surface of the patient, wherein the sensor patch comprises a plurality of sensors for measuring physiologic or pathologic parameters of the patient; a control unit , wherein the control unit is releasably receivable in a cradle of the sensor patch, and wherein the control unit is in electrical communication with the plurality of sensors when the control unit is in the cradle; a cap , wherein the cap is configured to releasably couple with the sensor patch to detain the control unit in the cradle, and wherein the cap includes a user interface that is configured to provide indications of the functioning of the device; and at least one sensor is a subdermal sensor and at least one sensor is a microphone, and a reservoir that is configured to contain a liquid drug, wherein the device is configured to dispense an amount of the liquid drug to the patient below the surface of the skin. a sensor patch in contact with a skin surface of the patient, wherein the sensor patch comprises a plurality of sensors for measuring physiologic or pathologic parameters of the patient; a control unit , wherein the control unit is releasably receivable in a cradle of the sensor patch, and wherein the control unit is in electrical communication with the plurality of sensors when the control unit is in the cradle; a cap , wherein the cap is configured to releasably couple with the sensor patch to detain the control unit in the cradle, and wherein the cap includes a user interface that is configured to provide indications of the functioning of the device; and
Method of joining by welding joining elements to components with the following steps: - providing a joining element , which comprises a first joining surface , and providing of a component , which comprises a second joining surface ; - preparing the first and/or second joining surface (26; 30); and - carrying out a joining process, in which the joining element is joined to the component ; characterized in that the preparing step comprises at least one plasma gas cleaning method, and wherein the plasma gas cleaning method includes generating a non-transferable arc between a tungsten electrode and an anode surrounding the tungsten electrode , wherein the non-transferable arc generates a plasma when using a plasma gas , and wherein said plasma is directed onto the joining surface , and in that the joining method further comprises the step of generating an ignition tip on the joining surface (26; 30), wherein the plasma used in the cleaning process is also used to generate the ignition tip, the plasma locally melting the joining surface (26;30) to form the ignition tip. - providing a joining element , which comprises a first joining surface , and providing of a component , which comprises a second joining surface ; - preparing the first and/or second joining surface (26; 30); and - carrying out a joining process, in which the joining element is joined to the component ;
A method of forming a fibrin hydrogel composition comprising: providing a fibrin hydrogel or precursor thereof, comprising fibrin hydrogel forming salt at a concentration greater than or equal to the threshold concentration to form the fibrin hydrogel; combining the fibrin hydrogel with 0.1 to about 50 wt.-% of a carrier material wherein the carrier material is not water, fibrin hydrogel plasticizer, or a mixture thereof; reducing the salt concentration below the threshold concentration to form the fibrin hydrogel before and/or after combining the fibrin hydrogel with the carrier material, wherein the threshold concentration to form the fibrin hydrogel is greater than 0.423 wt.-%. providing a fibrin hydrogel or precursor thereof, comprising fibrin hydrogel forming salt at a concentration greater than or equal to the threshold concentration to form the fibrin hydrogel; combining the fibrin hydrogel with 0.1 to about 50 wt.-% of a carrier material wherein the carrier material is not water, fibrin hydrogel plasticizer, or a mixture thereof; reducing the salt concentration below the threshold concentration to form the fibrin hydrogel before and/or after combining the fibrin hydrogel with the carrier material, wherein the threshold concentration to form the fibrin hydrogel is greater than 0.423 wt.-%.
A grille inner attachment structure comprising: a grille inner configured to be disposed ahead of a radiator in a vehicle front-rear direction; and a vehicle body to which the grille inner is attached, wherein: the grille inner includes an arm portion that is attached and fixed to the vehicle body , a breaking start portion that is provided in the arm portion and is configured to be broken so as to release the arm portion from the vehicle body when the grille inner receives a collision load from a vehicle front side, and an inclined surface that is inclined toward a vehicle rear side and an upper side; and the vehicle body includes an inclined surface facing portion that is provided behind the inclined surface and ahead of the radiator in the vehicle front-rear direction, the inclined surface facing portion being provided at a position at which the inclined surface facing portion overlaps with the inclined surface when seen from the vehicle front side. a grille inner configured to be disposed ahead of a radiator in a vehicle front-rear direction; and a vehicle body to which the grille inner is attached, wherein: the grille inner includes an arm portion that is attached and fixed to the vehicle body , a breaking start portion that is provided in the arm portion and is configured to be broken so as to release the arm portion from the vehicle body when the grille inner receives a collision load from a vehicle front side, and an inclined surface that is inclined toward a vehicle rear side and an upper side; and the vehicle body includes an inclined surface facing portion that is provided behind the inclined surface and ahead of the radiator in the vehicle front-rear direction, the inclined surface facing portion being provided at a position at which the inclined surface facing portion overlaps with the inclined surface when seen from the vehicle front side. the grille inner includes an arm portion that is attached and fixed to the vehicle body , a breaking start portion that is provided in the arm portion and is configured to be broken so as to release the arm portion from the vehicle body when the grille inner receives a collision load from a vehicle front side, and an inclined surface that is inclined toward a vehicle rear side and an upper side; and the vehicle body includes an inclined surface facing portion that is provided behind the inclined surface and ahead of the radiator in the vehicle front-rear direction, the inclined surface facing portion being provided at a position at which the inclined surface facing portion overlaps with the inclined surface when seen from the vehicle front side.
A protective barrier for face isolation in orotracheal maneuvers characterized by comprising: an essentially rectangular sheet made of a clear plastic material comprising, on its back side, a plurality of first circumferentially arranged fastening means and second cross-sectionally arranged fastening means substantially dividing the sheet in half and defining two sections ; and at least four sleeves made of a clear plastic material affixed to the sheet in one of the sections defined by the second cross-sectionally arranged fastening means defining an outwardly opening arc, wherein said sleeves comprise third fastening means arranged internally and circumferentially on the distal ends of each of the sleeves . an essentially rectangular sheet made of a clear plastic material comprising, on its back side, a plurality of first circumferentially arranged fastening means and second cross-sectionally arranged fastening means substantially dividing the sheet in half and defining two sections ; and at least four sleeves made of a clear plastic material affixed to the sheet in one of the sections defined by the second cross-sectionally arranged fastening means defining an outwardly opening arc, wherein said sleeves comprise third fastening means arranged internally and circumferentially on the distal ends of each of the sleeves .
A method for decommissioning a nuclear facility that includes a nuclear reactor pressure vessel provided with a hemispherical lower portion and a flat upper portion , and bio-protective concrete including a cavity in which the nuclear reactor pressure vessel is positioned and a neighboring upper surface adjacent to the cavity, comprising: floating the nuclear reactor pressure vessel above the cavity (S300); rotating the reactor pressure vessel so that the upper portion of the nuclear reactor pressure vessel is closer to the bio-protective concrete than the lower portion (S400); mounting the upper portion of the nuclear reactor pressure vessel on the neighboring upper surface of the bio-protective concrete (S500); and cutting and decommissioning the nuclear reactor pressure vessel mounted on the neighboring upper surface (S600). floating the nuclear reactor pressure vessel above the cavity (S300); rotating the reactor pressure vessel so that the upper portion of the nuclear reactor pressure vessel is closer to the bio-protective concrete than the lower portion (S400); mounting the upper portion of the nuclear reactor pressure vessel on the neighboring upper surface of the bio-protective concrete (S500); and cutting and decommissioning the nuclear reactor pressure vessel mounted on the neighboring upper surface (S600).
Assembly of a hinge for connecting a leaf to a frame such that said connection can pivot about an articulation axis (S) in an articulated manner, comprising a mounting part which can be mounted on a mounting face of the leaf or of the frame, the mounting part having a bore which extends approximately parallel to the articulation axis (S), has a central longitudinal axis (A) and comprises at least one lateral opening , comprising a hinge flap which comprises a fastening part , the fastening part of which hinge flap extends with clearance through the opening into the bore and comprises at least one thickened portion arranged in the bore , and comprising a horizontal adjustment means by means of which the fastening part is pivotable about the central longitudinal axis (A) and which comprises a first horizontal adjustment screw which interacts with a thread provided on the mounting part or on the hinge flap , characterized in that a second horizontal adjustment screw is provided which interacts with a thread provided on the hinge flap or on the mounting part and acts on the fastening part in the opposite direction to the first horizontal adjustment screw . comprising a mounting part which can be mounted on a mounting face of the leaf or of the frame, the mounting part having a bore which extends approximately parallel to the articulation axis (S), has a central longitudinal axis (A) and comprises at least one lateral opening , comprising a hinge flap which comprises a fastening part , the fastening part of which hinge flap extends with clearance through the opening into the bore and comprises at least one thickened portion arranged in the bore , and comprising a horizontal adjustment means by means of which the fastening part is pivotable about the central longitudinal axis (A) and which comprises a first horizontal adjustment screw which interacts with a thread provided on the mounting part or on the hinge flap , characterized in that a second horizontal adjustment screw is provided which interacts with a thread provided on the hinge flap or on the mounting part and acts on the fastening part in the opposite direction to the first horizontal adjustment screw .
An isolated antagonistic antigen binding protein that specifically binds to the human glucagon receptor in combination with insulin supplementation for use in treating type 1 diabetes by reducing, suppressing, attenuating, or inhibiting excess HbA1c levels associated with T1D, wherein the insulin supplementation comprises administering a dose of insulin between 90% and 0.1% of the normal daily dosage of insulin.
A method of wireless communication at an access point, AP , of a wireless network, comprising: receiving information indicating a wake time period from a station, STA currently in low power mode, wherein the wake time period is an amount of time required by the STA to be ready to receive and transmit data with the AP , wherein the information is received in an association request frame or in a management frame exchanged with the AP ; using the wake time period to schedule communication with the STA , wherein using the wake time period to schedule communication with the STA includes: determining an offset from a beacon for transmitting downlink communication to the STA ; transmitting the beacon to the STA ; and indicating the offset to the STA . receiving information indicating a wake time period from a station, STA currently in low power mode, wherein the wake time period is an amount of time required by the STA to be ready to receive and transmit data with the AP , wherein the information is received in an association request frame or in a management frame exchanged with the AP ; using the wake time period to schedule communication with the STA , wherein using the wake time period to schedule communication with the STA includes: determining an offset from a beacon for transmitting downlink communication to the STA ; determining an offset from a beacon for transmitting downlink communication to the STA ; transmitting the beacon to the STA ; and indicating the offset to the STA .