mhurhangee/ep-ind-claims huggingface dataset:
A processor, wherein the processor supports X-channel interleaved multi-threading IMT, the processor comprises a decoding unit and a processing unit, and X is an integer greater than 1; the decoding unit is configured to: obtain one instruction from each of Z predefined threads in each cyclic period, decode the Z obtained instructions to obtain Z decoding results, and send the Z decoding results to the processing unit, wherein each cyclic period comprises X sending periods, one decoding result is sent to the processing unit in each sending period, characterized in that: a decoding result of the Z decoding results is repeatedly sent by the decoding unit in a plurality of sending periods, 1 ≤ Z < X, and Z is an integer; and the processing unit is configured to execute the instruction based on the decoding result. the decoding unit is configured to: obtain one instruction from each of Z predefined threads in each cyclic period, decode the Z obtained instructions to obtain Z decoding results, and send the Z decoding results to the processing unit, wherein each cyclic period comprises X sending periods, one decoding result is sent to the processing unit in each sending period, characterized in that: a decoding result of the Z decoding results is repeatedly sent by the decoding unit in a plurality of sending periods, 1 ≤ Z < X, and Z is an integer; and the processing unit is configured to execute the instruction based on the decoding result. a decoding result of the Z decoding results is repeatedly sent by the decoding unit in a plurality of sending periods, 1 ≤ Z < X, and Z is an integer; and the processing unit is configured to execute the instruction based on the decoding result.
Wound contact layer (10, 21, 31) comprising a) a composition for wound treatment (2a, 2b) with less than 10% by weight of water comprising 60 to 95% by weight of hydrophilic base in which 5 to 40% by weight of hydrocolloids are dispersed, where the hydrophilic base comprises 0.5 to 50% by weight of at least one emulsifier and b) a carrier material comprising an antimicrobial metal for the composition, characterized in that - the hydrophilic base further comprises 20 to 80% by weight of mono-, di- and/or triglycerides and/or full or partial ester oligomers of glycerol, - the hydrophilic base further comprises 10 to 30% by weight of nonpolar lipids. a) a composition for wound treatment (2a, 2b) with less than 10% by weight of water comprising 60 to 95% by weight of hydrophilic base in which 5 to 40% by weight of hydrocolloids are dispersed, where the hydrophilic base comprises 0.5 to 50% by weight of at least one emulsifier and b) a carrier material comprising an antimicrobial metal for the composition, - the hydrophilic base further comprises 20 to 80% by weight of mono-, di- and/or triglycerides and/or full or partial ester oligomers of glycerol, - the hydrophilic base further comprises 10 to 30% by weight of nonpolar lipids.
A system for managing a smoking substitute device (10, 110), the system comprising: a smoking substitute device comprising: a control unit; a memory configured to store firmware for operating the smoking substitute device (10, 110) and a device-specific encryption key; and a communications interface; and an application server configured to communicate to the smoking substitute device (10, 110) a firmware update message that is encrypted with the device-specific encryption key, wherein the smoking substitute device (10, 110) is configured to obtain an encrypted firmware image, wherein the firmware update message includes a firmware key for decrypting the encrypted firmware image, and wherein the smoking substitute device (10, 110) is configured to use the device-specific encryption key to decrypt the firmware update message, to obtain the firmware key for decrypting the encrypted firmware image. a smoking substitute device comprising: a control unit; a memory configured to store firmware for operating the smoking substitute device (10, 110) and a device-specific encryption key; and a communications interface; and a control unit; a memory configured to store firmware for operating the smoking substitute device (10, 110) and a device-specific encryption key; and a communications interface; and an application server configured to communicate to the smoking substitute device (10, 110) a firmware update message that is encrypted with the device-specific encryption key, wherein the smoking substitute device (10, 110) is configured to obtain an encrypted firmware image, wherein the firmware update message includes a firmware key for decrypting the encrypted firmware image, and wherein the smoking substitute device (10, 110) is configured to use the device-specific encryption key to decrypt the firmware update message, to obtain the firmware key for decrypting the encrypted firmware image.
Mould for production of glass bottles, comprising a body provided with an internal cavity first portion shaped according to the shape of the body of the glass bottle to be made, characterized in that in the lower part of the mould there is a first seat open both at the top, in communication with said internal cavity portion, and at the bottom, the mould further comprising an adapter, also open at the top and at the bottom, which can be inserted in the aforementioned seat and provided at the bottom with a further shaped seat intended for receiving a neck ring with relative finish thimble and plunger.
A PKC (protein kinase C) activator for use in enhancing cognitive ability in neurologic diseases or disorders, wherein the PKC activator is bryostatin-1 through bryostatin-18 used in an effective amount for enhancing cognitive ability and reducing the amyloidogenic and toxic fragments Aβ-40 and Aβ-42.
A connection member (36, 36A, 36B) for electrically connecting lead terminals (12A, 12B) of electricity storage elements adjacent in a lamination direction out of an electricity storage element group formed by laminating a plurality of electricity storage elements each including a positive-electrode and a negative-electrode lead terminals (12A, 12B) projecting in an outward direction from one side edge, comprising: two terminal connecting portions (38A, 38B) to be arranged at a distance in the lamination direction and to be connected to the lead terminals (12A, 12B) adjacent in the lamination direction, respectively, wherein: one lead terminal of the positive-electrode and the negative electrode lead terminals (12A, 12B) of either one of the electricity storage elements adjacent in the lamination direction is to be electrically connected to one of the two terminal connecting portions (38A, 38B); and the other lead terminal of the positive-electrode and the negative electrode lead terminals (12A, 12B) of the other of the electricity storage elements adjacent in the lamination direction is to be electrically connected to the other of the two terminal connecting portions (38A, 38B), characterized by a detection terminal portion (50, 50A, 50B) for detecting a state of the electricity storage element. two terminal connecting portions (38A, 38B) to be arranged at a distance in the lamination direction and to be connected to the lead terminals (12A, 12B) adjacent in the lamination direction, respectively, wherein: one lead terminal of the positive-electrode and the negative electrode lead terminals (12A, 12B) of either one of the electricity storage elements adjacent in the lamination direction is to be electrically connected to one of the two terminal connecting portions (38A, 38B); and the other lead terminal of the positive-electrode and the negative electrode lead terminals (12A, 12B) of the other of the electricity storage elements adjacent in the lamination direction is to be electrically connected to the other of the two terminal connecting portions (38A, 38B), one lead terminal of the positive-electrode and the negative electrode lead terminals (12A, 12B) of either one of the electricity storage elements adjacent in the lamination direction is to be electrically connected to one of the two terminal connecting portions (38A, 38B); and the other lead terminal of the positive-electrode and the negative electrode lead terminals (12A, 12B) of the other of the electricity storage elements adjacent in the lamination direction is to be electrically connected to the other of the two terminal connecting portions (38A, 38B), characterized by a detection terminal portion (50, 50A, 50B) for detecting a state of the electricity storage element.
Vehicle body side structure having at least two front and rear doors (1, 3) which are arranged behind one another in the vehicle longitudinal direction (x) and which, with the omission of an interposed vehicle pillar, in particular a B-pillar, in each case have at least one reinforcing element (15, 17) for protecting against a side collision, wherein the vehicle body side structure has a deflection means by means of which force components (F x) can be generated under the action of a side collision force (F s), by means of which force components the front and rear doors (1, 3) can be clamped between the A-pillar and the C-pillar of the vehicle in the vehicle longitudinal direction (x), characterized in that the deflection means is formed by the two reinforcing elements (15, 17) of the front and the rear door (1, 3), specifically in such a way that the reinforcing elements are arched so as to face one another in the vehicle longitudinal direction (x) and bulge outwardly in the vehicle transverse direction (y) by a transverse offset (Δy).
An engine for a heat pump, comprising: an engine temperature specifying unit configured to specify an engine temperature; and a control device configured to execute engine control based on the engine temperature specified by the engine temperature specifying unit, wherein an operation of the engine is continued, in a case where the control device receives a stop signal instructing stopping of the engine and the control device determines a status is not that i) the engine temperature is a predetermined temperature or higher, and ii) a degree of superheat of refrigerant in a line through which the refrigerant from an accumulator returns to a compressor is a predetermined degree of superheat or higher. an engine temperature specifying unit configured to specify an engine temperature; and a control device configured to execute engine control based on the engine temperature specified by the engine temperature specifying unit, wherein an operation of the engine is continued, in a case where the control device receives a stop signal instructing stopping of the engine and the control device determines a status is not that i) the engine temperature is a predetermined temperature or higher, and ii) a degree of superheat of refrigerant in a line through which the refrigerant from an accumulator returns to a compressor is a predetermined degree of superheat or higher. i) the engine temperature is a predetermined temperature or higher, and ii) a degree of superheat of refrigerant in a line through which the refrigerant from an accumulator returns to a compressor is a predetermined degree of superheat or higher.
A surgical fastening or suturing device comprising: (a) a slender shaft having a proximal end, a distal end, and a lateral surface; (b) an attachment arrangement configured to attach a piece of surgical mesh material onto an external lateral surface of the shaft and around the distal end of the shaft, said attachment arrangement comprising at least one hook or arm; characterized in that the at least one hook or arm are on the lateral surface of the shaft, whereby said at least one hook or arm are retracted into the shaft in order to release the surgical mesh material from the lateral surface of the shaft; and (c) an actuating mechanism configured to eject a surgical fastener from the distal end of the shaft or configured to perform suturing at the distal end of the shaft. (a) a slender shaft having a proximal end, a distal end, and a lateral surface; (b) an attachment arrangement configured to attach a piece of surgical mesh material onto an external lateral surface of the shaft and around the distal end of the shaft, said attachment arrangement comprising at least one hook or arm; characterized in that the at least one hook or arm are on the lateral surface of the shaft, whereby said at least one hook or arm are retracted into the shaft in order to release the surgical mesh material from the lateral surface of the shaft; and (c) an actuating mechanism configured to eject a surgical fastener from the distal end of the shaft or configured to perform suturing at the distal end of the shaft.
A method implemented by one or more processors, the method comprising: causing one or more luminaires to operate according to an operating setting, wherein a given luminaire of the one or more luminaires includes a light emitting diode array and a passive infrared sensor; characterized by determining at least one operating characteristic of the LED array at least based on the operating setting of the given luminaire; determining a temperature estimate from the at least one operating characteristic of the LED array, wherein the temperature estimate is associated with an environment of the one or more luminaires; receiving, from the passive infrared sensor of the given luminaire, an analog signal corresponding to thermal radiation from the environment of the one or more luminaires; and generating a compensated response signal from the analog signal using the temperature estimate, operating the one or more luminaires based on the compensated response signal. causing one or more luminaires to operate according to an operating setting, wherein a given luminaire of the one or more luminaires includes a light emitting diode array and a passive infrared sensor; characterized by determining at least one operating characteristic of the LED array at least based on the operating setting of the given luminaire; determining a temperature estimate from the at least one operating characteristic of the LED array, wherein the temperature estimate is associated with an environment of the one or more luminaires; receiving, from the passive infrared sensor of the given luminaire, an analog signal corresponding to thermal radiation from the environment of the one or more luminaires; and generating a compensated response signal from the analog signal using the temperature estimate, operating the one or more luminaires based on the compensated response signal.
An engine mounting structure for aircraft engine, where the said structure comprises a rigid structure forming a caisson together with an engine mounting system mounted on the said rigid structure and notably comprising a device to transmit the thrust efforts generated by the engine, comprising two lateral connecting rods and a spreader beam mounted in connected fashion on a support element which is fixed relative to the said caisson, through a principal spreader beam connecting device positioned between two lateral ends of the said spreader beam on to which the said two lateral connecting rods are respectively connected, where the said principal spreader beam connecting device defines a principal spreader beam hinge line positioned in a plane which extends in the vertical direction and longitudinal direction of the said rigid structure, where the said spreader beam is moreover mounted in connected fashion on the said support element, using a secondary spreader beam connecting device located at a distance, seen from above, from the said principal spreader beam connecting device, and defining a secondary spreader beam connecting device which is also positioned in the said plane, where the said secondary spreader beam connecting device is supported by one of the two elements, namely either the spreader beam or the said support element, and traversing with a play the other of these two elements, said engine mounting structure being designed such that in the event of a failure of either of the two lateral connecting rods, the rotation of the said spreader beam around the principal spreader beam hinge line is stopped by the said secondary spreader beam connecting device coming into contact with the said other of the two elements, said spreader beam being positioned in a plane corresponding to a plane (P') defined by the said thrust efforts transmission lateral connecting rods, characterised in that in the said plane (P'), the distance between the principal spreader beam hinge line and each connecting rod rear end hinge line is less than or equal to the distance between the principal spreader beam hinge line and the secondary spreader beam hinge line.
Pressure transducer for determining a pressure measured variable, comprising at least a pressure sensor with a measuring membrane and resistance elements integrated into the measuring membrane, wherein the pressure sensor is arranged between a first and a second counterbody (5, 6) and wherein the sensor is connected at its edge at least to the first counterbody via a substance-to-substance connection in such a way that a pressure chamber forms between the measuring membrane and the first counterbody, wherein said chamber can be subjected to a first pressure, wherein the side of the measuring membrane facing towards the second counterbody can be subjected to a second pressure and a deflection of the measuring membrane, which depends on the first and second pressure, is established, wherein the pressure-dependent deflection of the measuring membrane can be detected by the integrated resistance elements and wherein a pressure measured variable can be detected via a bridge voltage (U B) of a bridge circuit, said circuit being formed with the integrated resistance elements, wherein the measuring membrane has a membrane electrode and the second counterbody has a counterbody electrode on the side facing towards the measuring membrane, at least in the area of the measuring membrane such that the membrane electrode and the counterbody electrode form a capacitance, wherein at least additional information can be determined using the capacitance, characterized in that the pressure transducer further comprises an operating circuit designed to determine the capacitance and/or its development, which is designed to detect a drift of the bridge voltage (U B) using the capacitance and/or its development and/or the bridge voltage (U B) and/or its development as additional information.
A projector-type vehicle headlamp, comprising: a first light source for emitting light; a lens through which the light exits the headlamp; and a first optics for receiving light from the first light source and directing the received light towards the lens, with the lens having a focal surface between the first optics and the lens, and with the lens having an optical axis, wherein the first optics is configured to generate multiple images of the first light source on the focal surface above an intersection line of the focal surface with a reference plane (p1, p2), with the reference plane (p1, p2) containing the optical axis of the lens, and with the reference plane (p1, p2) enclosing an angle (α) in the range of 0-45 degree with a horizontal plane when the headlamp is installed in a vehicle, wherein the first optics is a reflector, characterized in that the reflector comprises a curved reflecting surface having, as seen when the headlamp is installed in the vehicle, an upper edge, a lower edge, and a side edge connecting the upper edge and the lower edge, and wherein a light emitting surface of the first light source confronts the curved reflecting surface of the reflector, and wherein the side edge is a portion of an ellipse. a first light source for emitting light; a lens through which the light exits the headlamp; and a first optics for receiving light from the first light source and directing the received light towards the lens, with the lens having a focal surface between the first optics and the lens, and with the lens having an optical axis, wherein the first optics is configured to generate multiple images of the first light source on the focal surface above an intersection line of the focal surface with a reference plane (p1, p2), with the reference plane (p1, p2) containing the optical axis of the lens, and with the reference plane (p1, p2) enclosing an angle (α) in the range of 0-45 degree with a horizontal plane when the headlamp is installed in a vehicle, wherein the first optics is a reflector, characterized in that the reflector comprises a curved reflecting surface having, as seen when the headlamp is installed in the vehicle, an upper edge, a lower edge, and a side edge connecting the upper edge and the lower edge, and wherein a light emitting surface of the first light source confronts the curved reflecting surface of the reflector, and wherein the side edge is a portion of an ellipse.
A fixing device (1; 1'; 1"; 401) for a vehicle tyre (26; 126) anti-skid device (31; 131), said fixing device (1; 1'; 1"; 401) comprising a first coupling portion (2; 402) for coupling said fixing device to a wheel rim (20; 120; 220; 320; 420; 520) and a second coupling portion (3; 403) for coupling said fixing device (1; 1'; 1"; 401) to said anti-skid device (31; 131), characterized in that said first coupling portion (2; 402) is in the form of a tubular male or female coupling portion and configured to be coupled at a centre bore (21; 121; 221'; 321'; 421'; 521') in said wheel rim (20; 120; 220; 320; 420; 520) with an axial direction of said fixing device coinciding with an axial direction of said centre bore (21; 121), said fixing device comprising locking means arranged on said first coupling portion (2; 402) of said fixing device for releasably coupling said fixing device (1; 1'; 1"; 401) to said wheel rim (20; 120; 220; 320; 420; 520) at said centre bore (21; 121; 221'; 321'; 421': 521'), wherein said releasable locking means comprises a snap-fit locking arrangement such as a snap-in locking arrangement or a snap-on locking arrangement.