mhurhangee/ep-ind-claims huggingface dataset:
Agate drive circuit for a power transistor, the gate drive circuit comprising: a first capacitor, a first terminal of the first capacitor being electrically coupled to a gate terminal of the power transistor, a first switch being arranged between a second terminal of the first capacitor and a first predetermined voltage, a measurement circuit for measuring a differential voltage across the first capacitor, a reference source for generating a reference voltage (Vref), a second capacitor, a first terminal of the second capacitor being electrically coupled to the second terminal of the first capacitor, a second terminal of the second capacitor being electrically coupled to a control terminal of the first switch, a pre-charge circuit being configured to generate a boost voltage (Vboost) at the second terminal of the first capacitor during the pre-charge of the first capacitor, the gate drive circuit being configured to pre-charge the first capacitor to obtain a second predetermined voltage across the first capacitor, the gate drive circuit being further configured to arrange the first switch in an on state for turning on the power transistor to electrically couple the first predetermined voltage to the second terminal of the first capacitor being pre-charged at the second predetermined voltage, the measurement circuit being configured to arrange the first switch in an off state when the differential voltage across the first capacitor has changed with respect to the second predetermined voltage by the reference voltage (Vref). a first capacitor, a first terminal of the first capacitor being electrically coupled to a gate terminal of the power transistor, a first switch being arranged between a second terminal of the first capacitor and a first predetermined voltage, a measurement circuit for measuring a differential voltage across the first capacitor, a reference source for generating a reference voltage (Vref), a second capacitor, a first terminal of the second capacitor being electrically coupled to the second terminal of the first capacitor, a second terminal of the second capacitor being electrically coupled to a control terminal of the first switch, a pre-charge circuit being configured to generate a boost voltage (Vboost) at the second terminal of the first capacitor during the pre-charge of the first capacitor, the gate drive circuit being configured to pre-charge the first capacitor to obtain a second predetermined voltage across the first capacitor, the gate drive circuit being further configured to arrange the first switch in an on state for turning on the power transistor to electrically couple the first predetermined voltage to the second terminal of the first capacitor being pre-charged at the second predetermined voltage, the measurement circuit being configured to arrange the first switch in an off state when the differential voltage across the first capacitor has changed with respect to the second predetermined voltage by the reference voltage (Vref).
A method comprising, at a processor-based wireless mobile device (108,200): wirelessly receiving, by the mobile device, signals that include at least one wireless message comprising antenna information for a first wireless access point (106,300) transmitting the signals; and wirelessly transmitting, by the mobile device (108,200), an information message including the antenna information, included in the at least one wireless message received from the first wireless access point (106,300), for the first wireless access point (106,300), to a remote central data repository device configured to receive and store antenna data for multiple wireless access points (106,300) obtained by one or more wireless devices (108,200) while visiting respective areas covered by the multiple wireless access point (106,300). wirelessly transmitting, by the mobile device (108,200), an information message including the antenna information, included in the at least one wireless message received from the first wireless access point (106,300), for the first wireless access point (106,300), to a remote central data repository device configured to receive and store antenna data for multiple wireless access points (106,300) obtained by one or more wireless devices (108,200) while visiting respective areas covered by the multiple wireless access point (106,300).
A method for controlling vehicle creep, comprising: controlling the vehicle to enter an electric creep mode in which a motor operates as a driving source to drive an engine to operate to provide a creep force for the vehicle in response to release of a brake operation of a first braking process; controlling the vehicle to exit the electric creep mode according to an electric creep exit condition; and the method being characterized in that it further comprises: restricting the vehicle from entering the electric creep mode according to a second predetermined condition in response to release of a brake operation of a second braking process after the first braking process. controlling the vehicle to enter an electric creep mode in which a motor operates as a driving source to drive an engine to operate to provide a creep force for the vehicle in response to release of a brake operation of a first braking process; controlling the vehicle to exit the electric creep mode according to an electric creep exit condition; and the method being characterized in that it further comprises: restricting the vehicle from entering the electric creep mode according to a second predetermined condition in response to release of a brake operation of a second braking process after the first braking process.
Pipe connection, comprising a ball joint having shell parts (3, 4) surrounding one another in a sealing manner which each define a respective longitudinal centre line and which are rotatable in relation to one another between an aligned position, in which the longitudinal centre lines coincide, and a rotated position, in which the longitudinal centre lines form an angle with one another which differs from zero, wherein the shell parts together enclose an axial passage which extends between sleeves (20, 21) of the shell parts (3, 4) facing away from one another, as well as a respective pipe piece being attached to each sleeve (20, 21), wherein in the outermost shell part, a lining is provided, the inner lining surface of which has a curvature-corresponding to the curvature of the outer surface of the inner shell part, and a sealing element connected to the outermost shell part and interworking displaceably with the outer surface of the innermost shell part is provided, wherein the lining extends between the sealing element and the sleeve of the outermost shell part characterized in that a yoke is attached to the innermost shell part, said yoke being provided with a bush with an inner spherical surface which interworks in the manner of a ball and socket joint with an outer spherical surface of the outermost shell part in that the lining surface and the outer surface of the inner shell part lie entirely free in relation to one another.
A method for purifying saponins from Quillaja saponaria Molina plants, comprising: providing a plant extract containing saponins; mixing the extract with a salt and a solvent to form a first solution, wherein the first solution comprises saponins and ion-polysaccharide complexes; adjusting the pH of the first solution to between 6 and 7; adding at least one phosphate to the first solution, thereby forming a first mixture that is free of soluble ion-polysaccharides complexes; optionally heating the first mixture; filtering the first mixture to obtain a second solution; and clarifying the second solution to produce an extract of purified saponins. providing a plant extract containing saponins; mixing the extract with a salt and a solvent to form a first solution, wherein the first solution comprises saponins and ion-polysaccharide complexes; adjusting the pH of the first solution to between 6 and 7; adding at least one phosphate to the first solution, thereby forming a first mixture that is free of soluble ion-polysaccharides complexes; optionally heating the first mixture; filtering the first mixture to obtain a second solution; and clarifying the second solution to produce an extract of purified saponins.
A safety cabinet, in particular a cabinet for dangerous materials, comprising at least one swing-leaf door rotatably hinged on a cabinet body, wherein the swing-leaf door is designed with a pressure latch (7, 8), characterized in that - the swing-leaf door is equipped in a manipulation-free manner with the interior pressure latch (7, 8) which consequently does not project externally and is also not visible, wherein - the pressure latch (7, 8) is formed in two parts with a locking pin connected to the interior side of the swing-leaf door and a pin receptacle fixed on the cabinet body, and wherein - the pin receptacle is formed in two parts comprising a fastening element and a stop element floatingly mounted opposite the same, so that - the locking pin may be moved back and forth in the plane spanned by the fastening element. - the swing-leaf door is equipped in a manipulation-free manner with the interior pressure latch (7, 8) which consequently does not project externally and is also not visible, wherein - the pressure latch (7, 8) is formed in two parts with a locking pin connected to the interior side of the swing-leaf door and a pin receptacle fixed on the cabinet body, and wherein - the pin receptacle is formed in two parts comprising a fastening element and a stop element floatingly mounted opposite the same, so that - the locking pin may be moved back and forth in the plane spanned by the fastening element.
An adeno-associated virus capsid protein having a terminally grafted nuclease, wherein the nuclease is selected from: Transcription Activator-like Effector Nucleases (TALENs), Zinc Finger Nucleases (ZFNs), engineered meganuclease, re-engineered homing endonucleases, and a Cas-family nuclease.
A computer-implemented method comprising: identifying a first computing device as being associated with a first user profile and a second user profile, the first computing device being in communication with a computing systems; receiving, at the computing system, a first message directed toward the first user profile at the first computing device; determining that the first user profile is inactive at the first computing device; responsive to the determining that the first user profile is inactive, holding the first message in an at least one memory for later transmission by the computing system; receiving, at the computing system, after the determining that the first user profile is inactive, a second message directed to the second user profile at the first computing device; and transmitting the first message and the second message to the first computing device responsive to determining that the second user profile is active at the first computing device. identifying a first computing device as being associated with a first user profile and a second user profile, the first computing device being in communication with a computing systems; receiving, at the computing system, a first message directed toward the first user profile at the first computing device; determining that the first user profile is inactive at the first computing device; responsive to the determining that the first user profile is inactive, holding the first message in an at least one memory for later transmission by the computing system; receiving, at the computing system, after the determining that the first user profile is inactive, a second message directed to the second user profile at the first computing device; and transmitting the first message and the second message to the first computing device responsive to determining that the second user profile is active at the first computing device.
A method of determining alignment characteristics of a tire and wheel assembly mounted on a vehicle, said method comprising: projecting a plurality of light planes onto a tire and wheel assembly to form a plurality of generally parallel illumination lines on a tire of the tire and wheel assembly including forming a gap between a pair of said illumination lines, said gap comprising a non-illuminated spacing that is different than the non-illuminated spacing between other pairs of said illumination lines; receiving a reflected image of at least some of said illumination lines with a photo electric device, said photo electric device receiving images of said illumination lines reflected from the tire including said pair of said illumination lines forming said gap; resolving the identity and location of which said illumination lines are imaged at said receiving step based on said pair of said illumination lines forming said gap; and determining a plane defined by spatial coordinates from said illumination lines imaged by said photo electric device, said plane representing the orientation of the tire and wheel assembly. projecting a plurality of light planes onto a tire and wheel assembly to form a plurality of generally parallel illumination lines on a tire of the tire and wheel assembly including forming a gap between a pair of said illumination lines, said gap comprising a non-illuminated spacing that is different than the non-illuminated spacing between other pairs of said illumination lines; receiving a reflected image of at least some of said illumination lines with a photo electric device, said photo electric device receiving images of said illumination lines reflected from the tire including said pair of said illumination lines forming said gap; resolving the identity and location of which said illumination lines are imaged at said receiving step based on said pair of said illumination lines forming said gap; and determining a plane defined by spatial coordinates from said illumination lines imaged by said photo electric device, said plane representing the orientation of the tire and wheel assembly.
A wearable temperature regulation apparatus, comprising: an outer layer, wherein the outer layer comprises fabric proportioned and configured to envelop a portion of a user's body; a primary air plenum proximate the outer layer; an inner layer proximate the outer layer and in communication with the primary air plenum, wherein the inner layer is configured to distribute air from the primary air plenum throughout an inner surface of the inner layer; and a secondary air plenum (210; 211; 212) arranged within the inner layer and in communication with the primary air plenum, wherein the secondary air plenum comprises a first end proximate the primary air plenum and a second end, and wherein the secondary air plenum (210; 211; 212) is configured to direct air from the first end to the second end; characterised in that: said secondary air plenum comprises a first secondary air plenum comprising a first plurality of plenum portions proximate a user's back and second and third secondary air plenums (210, 212) comprising respective second and third pluralities of plenum portions proximate a user's chest. an outer layer, wherein the outer layer comprises fabric proportioned and configured to envelop a portion of a user's body; a primary air plenum proximate the outer layer; an inner layer proximate the outer layer and in communication with the primary air plenum, wherein the inner layer is configured to distribute air from the primary air plenum throughout an inner surface of the inner layer; and a secondary air plenum (210; 211; 212) arranged within the inner layer and in communication with the primary air plenum, wherein the secondary air plenum comprises a first end proximate the primary air plenum and a second end, and wherein the secondary air plenum (210; 211; 212) is configured to direct air from the first end to the second end; characterised in that: said secondary air plenum comprises a first secondary air plenum comprising a first plurality of plenum portions proximate a user's back and second and third secondary air plenums (210, 212) comprising respective second and third pluralities of plenum portions proximate a user's chest. said secondary air plenum comprises a first secondary air plenum comprising a first plurality of plenum portions proximate a user's back and second and third secondary air plenums (210, 212) comprising respective second and third pluralities of plenum portions proximate a user's chest.
A solution comprising: - 100 mg/ml of a dual V region antibody-like protein or a fragment of a dual V region antibody-like region that specifically binds to IL-4 and IL-13, - 6.3 mmol/L monobasic sodium phosphate, - 3.7 mmol/L tromethamine, - 5% (weight/volume) sucrose, - 3% (weight/volume) proline, - 0.2% (weight/volume) polysorbate 80, and - water, wherein the pH of said solution is of 7.0 and wherein the dual V region antibody-like protein or the fragment of a dual V region antibody-like region comprises (i) a light chain variable domain comprising the CDRs of sequences SEQ ID NO: 8, SEQ ID NO: 9 and SEQ ID NO: 10 and (ii) a light chain variable domain comprising the CDRs of sequences SEQ ID NO: 11, SEQ ID NO: 12 and SEQ ID NO: 13, (iii) a heavy chain variable domain comprising the CDRs of sequences SEQ ID NO: 14, SEQ ID NO: 15 and SEQ ID NO: 16 and (iv) a heavy chain variable domain comprising the CDRs of sequences SEQ ID NO: 17, SEQ ID NO: 18 and SEQ ID NO: 19 or the CDRs of sequences SEQ ID NO: 20, SEQ ID NO: 21 and SEQ ID NO: 22, wherein said solution comprises 10 mg to 300 mg of said dual V region antibody-like protein or fragment thereof. - 100 mg/ml of a dual V region antibody-like protein or a fragment of a dual V region antibody-like region that specifically binds to IL-4 and IL-13, - 6.3 mmol/L monobasic sodium phosphate, - 3.7 mmol/L tromethamine, - 5% (weight/volume) sucrose, - 3% (weight/volume) proline, - 0.2% (weight/volume) polysorbate 80, and - water,
A manometer comprising a manometer body, a plunger, a cap mount and a spring set, wherein said manometer body, which is a cylinder with an internal cylindrical cavity, includes a round head-end opening, a round breech and an indicating scale with graduated markings of pressure units on the peripheral near the round breech; wherein said plunger, which is to be accommodated in the internal cylindrical cavity of the manometer body, includes a cylindrical body with a round head-end opening, a round breech base and an internal cylindrical cavity; wherein said cap mount includes a cap head; and wherein said spring set is accommodated in the manometer body in such a way that one of its ends contacts against the internal bottom of the internal cylindrical cavity of the plunger while its other end contacts against the cap mount; and wherein the assembly of foregoing manometer body, plunger, cap mount and spring set is such that the air pressure in the manometer body input from external compressed air source causes the plunger to pump the spring set therein so that the measured value of said air pressure is manifested by the indicating scale with graduated markings of pressure units, characterized in that the round head-end opening of the monometer body comprises a peripheral male thread and the cap head comprises a set of internal female thread to firmly screw with the peripheral male thread in the round head-end opening of the manometer body, wherein said cap mount further includes an internal central cylinder, an internal cylindrical cavity, a round breech opening as well as an auxiliary box spring, a minor annular counter-ledge and a major annular counter-ledge such that the minor annular counter-ledge is formed at the joint of the reduced round longitudinal passage and internal cylindrical cavity while the major annular counter-ledge is formed at the joint of the cap head and internal central cylinder; wherein, said auxiliary box spring is inserted into the internal cylindrical cavity of the internal central cylinder in the cap mount and partially sleeved over the elongate minor shaft of the plunger as well as secured in a manner that the breech end and the head end of the auxiliary box spring are respectively held by the corresponding holder pair of the annular pushing-ledge in the plunger and minor annular counter-ledge in the cap mount such that the peripheral thereof suitably contacts against the inner wall of the internal central cylinder; wherein moreover, the inner diameter of the internal cylindrical cavity is just big enough to suitably accommodate the outer diameter of the major shaft while the outer diameter of the internal central cylinder is just small enough to be suitably sleeved by the inner diameter of the primary box spring.
A volatile material dispensing system, comprising: a housing and a refill unit, wherein the refill unit includes a volatile material and a wicking surface; and a fan disposed within the housing, characterized in that the wicking surface is angled between 20 degrees to 75 degrees relative to a central axis of the housing, and in that the fan comprises channels, and the channels of the fan are at an angle of between 20 degrees to 75 degrees relative to the central axis of the housing. a housing and a refill unit, wherein the refill unit includes a volatile material and a wicking surface; and a fan disposed within the housing, characterized in that the wicking surface is angled between 20 degrees to 75 degrees relative to a central axis of the housing, and in that the fan comprises channels, and the channels of the fan are at an angle of between 20 degrees to 75 degrees relative to the central axis of the housing.
Stimulation device for bringing about urination of a housed female animal in a closed space in which a single housed animal can be enclosed, and which closed space is provided with first detection means for detecting the housed animal in the closed space, wherein the stimulation device comprises a stimulating element for stimulating the perineum of the housed animal and comprises positioning means for positioning the stimulating element in a stimulation position, wherein the positioning means is adapted for placing the stimulating element close to the perineum after detection of the housed animal in the closed space by the first detection means, and wherein the stimulation device comprises collecting means for collecting urine of the housed animal.
Ice dispenser for a refrigeration device, in particular a household refrigeration device, comprising an ice storage container housing and an ice generator which comprises at least one hollow mould which can be filled with water, wherein the ice storage container housing and the ice generator are combined into one modular unit, characterised in that the ice storage container housing and the ice generator have intermeshing contours (17,28), which are embodied such that an assembly of the ice storage container housing and the ice generator is only made possible in a single configuration.