mhurhangee/ep-ind-claims huggingface dataset:
Device for discharging overvoltages, having - a first arrester unit comprising at least one first gas-filled surge arrester, and - a second arrester unit comprising at least one second gas-filled surge arrester, wherein - the first and second arrester units are connected in series with one another between a first potential node and a reference potential node, - the first surge arrester and the second surge arrester are different, and - the first arrester unit has a greater response voltage than the second arrester unit, characterized in that - the first arrester unit has a lower arc burning voltage than the second arrester unit. - a first arrester unit comprising at least one first gas-filled surge arrester, and - a second arrester unit comprising at least one second gas-filled surge arrester, wherein - the first and second arrester units are connected in series with one another between a first potential node and a reference potential node, - the first surge arrester and the second surge arrester are different, and - the first arrester unit has a greater response voltage than the second arrester unit, characterized in that - the first arrester unit has a lower arc burning voltage than the second arrester unit.
A method comprising: determining a reference transmit power level (step 1012) of a first channel; characterised by detecting for errors in signalling sent on a second channel (step 1014), whereby the second channel is a control channel; and adjusting transmit power of the control channel based on the reference transmit power level and the detected errors on the control channel (step 1016). determining a reference transmit power level (step 1012) of a first channel; characterised by detecting for errors in signalling sent on a second channel (step 1014), whereby the second channel is a control channel; and adjusting transmit power of the control channel based on the reference transmit power level and the detected errors on the control channel (step 1016).
Use of a hop extract comprising dimeric, trimeric and tetrameric proanthocyanidins, wherein the trimeric proanthocyanidin is contained in a proportion by weight of at least 1.2 times the sum of weights of the dimeric and tetrameric proanthocyanidins for providing superior koku and robustness to a beverage without increasing astringency or lingering aftertaste, wherein koku refers to a combination of the spread of taste, profoundness, and the change in taste with time, aftertaste, and robustness refers to the intensity of taste.
Meter device comprising a meter housing, which has a measurement section through which a fluid to be measured is able to flow, and an evaluation and display device, which is arranged on the outside of the meter housing and serves for ascertaining at least one fluid-related measurement value, and a cover, which is fastened to the meter housing and engages over the evaluation and display device, wherein the cover is a glass hood which engages over the evaluation and display device and which is seated on the meter housing in a manner sealed off via a sealing means, characterized in that the sealing means is a sealing means which brings about diffusion tightness for water molecules, and in that the meter housing has a plate-shaped receiving portion on which the evaluation and display device is arranged, and on which the hood is seated in a manner sealed off via the sealing means.
SiRNA able to silence the expression of the CYCLIN D1 / TROP2 chimeric mRNA, said siRNA being characterized by the fact that it binds specifically to the CYCLIN D1/TROP2 chimeric mRNA and comprises or has a ribonucleotide sequence complementary to the CYCLIN D1 / TROP2 chimeric mRNA junction sequence 5'GAGAGAGAGAGAAAGGAGCCC 3' (SEQ ID NO:21).
A lens moving apparatus comprising: a housing; a bobbin disposed in the housing; a first coil disposed on the bobbin; a magnet disposed on the housing; an upper elastic member coupled to an upper portion of the housing; and a supporting member coupled to the upper elastic member, wherein the housing comprises: a first adhesive injection recess and a second adhesive injection recess space apart from each other and exposing at least a portion of the magnet; a protrusion disposed between the first adhesive injection recess and the second adhesive injection recess; and a hole disposed to be spaced apart from the first adhesive injection recess. a housing; a bobbin disposed in the housing; a first coil disposed on the bobbin; a magnet disposed on the housing; an upper elastic member coupled to an upper portion of the housing; and a supporting member coupled to the upper elastic member, wherein the housing comprises: a first adhesive injection recess and a second adhesive injection recess space apart from each other and exposing at least a portion of the magnet; a protrusion disposed between the first adhesive injection recess and the second adhesive injection recess; and a hole disposed to be spaced apart from the first adhesive injection recess. a first adhesive injection recess and a second adhesive injection recess space apart from each other and exposing at least a portion of the magnet; a protrusion disposed between the first adhesive injection recess and the second adhesive injection recess; and a hole disposed to be spaced apart from the first adhesive injection recess.
Pneumatic vehicle tyre for passenger cars with a profiled tread, with an outer shoulder OU designed for use on the vehicle, facing away from the vehicle, and an inner shoulder IN, facing towards the vehicle, with profile bands (1, 5, 7, 9), for example profile ribs or rows of profile blocks, spaced apart from one another by grooves (4, 5, 8), with a circumferential groove, which is formed in the outer shoulder OU, is made to extend over the circumference of the tyre and axially separates two rows of profile blocks (2, 3) from one another, and with transverse grooves which are arranged one behind the other over the circumference of the tyre and each extend in the axial direction A away from the one row of profile blocks into the other row of profile blocks, across the circumferential groove, with a depth T Q measured in the radial direction R, the depth T Q being greater than the depth Tu of the circumferential groove in the region of extent between the transverse grooves, characterized in that, in the portions of extent between the transverse grooves adjacent to one another in the circumferential direction U, the circumferential groove is respectively formed along the extent in the one direction of rotation D of the tyre with a reduction of the depth tu, starting from the transverse groove arranged in front in the direction of rotation D to the transverse groove arranged behind in the direction of rotation D and formed by a staircase-like raising of the groove base with at least one step, from a maximum depth t UMax to a minimum depth t UMin and is respectively formed with a width b of the groove steadily decreasing in the radially inner portion of extent of the circumferential groove of the height of extent h with h < t U.
Method for processing an audio monophonic signal in a 3D audio decoder comprising a step of carrying out binauralization processing on decoded signals intended to be spatially rendered by an audio headset, wherein, on detecting, in a data stream representative of the monophonic signal, a non-binauralization-processing indication associated with rendering spatial position information, the decoded monophonic signal is directed (O-E200) to a mixing module comprising a stereophonic renderer that takes into account the position information to construct two rendering channels, which are directly processed with a direct mixing step that sums these two channels with a binauralized signal resulting from the binauralization processing, with a view to being rendered by the audio headset, characterized in that the rendering spatial position information is a binary datum indicating a single channel of the rendering audio headset.
A method for increasing spinosyn titers of a S. spinosa host cell, the method comprising transforming the S. spinosa host cell with a heterologous gene encoding an oxygen binding protein.
A shear key former apparatus (10, 100, 110) comprising: - a box having an enclosable, internal volume, - the box comprising a base and at least one side wall, the at least one side wall terminating in a rim and comprising two opposing side wall portions; characterised in that - rearwardly of the rim, in the two opposing side wall portions of the at least one side wall, at least one pair of opposing apertures, each pair of apertures defining an entrance and exit in each respective side wall portion for a rigid member to be accommodated between the entrance and the exit extending across the internal volume; - a closure panel configured to be received into the rim to enclose the internal volume to form a closed container. - a box having an enclosable, internal volume, - the box comprising a base and at least one side wall, the at least one side wall terminating in a rim and comprising two opposing side wall portions; - rearwardly of the rim, in the two opposing side wall portions of the at least one side wall, at least one pair of opposing apertures, each pair of apertures defining an entrance and exit in each respective side wall portion for a rigid member to be accommodated between the entrance and the exit extending across the internal volume; - a closure panel configured to be received into the rim to enclose the internal volume to form a closed container.
A discrete absorbent insert (230; 244) comprising, a first sheet, a second sheet in facing relation with the first sheet, an absorbent core (236; 248) positioned between the first sheet and the second sheet, wherein the absorbent core defines a core perimeter and the first sheet and the second sheet extend beyond the core perimeter and are joined together to form a perimeter seal, an intake layer positioned between the first sheet and the absorbent core, wherein the first sheet and the second sheet are fluid permeable, an absorbent capacity of at least 600 g, and wherein the discrete absorbent insert has an intake rate for a first insult through the first sheet having a first value and an intake rate for a first insult through the second sheet having a second value, wherein a difference between the first value and the second value is less than 20%.
A method for authenticating components of a vehicle, the method comprising: - transmitting an interrogation signal to tags attached to the components of the vehicle from an authentication base station in response to receiving an unlock signal from a key remote to open at least one door of the vehicle; - receiving a response signal that includes an authentication code from one of more of the tags attached to the components of the vehicle at the authentication base station; - comparing the authentication code from each of the responding tags with an authentication code key at the authentication base station to authenticate the responding tags; and - transmitting a disengage signal to an immobilizer installed in the vehicle from the authentication base station to enable the vehicle if all the tags have been authenticated. - transmitting an interrogation signal to tags attached to the components of the vehicle from an authentication base station in response to receiving an unlock signal from a key remote to open at least one door of the vehicle; - receiving a response signal that includes an authentication code from one of more of the tags attached to the components of the vehicle at the authentication base station; - comparing the authentication code from each of the responding tags with an authentication code key at the authentication base station to authenticate the responding tags; and - transmitting a disengage signal to an immobilizer installed in the vehicle from the authentication base station to enable the vehicle if all the tags have been authenticated.
An apparatus comprising: a memory comprising a generic code section and a secure code section; a security element associated with the secure code section; and a processor configured to control access to the secure code section of the memory in dependence on a value of the security element, the processor being configured to hide code in the secure code section from a computer program in the apparatus when the security element has a predetermined value and to make the secure code section visible to the computer program in the apparatus when the security element has another predetermined value. a memory comprising a generic code section and a secure code section; a security element associated with the secure code section; and a processor configured to control access to the secure code section of the memory in dependence on a value of the security element, the processor being configured to hide code in the secure code section from a computer program in the apparatus when the security element has a predetermined value and to make the secure code section visible to the computer program in the apparatus when the security element has another predetermined value.
A battery pack comprising: a bare cell including a cap plate; a protection circuit module mounted to the cap plate; and cover means mounted to the cap plate for covering the protection circuit module, wherein the cover means comprises a cover having a top portion and side wall portions, the side wall portions comprise first and second side wall portions extending from the top portion and end portions (181, 82) at respective ends of the side wall portions, wherein the side wall portions comprise a first material and one or both of the end portions comprise a resilient end portion, the resilient end portion comprising a second material that is more resilient than the first material, the resilient end portion being positioned such that the outside surfaces of the side wall portions and the outside surface of the resilient end portion together provide a continuous peripheral surface to be mounted to the cap plate. a bare cell including a cap plate; a protection circuit module mounted to the cap plate; and cover means mounted to the cap plate for covering the protection circuit module, wherein the cover means comprises a cover having a top portion and side wall portions, the side wall portions comprise first and second side wall portions extending from the top portion and end portions (181, 82) at respective ends of the side wall portions, wherein the side wall portions comprise a first material and one or both of the end portions comprise a resilient end portion, the resilient end portion comprising a second material that is more resilient than the first material, the resilient end portion being positioned such that the outside surfaces of the side wall portions and the outside surface of the resilient end portion together provide a continuous peripheral surface to be mounted to the cap plate.
Anhydrous form of dasatinib characterized by a PXRD pattern having any 5 peaks selected from the list consisting of: 7.2, 11.9, 14.4, 16.5, 17.3, 19.1, 20.8, 22.4, 23.8, 25.3 and 29.1 ± 0.2 degrees 2-theta.
A liquid filtering system comprising: - a filtering apparatus having a filter unit for holding a filter and for receiving liquid to be filtered, a receptacle for receiving filtered liquid, and an adapter for coupling said filter unit to said receptacle, wherein said adapter comprises an adapter vacuum receiving port to be coupled to a vacuum delivery port in order to apply a vacuum driving force for driving said liquid to be filtered through said filter and - as filtered liquid - into said receptacle, and - a base having a cradle for receiving said filtering apparatus and a base vacuum delivery port to be coupled, on one side, to a vacuum source and, on the other side, to a vacuum receiving port, said cradle and said adapter having locking means (52, 54) interacting to lock said filtering apparatus to said cradle in a locking position in which locking position said adapter vacuum receiving port is sealingly coupled to said base vacuum delivery port, characterized in that said base vacuum delivery port comprises a vacuum valve constituted as a mechanical normally-closed valve automatically forced open by a structure of the filtering apparatus when said filtering apparatus is locked to said cradle. - a filtering apparatus having a filter unit for holding a filter and for receiving liquid to be filtered, a receptacle for receiving filtered liquid, and an adapter for coupling said filter unit to said receptacle, wherein said adapter comprises an adapter vacuum receiving port to be coupled to a vacuum delivery port in order to apply a vacuum driving force for driving said liquid to be filtered through said filter and - as filtered liquid - into said receptacle, and - a base having a cradle for receiving said filtering apparatus and a base vacuum delivery port to be coupled, on one side, to a vacuum source and, on the other side, to a vacuum receiving port, said cradle and said adapter having locking means (52, 54) interacting to lock said filtering apparatus to said cradle in a locking position in which locking position said adapter vacuum receiving port is sealingly coupled to said base vacuum delivery port, characterized in that said base vacuum delivery port comprises a vacuum valve constituted as a mechanical normally-closed valve automatically forced open by a structure of the filtering apparatus when said filtering apparatus is locked to said cradle.
A fluid impermeable transducer, comprising: a liquid impermeable metal casing; a liquid impermeable transducer head comprising a metal focusing lens, the transducer head having a back surface and a front surface, the metal focusing lens being formed on the front surface and configured to focus ultrasound towards a focal point; an actuator bonded to the back surface of the transducer head and operable to generate oscillatory mechanical vibration of the metal focusing lens so that ultrasound is emitted from the metal focusing lens towards the focal point; and a backing material configured to attenuate acoustic energy transmitted by the actuator, the actuator being positioned between the backing material and the metal focusing lens; characterised in that the metal casing and transducer head are integrally formed as a single part and permanently connected in a liquid impermeable manner to prevent ingress of liquid into the metal casing. a liquid impermeable metal casing; a liquid impermeable transducer head comprising a metal focusing lens, the transducer head having a back surface and a front surface, the metal focusing lens being formed on the front surface and configured to focus ultrasound towards a focal point; an actuator bonded to the back surface of the transducer head and operable to generate oscillatory mechanical vibration of the metal focusing lens so that ultrasound is emitted from the metal focusing lens towards the focal point; and a backing material configured to attenuate acoustic energy transmitted by the actuator, the actuator being positioned between the backing material and the metal focusing lens; characterised in that the metal casing and transducer head are integrally formed as a single part and permanently connected in a liquid impermeable manner to prevent ingress of liquid into the metal casing. a backing material configured to attenuate acoustic energy transmitted by the actuator, the actuator being positioned between the backing material and the metal focusing lens; characterised in that the metal casing and transducer head are integrally formed as a single part and permanently connected in a liquid impermeable manner to prevent ingress of liquid into the metal casing.
Optical unit for a motor vehicle comprising: - a first collimator intended to receive a first light beam emitted by a first light source; - a second collimator intended to receive a second light beam emitted by a second light source; - a cut off member; - a projection system; - the cut off member being arranged so as to stop or reflect at least a part of the rays reaching it from one side or from the other side, - the first collimator being arranged so as to send the first light beam only on one side of the cut off member; the optical unit being characterized in that: - the second collimator is arranged so as to send the second light beam, on both sides of the cut off member; and - the projection system, the first collimator, the second collimator and the cut off member are arranged so as to project the first beam as a beam with cut off and to project the second beam as a beam without cut off (Fs), the optical unit comprising a first optical piece and a second optical piece, the first optical piece comprising the first collimator and the second optical piece comprising the second collimator, and - the first optical piece comprises a portion in relief; - the second optical piece comprises a hollow having a form substantially complementing the form of the portion in relief of the first piece in such a way that the portion in relief is housed in the hollow. - a first collimator intended to receive a first light beam emitted by a first light source; - a second collimator intended to receive a second light beam emitted by a second light source; - a cut off member; - a projection system; - the cut off member being arranged so as to stop or reflect at least a part of the rays reaching it from one side or from the other side, - the first collimator being arranged so as to send the first light beam only on one side of the cut off member; - the second collimator is arranged so as to send the second light beam, on both sides of the cut off member; and - the projection system, the first collimator, the second collimator and the cut off member are arranged so as to project the first beam as a beam with cut off and to project the second beam as a beam without cut off (Fs), - the first optical piece comprises a portion in relief; - the second optical piece comprises a hollow having a form substantially complementing the form of the portion in relief of the first piece in such a way that the portion in relief is housed in the hollow.