mhurhangee/ep-ind-claims huggingface dataset:
An integrated circuit for providing a power supply to a radio frequency power amplifier that supports an envelope tracking, ET, mode of operation, the integrated circuit comprising: a low-frequency power supply path comprising a switching regulator; and a high-frequency power supply path arranged to regulate an output voltage of a combined power supply at an output port of the integrated circuit (425, 520) for coupling to a load wherein the combined power supply is provided by the low-frequency power supply path and high-frequency power supply path; wherein the high-frequency power supply path comprises: an amplifier (504, 1004) comprising a voltage feedback from the output port and arranged to drive a power supply signal on the high-frequency power supply path; and wherein the integrated circuit comprises a capacitor that AC couples the output port to the output of the amplifier (504, 1004) wherein the capacitor performs dc voltage level shifting of the power supply signal in an ET mode of operation, characterized in that the low-frequency power supply path takes an output voltage of the amplifier (504, 1004) as a feedback signal and acts to maintain the output voltage of the amplifier (504, 1004) at a level within its designed output voltage range. a low-frequency power supply path comprising a switching regulator; and a high-frequency power supply path arranged to regulate an output voltage of a combined power supply at an output port of the integrated circuit (425, 520) for coupling to a load wherein the combined power supply is provided by the low-frequency power supply path and high-frequency power supply path; an amplifier (504, 1004) comprising a voltage feedback from the output port and arranged to drive a power supply signal on the high-frequency power supply path; and wherein the integrated circuit comprises a capacitor that AC couples the output port to the output of the amplifier (504, 1004) wherein the capacitor performs dc voltage level shifting of the power supply signal in an ET mode of operation, characterized in that the low-frequency power supply path takes an output voltage of the amplifier (504, 1004) as a feedback signal and acts to maintain the output voltage of the amplifier (504, 1004) at a level within its designed output voltage range.
A wall mount enclosure comprising: a backpan with a back panel and a plurality of side panels (16, 18, 20) extending forwards from the back panel; a plurality of extensions releasably attached to the backpan side panels (16, 18, 20) and releasably attached to adjacent ones of the plurality of extensions to form an extension assembly extending forwards from the backpan, wherein the extension assembly as an assembly is releasable from and attachable to the backpan, and wherein individual extensions are releasable from and attachable to the backpan and their respective adjacent extensions; and at least one door (28, 62, 64) removably attached to one of the extensions and movable between a closed position in which the door obstructs access to at least part of an opening defined by front edges of the extensions and an open position in which the door does not obstruct access to an interior of the enclosure. a backpan with a back panel and a plurality of side panels (16, 18, 20) extending forwards from the back panel; a plurality of extensions releasably attached to the backpan side panels (16, 18, 20) and releasably attached to adjacent ones of the plurality of extensions to form an extension assembly extending forwards from the backpan, wherein the extension assembly as an assembly is releasable from and attachable to the backpan, and wherein individual extensions are releasable from and attachable to the backpan and their respective adjacent extensions; and at least one door (28, 62, 64) removably attached to one of the extensions and movable between a closed position in which the door obstructs access to at least part of an opening defined by front edges of the extensions and an open position in which the door does not obstruct access to an interior of the enclosure.
A fastening device comprising a lock stator and a securing clip, said stator having a central body substantially cylindrical and two opposite ends (14, 18), one of said two ends having a shoulder and said central body having at least a longitudinal groove that extends between said two ends, and that is provided with two opposite side walls (24, 26) and a bottom, said securing clip being adapted to be mounted on said stator, said securing clip having a ring provided with at least a bearing leg (42, 44), said ring being adapted to be solidarized to the other of said two opposite ends in order to maintain said leg (42, 44) in extension through said groove and directed towards said shoulder, said bearing leg (42, 44) having a free end (50, 52) that is provided with a retaining edge (62, 64) and two side slices (54, 56, 58, 60), one of said slices (58, 60) extending within said groove, while the other of said slices (54, 56) extends out of said groove and said retaining edge (62, 64) extending facing to said shoulder, said device having locking means for said securing clip about said stator; characterized in that said free end is forked into two half-free ends (50, 52), said two half-free ends having two facing half-side slices (54, 56) adapted to extend out from said groove and two opposite half-side slices (58, 60) adapted to bear against said bottom and respectively facing to the two opposite side walls (24, 26) of said groove in order to lock said leg (42, 44) into said groove and to form said rotational locking means.
A method comprising: inserting heat shrink tubing into a tube; curving the tube; and deforming the heat shrink tubing, inside of the tube, to have a curved shape along a length of the heat shrink tubing where a first length of the heat shrink tubing along an outer radius of the curved shape is longer than a second length of the heat shrink tubing along an inner radius of the curved shape.
A panel for providing heating and cooling, characterised in that the panel comprises at least one body, the body comprising a porous medium of porous particles that are joined, with each porous particle having a pore structure; a phase change material that has a latent heat of fusion which allows the body to cool and heat a space by transitioning between solid and liquid states, the phase change material being loaded into the particles such that at least some of the phase change material is directly loaded into the pore structures of the porous particles, and further, such that when in its liquid state, the at least some of the phase change material is held within the particles by surface tension within the pore structures of the porous particles; and characterized in further comprising a thermally conductive metal fibre for enhancing the flexural strength and conductivity of the body; wherein the body is pressure-cast and is formed by casting a mixture of the porous medium, the phase change material and the thermally conductive metal fibre in a mould and applying pressure thereto. a porous medium of porous particles that are joined, with each porous particle having a pore structure; a phase change material that has a latent heat of fusion which allows the body to cool and heat a space by transitioning between solid and liquid states, the phase change material being loaded into the particles such that at least some of the phase change material is directly loaded into the pore structures of the porous particles, and further, such that when in its liquid state, the at least some of the phase change material is held within the particles by surface tension within the pore structures of the porous particles; and characterized in further comprising a thermally conductive metal fibre for enhancing the flexural strength and conductivity of the body;
A method comprising: placing a film onto a dental structure to cover at least a portion of the dental structure, wherein the film has a modulus of less than 900 MPa; providing a hardenable dental article chosen from a crown, an inlay, an onlay, a bridge, a veneer, a maxillofacial prosthesis, an artificial tooth, and a tooth splint, the hardenable dental article comprising a base and an inner surface extending from the base, and wherein the hardenable dental article comprises a hardenable dental composition wherein the hardenable dental composition is in a form of a self-supporting malleable structure; and applying the hardenable dental article to the dental structure covered by the film, further comprising at least partially curing the hardenable dental article after the applying step, further comprising removing the film after the curing step. placing a film onto a dental structure to cover at least a portion of the dental structure, wherein the film has a modulus of less than 900 MPa; providing a hardenable dental article chosen from a crown, an inlay, an onlay, a bridge, a veneer, a maxillofacial prosthesis, an artificial tooth, and a tooth splint, the hardenable dental article comprising a base and an inner surface extending from the base, and wherein the hardenable dental article comprises a hardenable dental composition wherein the hardenable dental composition is in a form of a self-supporting malleable structure; and applying the hardenable dental article to the dental structure covered by the film, further comprising at least partially curing the hardenable dental article after the applying step, further comprising removing the film after the curing step.
Brush for a motor vehicle comprising an elongate body which is equipped with means for fitting to the vehicle and which comprises, on a lower face, a first set of longitudinal rows of bristles extending in a direction which is essentially normal to the lower face, the rows of said first set each being, as seen from the lower face of said body, straight or curved in the shape of a C or a V, - said elongate body further comprising, on the lower face, at least a second set of longitudinal rows of bristles extending in a direction which is essentially normal to said lower face, said second set being arranged behind said first set and offset therefrom so as to define a collecting region for sweepings, characterized in that: - said second set is paired with deflectors oriented towards the front of the body so as to gather, towards the collecting region, sweepings issuing from the first set or which have avoided the passage region of said first set, - as seen from the lower face of the body, said deflectors extend beyond the lateral edges of said body. - said elongate body further comprising, on the lower face, at least a second set of longitudinal rows of bristles extending in a direction which is essentially normal to said lower face, said second set being arranged behind said first set and offset therefrom so as to define a collecting region for sweepings, characterized in that: - said second set is paired with deflectors oriented towards the front of the body so as to gather, towards the collecting region, sweepings issuing from the first set or which have avoided the passage region of said first set, - as seen from the lower face of the body, said deflectors extend beyond the lateral edges of said body.
An optical receiver comprising: a differential TIA linked with a photodiode (2, 3) providing a current sense signal, a first cascode circuit (5(a), 5(b)) configured to provide to the TIA a sense signal as a sense TIA input (I sig_tia), and a circuit configured to provide to the TIA a proportion of a maximum sense signal as a proportion TIA input (I dark_tia, I peakDet_2), a replica circuit, wherein the first cascode circuit (5(a), 5(b)) is configured to provide to the replica circuit a copy (I copy) of the sense signal, based on replicating the TIA load, and said replica circuit is configured to provide a signal from which said proportion TIA input is derived, and a peak detector to peak detect said signal from the replica circuit, and the peak detector provides directly (I peak-Det_2) or indirectly (I peakDet, I dark_tia) said proportion TIA input. a differential TIA linked with a photodiode (2, 3) providing a current sense signal, a first cascode circuit (5(a), 5(b)) configured to provide to the TIA a sense signal as a sense TIA input (I sig_tia), and a circuit configured to provide to the TIA a proportion of a maximum sense signal as a proportion TIA input (I dark_tia, I peakDet_2), a replica circuit, wherein the first cascode circuit (5(a), 5(b)) is configured to provide to the replica circuit a copy (I copy) of the sense signal, based on replicating the TIA load, and said replica circuit is configured to provide a signal from which said proportion TIA input is derived, and a peak detector to peak detect said signal from the replica circuit, and the peak detector provides directly (I peak-Det_2) or indirectly (I peakDet, I dark_tia) said proportion TIA input.
A compound represented by Formula: wherein two R 1 s are the same or different from each other and are each a hydrogen atom or an alkyl group having 1 to 6 carbon atoms; As are the same or different from each other and are each a substituent comprising an amino group, a hydroxy group, an epoxy group, or a (meth)acryloyl group; X is a single bond, an oxygen atom, or a group represented by -COO-, -OOC-, -CONH-, -NH-, -NHCO-, -NR 3 -, or -CH 2 O-; Y is a single bond or an oligooxyalkylene group; two R 2 s are the same or different from each other and are each an alkyl group having 1 to 6 carbon atoms; R 3 is an alkyl group having 1 to 6 carbon atoms; m is an integer of 1 to 10; and n is an integer of 2 to 10.
A shear-free plastic profiled section for a metal-plastic-composite profiled section (31, 69), the plastic profiled section comprising: a first profiled element and at least a separate second profiled element, wherein the first profiled element and the second profiled element together form a latching mechanism (4, 9; 5, 10; 6, 11; 44) with which a connection between the first profiled element and the second profiled element in a width direction (x) and in a height direction (y) can be formed; wherein the first profiled element and the second profiled element overlap in the width direction (x) if the connection between the first profiled element and the second profiled element is formed, wherein the connection between the first profiled element and the second profiled element can be formed by a movement of the profiled elements (2, 3) in the height direction (y) of the plastic profiled section, and wherein the connection between the first profiled element and the second profiled element is configured to allow a free movement of the first profiled element and the second profiled element in a longitudinal direction (z) of the plastic profiled section, if a first metal part (29, 58) is connected with the first profiled element, and a second metal part (30, 59) is connected with the second profiled element. a first profiled element and at least a separate second profiled element, wherein the first profiled element and the second profiled element together form a latching mechanism (4, 9; 5, 10; 6, 11; 44) with which a connection between the first profiled element and the second profiled element in a width direction (x) and in a height direction (y) can be formed; wherein the first profiled element and the second profiled element overlap in the width direction (x) if the connection between the first profiled element and the second profiled element is formed, wherein the connection between the first profiled element and the second profiled element can be formed by a movement of the profiled elements (2, 3) in the height direction (y) of the plastic profiled section, and wherein the connection between the first profiled element and the second profiled element is configured to allow a free movement of the first profiled element and the second profiled element in a longitudinal direction (z) of the plastic profiled section, if a first metal part (29, 58) is connected with the first profiled element, and a second metal part (30, 59) is connected with the second profiled element.
Cable tie comprising a belt, a head that is connected to the belt such that the belt extends away from the head in a belt direction and that has a through-opening for receiving the belt, and a blocking member that is disposed in the head displaceable along a stroke and that has at least one engagement member configured to lock the belt characterized in that the blocking member is disposed in the head displaceable along the stroke parallel to the belt direction, wherein the belt direction is parallel to the belt insertion direction along which the belt can be inserted into the through-opening, and the head comprises a top opening, wherein the blocking member is accessible at least from a top side of the head perpendicular to the belt direction through the top opening.
An apparatus for testing an end plate mounted in a battery module, comprising: a memory unit configured to store a first parameter representing a number of battery cells included in the battery module, a second parameter representing a spring constant of the battery cell and a third parameter representing a spring constant of the end plate; and a control unit configured to generate a one-dimensional model associated with the battery module based on the first parameter, calculate a first F-D curve based on the second parameter, the third parameter and the one-dimensional model, and store first reference data representing the first F-D curve in the memory unit, wherein the one-dimensional model is to simulate a structure in which a front surface and a rear surface of a battery stack are supported by the end plate, the battery stack including the number of battery cells represented by the first parameter stacked in a sequential order wherein the first F-D curve corresponds to a relationship between a deformation amount and a load of the end plate, i.e. a force applied to the battery stack by the end plate, according to the number of battery cells represented by the first parameter. a memory unit configured to store a first parameter representing a number of battery cells included in the battery module, a second parameter representing a spring constant of the battery cell and a third parameter representing a spring constant of the end plate; and a control unit configured to generate a one-dimensional model associated with the battery module based on the first parameter, calculate a first F-D curve based on the second parameter, the third parameter and the one-dimensional model, and store first reference data representing the first F-D curve in the memory unit, wherein the one-dimensional model is to simulate a structure in which a front surface and a rear surface of a battery stack are supported by the end plate, the battery stack including the number of battery cells represented by the first parameter stacked in a sequential order wherein the first F-D curve corresponds to a relationship between a deformation amount and a load of the end plate, i.e. a force applied to the battery stack by the end plate, according to the number of battery cells represented by the first parameter.
A wireless device, WD, configured to communicate with a network node, the WD comprising: a radio interface configured to receive an indication of a sub-slot to transmit a physical uplink control channel, PUCCH, transmission, wherein a physical downlink channel reception includes a K1 value for each sub-slot, the K1 value indicating a number of sub-slots until transmission of the corresponding PUCCH; and a processing circuitry in communication with the radio interface, the processing circuitry configured to schedule the PUCCH transmission in the indicated sub-slot by multiplexing of hybrid automatic repeat request acknowledgement, HARQ-ACK, bits of two PUCCHs which overlap in time depending on the type of the K1 value of the two PUCCH transmissions, the type of the K1 value being in units of slot or sub-slot, wherein the multiplexing is done only if the two PUCCH transmissions are scheduled with the same unit type for the K1 value. a radio interface configured to receive an indication of a sub-slot to transmit a physical uplink control channel, PUCCH, transmission, wherein a physical downlink channel reception includes a K1 value for each sub-slot, the K1 value indicating a number of sub-slots until transmission of the corresponding PUCCH; and a processing circuitry in communication with the radio interface, the processing circuitry configured to schedule the PUCCH transmission in the indicated sub-slot by multiplexing of hybrid automatic repeat request acknowledgement, HARQ-ACK, bits of two PUCCHs which overlap in time depending on the type of the K1 value of the two PUCCH transmissions, the type of the K1 value being in units of slot or sub-slot, wherein the multiplexing is done only if the two PUCCH transmissions are scheduled with the same unit type for the K1 value.
A stent, the stent comprising: an elongated tubular member having a longitudinal axis, the elongated tubular member comprising at least one knitted filament forming a plurality of twisted knit stitches with rungs extending circumferentially between radially adjacent twisted knit stitches, wherein each twisted knit stitch is interconnected with a longitudinally adjacent twisted knit stitch forming a series of linked stitches, the elongated tubular member configured to move between a radially collapsed configuration and a radially expanded configuration; wherein in the collapsed configuration the series of linked stitches form longitudinal columns and in the expanded configuration the series of linked stitches extend helically around the elongated tubular member. an elongated tubular member having a longitudinal axis, the elongated tubular member comprising at least one knitted filament forming a plurality of twisted knit stitches with rungs extending circumferentially between radially adjacent twisted knit stitches, wherein each twisted knit stitch is interconnected with a longitudinally adjacent twisted knit stitch forming a series of linked stitches, the elongated tubular member configured to move between a radially collapsed configuration and a radially expanded configuration; wherein in the collapsed configuration the series of linked stitches form longitudinal columns and in the expanded configuration the series of linked stitches extend helically around the elongated tubular member.
Drive device for a cable drum of a winch, comprising a drive motor with a drive shaft, a gear mechanism and an output shaft driving the cable drum, wherein the gear mechanism has a first drive connection between the drive shaft of the drive motor and the output shaft to the cable drum, and the gear mechanism has a second drive connection between the drive motor and the output shaft, and the second drive connection is designed separate from the first drive connection as a parallel drive path, and both drive connections (10, 30) are jointly driven by the drive shaft of the drive motor, characterised in that the first drive connection drives the output shaft over a first speed range in a first gear, the second drive connection drives the output shaft over a second speed range in a second gear, and if the output shaft is driven by way of the second drive connection, the first drive connection remains switched on, but the power flow of the first drive connection from the drive shaft to the output shaft is interrupted in such a way that the first drive connection or the second drive connection is optionally connected to the output shaft in a torque-transmitting manner.