mhurhangee/patent-ind-claim-en huggingface dataset:
A light guide plate, comprising: a low density region and a plurality of high density regions , the plurality of high density regions are separately disposed on a light incident side of the light guide plate, characterized in that the high density regions are made of polycarbonate and the low density region is made of polymethylmethacrylate.
An electrode sheet cutting apparatus comprising: an upper cutter configured to be located above an electrode sheet, the upper cutter being configured to cut the electrode sheet ; a lower cutter located so as to correspond to the upper cutter , the lower cutter being configured to engage the upper cutter so as to cut the electrode sheet ; and an electrode sheet support located between the upper cutter and the lower cutter , the electrode sheet support being configured to support the electrode sheet , characterized in that the electrode sheet support is provided with a through hole configured to correspond to a cutting portion of the electrode sheet being cut at which the upper cutter and the lower cutter are configured to engage each other, wherein an inter-cutter distance (B) between the upper cutter and the lower cutter before the electrode sheet is cut is formed to be gradually increased in a cutting direction (A) so that the upper cutter and the lower cutter are each configured to cut the electrode sheet while widening a cutting range of the electrode sheet from one side of the cutting portion. an upper cutter configured to be located above an electrode sheet, the upper cutter being configured to cut the electrode sheet ; a lower cutter located so as to correspond to the upper cutter , the lower cutter being configured to engage the upper cutter so as to cut the electrode sheet ; and an electrode sheet support located between the upper cutter and the lower cutter , the electrode sheet support being configured to support the electrode sheet , characterized in that the electrode sheet support is provided with a through hole configured to correspond to a cutting portion of the electrode sheet being cut at which the upper cutter and the lower cutter are configured to engage each other,
A method of activating a vehicular-capable terminal in a mobile telecommunications system, the mobile telecommunications system comprising a plurality of base stations operable to communicate with the vehicular-capable terminal and wherein at least one base station of the plurality of base stations is configured to operate as a road side unit and wherein the method comprises: the vehicular-capable terminal receiving a tracking area list of first one or more base stations selected from the plurality of base stations, wherein the tracking area list is communicated by the mobile telecommunications system to the vehicular-capable terminal and is used to identify a tracking area for paging the vehicular-capable terminal; the vehicular-capable terminal receiving a vehicular tracking area list of second one or more base stations selected from the plurality of base stations, wherein the second one or more base stations are configured to operate as road side units, wherein the vehicular tracking area list is not used for paging the vehicular capable terminal; upon detection that the vehicular-capable terminal is within range of a first base station, the vehicular-capable terminal determining whether to activate, based on the vehicular tracking area list of base stations, a connection with the first base station; and upon determining to activate a connection with the first base station, the vehicular-capable terminal activating the connection with the first base station. the vehicular-capable terminal receiving a tracking area list of first one or more base stations selected from the plurality of base stations, wherein the tracking area list is communicated by the mobile telecommunications system to the vehicular-capable terminal and is used to identify a tracking area for paging the vehicular-capable terminal; the vehicular-capable terminal receiving a vehicular tracking area list of second one or more base stations selected from the plurality of base stations, wherein the second one or more base stations are configured to operate as road side units, wherein the vehicular tracking area list is not used for paging the vehicular capable terminal; upon detection that the vehicular-capable terminal is within range of a first base station, the vehicular-capable terminal determining whether to activate, based on the vehicular tracking area list of base stations, a connection with the first base station; and upon determining to activate a connection with the first base station, the vehicular-capable terminal activating the connection with the first base station.
A method for characterising the effects of antennal coupling between transmit path and receive path of a radiofrequency transceiver apparatus comprising at least one transmit path and at least one receive path , the method comprising the calculation of coefficients of a correcting filter , said calculation of coefficients comprising: - a step of transmitting a known signal over a transmit path, the known signal being used to characterise the effects of antennal coupling in the radiofrequency transceiver apparatus, - a step of receiving a signal over a receive path, - a step of calculating the coefficients of the correcting filter from the known signal and of the signal received over said receive path, the method being characterised in that it further comprises a step, carried out during the transmission of a useful signal over the transmit path, of filtering the signal transmitted over the transmit path by means of said correcting filter in order to determine the transmitted signal received through antennal coupling effect over the receive path, referred to as equivalent coupled signal. - a step of transmitting a known signal over a transmit path, the known signal being used to characterise the effects of antennal coupling in the radiofrequency transceiver apparatus, - a step of receiving a signal over a receive path, - a step of calculating the coefficients of the correcting filter from the known signal and of the signal received over said receive path,
A molecular state machine implemented in a prokaryotic or eukaryotic cell comprising: an engineered signaling pathway that generates a tracking molecule in response to a first signal associated with a first state ; an operon that changes a rate of transcription of an RNA product based on the tracking molecule ; a double-stranded polynucleotide having a target site ; a homology directed repair (HDR) template with homology to the target site , wherein an amount of the HDR template available in the cell or an activity of a nuclease configured to create a double strand break (DSB) at a cut site in the target site is increased by the RNA product ; and an inhibition system that reduces the amount of HDR template available in the cell or the activity of the nuclease ; wherein, when the cell is a eukaryotic vertebrate cell, it is non-reproductive, and wherein the cell is not a human stem cell. an engineered signaling pathway that generates a tracking molecule in response to a first signal associated with a first state ; an operon that changes a rate of transcription of an RNA product based on the tracking molecule ; a double-stranded polynucleotide having a target site ; a homology directed repair (HDR) template with homology to the target site , wherein an amount of the HDR template available in the cell or an activity of a nuclease configured to create a double strand break (DSB) at a cut site in the target site is increased by the RNA product ; and an inhibition system that reduces the amount of HDR template available in the cell or the activity of the nuclease ; wherein, when the cell is a eukaryotic vertebrate cell, it is non-reproductive, and wherein the cell is not a human stem cell.
A method for protecting a crop by providing at least one rearing population of a predator mite species of the family Phytoseiidae and a first food source for this predator mite species in the crop, wherein the rearing population of the predator mite species and the first food source are both located in a common housing, which has at least one opening which allows individuals of the predator mite species to leave the common housing, providing a second food source for the predator mite species, wherein the second food source comprises at least one population of a mite species belonging to the Astigmata, and placing the second food source in or on the same or a different plant outside the common housing spaced apart with respect to the common housing.
Drawer-front-adjustment device for adjusting a drawer front relative to a drawer side part in an adjustment direction for the purpose of adjusting the drawer front , in particular for side adjustment, wherein the drawer-front-adjustment device comprises a housing , a front connector and an actuator , which can be rotated by operation from the outside, wherein the front connector can be shifted relative to the housing and can be arranged on the drawer side part by virtue of the housing being fitted, and wherein the front connector can be coupled to the drawer front , wherein the front connector can be shifted relative to the housing by operation of the actuator , in order for the front connector to be moved into one of a number of possible shifted positions of the front connector on the housing, and therefore, with arrangement on the drawer side part complete, shifting of the front connector , which is coupled to the drawer front, causes the drawer front to be adjusted, characterized in that a frictional structure with frictional surfaces is formed on the actuator and/or on a mating portion on the housing such that, as rotation of the actuator progresses, it is possible for at least two frictional surfaces to be brought into abutment against one another and separated from one another again, and therefore frictional effects brought about by abutting frictional surfaces change, in particular develop and disappear again, whereby the changing frictional effects during the rotary movement of the actuator give rise to haptic and/or audible feedback to an operator who is operating the actuator .
Tyre tread comprising a tread surface intended to come into contact with a road surface during running, this tread having a thickness (E) corresponding to the thickness of material to be worn away, this tread comprising at least one groove that opens onto the tread surface of the tread in the new state, this groove having a maximum depth (P) and a maximum width (L1) at the tread surface when new, this groove comprising a plurality of first and second portions of groove, each first portion of groove being delimited by facing walls spaced apart by a maximum width (L1) measured at the tread surface when new, these walls approaching one another such that, at an intermediate depth (H11) between 20 and 80% of the maximum depth (P) of the groove, they are spaced apart by a minimum width (L1') less than the maximum width (L1), this minimum width (L1') being appropriate for the facing walls to come into contact when in the contact patch in contact with the road surface, these same walls diverging from one another down to the maximum depth (P) of the groove such that they are spaced apart from one another by a groove-bottom width (L1"), each second portion of groove being delimited by facing walls spaced apart by a minimum width (L2) measured at the tread surface when new, these walls diverging from one another such that, at an intermediate depth (H21) between 20% and 80% of the maximum depth (P) of the groove, they are spaced apart from one another by a maximum width (L2') greater than the minimum width (L2), the minimum width (L2) being appropriate for the facing walls to come into contact when in the contact patch in contact with the road surface at least when new, these same walls of the second portion of groove then approaching one another down to the maximum depth (P) of the groove such that they are spaced apart by a groove-bottom width (L2"), this groove being characterized in that it is formed by a plurality of first and second portions of groove that are disposed in alternation and continuously one after another so as to form a continuous passage between all the portions of groove in order to allow liquid to flow in the groove regardless of the level of wear, this continuous passage being broken down into two elementary passages disposed radially one above the other.
Method for decorating a sliding board including on its visible part, a composite material formed of a fibrous layer coated with hardenable resin , characterized in that said method comprises the following steps: - preparing a transfer film comprising a face covered with a pattern constituted of an arrangement of grains of at least one type of ink, said ink comprising colourants and a crosslinked polymer, - positioning the face of the transfer film covered with the pattern on all or some of the external surface of the composite material , - applying pressure and temperature conditions generating the softening or/then hardening of the resin to as to incrust at least partially the grains of the pattern in the superficial layer of the composite material while conserving the arrangement of the grains prepared on the transfer film , and - peeling the transfer film . - preparing a transfer film comprising a face covered with a pattern constituted of an arrangement of grains of at least one type of ink, said ink comprising colourants and a crosslinked polymer, - positioning the face of the transfer film covered with the pattern on all or some of the external surface of the composite material , - applying pressure and temperature conditions generating the softening or/then hardening of the resin to as to incrust at least partially the grains of the pattern in the superficial layer of the composite material while conserving the arrangement of the grains prepared on the transfer film , and - peeling the transfer film .
A semiconductor structure comprising: an active layer on a handle layer, wherein the handle layer is on a first side of the active layer ; a patterned layer on a second side of the active layer , wherein the patterned layer includes an excavated region and a pattern region ; and a strain layer located on the pattern region and in the excavated region, wherein the strain layer exhibits a strain on a device in the active layer; wherein the device is a field effect transistor having a source, a drain, and a channel , the channel being between the source and the drain; and characterised in that the pattern region laterally at least fully encompasses the channel and only partially encompasses the source and the drain, and wherein the source and drain contact the pattern region . an active layer on a handle layer, wherein the handle layer is on a first side of the active layer ; a patterned layer on a second side of the active layer , wherein the patterned layer includes an excavated region and a pattern region ; and a strain layer located on the pattern region and in the excavated region, wherein the strain layer exhibits a strain on a device in the active layer; wherein the device is a field effect transistor having a source, a drain, and a channel , the channel being between the source and the drain; and characterised in that the pattern region laterally at least fully encompasses the channel and only partially encompasses the source and the drain, and wherein the source and drain contact the pattern region .
A wheel clamp for attachment to a wheel , in particular to a wheel of a motor vehicle, the wheel clamp comprising: at least two arms , which extend outward in a radial direction; each of the arms having at least one movable element , which is movable in the radial direction and is provided for abutment on the wheel ; and a movable locking mechanism , which is movable into a locking position, in which it clamps the movable elements against the wheel and fixes the same in a tensioned position; a locking member , which is designed such that the locking mechanism is pivotable into the locking position by operation of the locking member ; and a toothed element , which is mechanically coupled to the movable elements , wherein the locking mechanism engages with the toothed element when the locking mechanism is in the locking position. at least two arms , which extend outward in a radial direction; each of the arms having at least one movable element , which is movable in the radial direction and is provided for abutment on the wheel ; and a movable locking mechanism , which is movable into a locking position, in which it clamps the movable elements against the wheel and fixes the same in a tensioned position; a locking member , which is designed such that the locking mechanism is pivotable into the locking position by operation of the locking member ; and a toothed element , which is mechanically coupled to the movable elements , wherein the locking mechanism engages with the toothed element when the locking mechanism is in the locking position.
Infrared hairdryer comprising : - a housing with an air inlet and an air outlet , the housing including a motorized fan ; - an infrared radiation source for emitting IR radiant heat; - a back reflector positioned between the fan and the infrared emitter ; a filter positioned at the outlet of the hairdryer allowing IR wavelengths comprised between 1.2 μm and 15 μm, preferably between 2 and 8 μm to leave said hairdryer and stopping the IR wavelengths out of this range; characterized in that the infrared source has a thermal inertia allowing the infrared source to reach a temperature up to 1000°C in less than 10 seconds, preferably in less than 5 seconds. - a housing with an air inlet and an air outlet , the housing including a motorized fan ; - an infrared radiation source for emitting IR radiant heat; - a back reflector positioned between the fan and the infrared emitter ; a filter positioned at the outlet of the hairdryer allowing IR wavelengths comprised between 1.2 μm and 15 μm, preferably between 2 and 8 μm to leave said hairdryer and stopping the IR wavelengths out of this range; characterized in that the infrared source has a thermal inertia allowing the infrared source to reach a temperature up to 1000°C in less than 10 seconds, preferably in less than 5 seconds.
A method in a network node for controlling a multiple input multiple output antenna system, the method comprising: obtaining a plurality of time domain symbols to be transmitted, the plurality of time domain symbols comprising time domain symbols to be broadcasted via the multiple input multiple output antenna system to one or more broadcast user equipments and time domain symbols to be unicasted via the multiple input multiple output antenna system to one or more unicast user equipments over the same, non-overlapping, or partially overlapping time-frequency resource; channel state information being available regarding the one or more unicast user equipments, and channel state information being not available regarding the one or more broadcast user equipments; determining a mapping between the plurality of time domain symbols and parameters of control units associated with respective antenna elements of the multiple input multiple output antenna system, each control unit comprising a phase shifter, wherein the parameters control values of the phase shifters to create a signal constellation to be transmitted, and wherein the mapping is performed based on an algorithm for minimizing distortion and/or bit error rate at the receiving broadcast and unicast user equipments wherein the algorithm is based on at least interference information and additive noise information on the one or more unicast user equipments and the one or more broadcast user equipments; causing applying the parameters at the control units; and causing transmission of the plurality of time domain symbols via the multiple input multiple output antenna system. obtaining a plurality of time domain symbols to be transmitted, the plurality of time domain symbols comprising time domain symbols to be broadcasted via the multiple input multiple output antenna system to one or more broadcast user equipments and time domain symbols to be unicasted via the multiple input multiple output antenna system to one or more unicast user equipments over the same, non-overlapping, or partially overlapping time-frequency resource; channel state information being available regarding the one or more unicast user equipments, and channel state information being not available regarding the one or more broadcast user equipments; determining a mapping between the plurality of time domain symbols and parameters of control units associated with respective antenna elements of the multiple input multiple output antenna system, each control unit comprising a phase shifter, wherein the parameters control values of the phase shifters to create a signal constellation to be transmitted, and wherein the mapping is performed based on an algorithm for minimizing distortion and/or bit error rate at the receiving broadcast and unicast user equipments wherein the algorithm is based on at least interference information and additive noise information on the one or more unicast user equipments and the one or more broadcast user equipments; causing applying the parameters at the control units; and causing transmission of the plurality of time domain symbols via the multiple input multiple output antenna system.