mhurhangee/ep-ind-claims huggingface dataset:
Applicator tip for applying a cosmetic product to the lips and/or skin of a user, said tip comprising a sleeve and an application portion, said sleeve being adapted to be assembled with a rod of which at least one of the distal ends is hollow, said application portion extending along a main longitudinal extension direction, called main direction, between a first end called the proximal end and a second end called the distal end, said sleeve extending from the proximal end of the application portion along said main direction in the opposite direction to that which points towards the distal end of the application portion, the application portion comprising: - a first and second application areas (20a, 20b), and - an articulation means for articulating said two application areas (20a, 20b) together, applicator tip wherein the sleeve and said first application area are made of continuous material, said second application area being connected to the first application area by means of said articulation means, said articulation means allowing a tilting movement of the second application area with respect to the first application area on either side of a plane of symmetry of the applicator tip, said plane of symmetry being defined by two axes X, Y of an orthonormal reference system X, Y, Z, the X direction of which coincides with the main direction, and by the fact that said articulation means separates the first and second application areas (20a, 20b), forming at least one reservoir of cosmetic product between said first and second application areas (20a, 20b) characterised in that the tilting movement is around a direction at least one component of which is coincident with the axis X. - a first and second application areas (20a, 20b), and - an articulation means for articulating said two application areas (20a, 20b) together, applicator tip wherein the sleeve and said first application area are made of continuous material, said second application area being connected to the first application area by means of said articulation means, said articulation means allowing a tilting movement of the second application area with respect to the first application area on either side of a plane of symmetry of the applicator tip, said plane of symmetry being defined by two axes X, Y of an orthonormal reference system X, Y, Z, the X direction of which coincides with the main direction, and by the fact that said articulation means separates the first and second application areas (20a, 20b), forming at least one reservoir of cosmetic product between said first and second application areas (20a, 20b) characterised in that the tilting movement is around a direction at least one component of which is coincident with the axis X.
A cosmetic composition which contains cosmetically acceptable substances, characterized in that it contains cloudberry cell culture preparation derived from cloudberry callus cells and, in addition, cloudberry seed extract and/or cloudberry seed oil.
A rack mount surge protection system, comprising: an enclosure formed by a case configured to be attached to a rack mount system; and a plurality of base elements (100,105) of a pluggable surge protection device secured to the case, each of the base elements comprising: a receiving portion extending from a front portion of the base element and arranged to receive a surge protection cartridge from the front of the case; contacts within the base element for securing wire conductors therein; and apertures in a rear portion of the base element to provide access to the contacts; wherein the wire conductors extend from the enclosure through the apertures and into the contacts in a substantially linear manner in substantially the same axis that the receiving portion receives the surge protection cartridge. an enclosure formed by a case configured to be attached to a rack mount system; and a plurality of base elements (100,105) of a pluggable surge protection device secured to the case, each of the base elements comprising: a receiving portion extending from a front portion of the base element and arranged to receive a surge protection cartridge from the front of the case; contacts within the base element for securing wire conductors therein; and apertures in a rear portion of the base element to provide access to the contacts; a receiving portion extending from a front portion of the base element and arranged to receive a surge protection cartridge from the front of the case; contacts within the base element for securing wire conductors therein; and apertures in a rear portion of the base element to provide access to the contacts; wherein the wire conductors extend from the enclosure through the apertures and into the contacts in a substantially linear manner in substantially the same axis that the receiving portion receives the surge protection cartridge.
Trailer or semi-trailer with a chassis carrying a rear protection equipment including a rear protection bar connected to the chassis by an inner foot, an outer foot, and a rotary shaft, wherein; - the inner foot enables the rear protection bar to slide on the outer foot, - the outer foot enables the inner foot to connect to a swivel plate by superposition, - the rotary shaft on the outer foot enables the rear protection bar to rotate down and up, - the swivel plate enables the incremental rotation of the rear protection bar, - a slide locking pin limits the vertical movement of the rear protection bar, - a rotary locking pin prevents the rear protection bar from rotating, characterized in that during loading and unloading, release of the rotary locking pin allows to bring the rear protection bar perpendicular to the ground, wherein reinsertion of the rotary locking pin to its new place and release of the slide locking pin allows to let the inner foot slide down within the outer foot until the rear protection bar connects with the ground, whereupon the slide locking pin is reinserted. - the inner foot enables the rear protection bar to slide on the outer foot, - the outer foot enables the inner foot to connect to a swivel plate by superposition, - the rotary shaft on the outer foot enables the rear protection bar to rotate down and up, - the swivel plate enables the incremental rotation of the rear protection bar, - a slide locking pin limits the vertical movement of the rear protection bar, - a rotary locking pin prevents the rear protection bar from rotating, characterized in that during loading and unloading, release of the rotary locking pin allows to bring the rear protection bar perpendicular to the ground, wherein reinsertion of the rotary locking pin to its new place and release of the slide locking pin allows to let the inner foot slide down within the outer foot until the rear protection bar connects with the ground, whereupon the slide locking pin is reinserted.
A semiconductor device comprising: a semiconductor substrate; and a plurality of wiring layers (M1, M2, M3, M4) formed over the semiconductor substrate and including at least a first wiring layer and a second wiring layer, wherein a resistance element is formed in the wiring layers (M1, M2, M3, M4), wherein the resistance element has a repetitive pattern of a first conductive layer formed in the first wiring layer, a second conductive layer formed in the second wiring layer, and an interlayer conductive layer coupling the first conductive layer and the second conductive layer together, wherein a resistance value of the interlayer conductive layer is greater than the sum of a resistance value of the first conductive layer and a resistance value of the second conductive layer, wherein in the first wiring layer, the lengthwise direction of the first conductive layer is taken as a first direction (x) and a direction perpendicular to the first direction (x) is taken as a second direction (y), wherein a plurality of the interlayer conductive layers included in the resistance element are arranged in a matrix pattern in the first direction (x) and the second direction (y), and characterized in that the interlayer conductive layers are coupled in the first direction (x) by first and second conductive layers of the resistance element forming rows in the first direction (x), which are connected to one another at alternating ends via first conductive layers coupling interlayer conductive layers in the second direction (y). a semiconductor substrate; and a plurality of wiring layers (M1, M2, M3, M4) formed over the semiconductor substrate and including at least a first wiring layer and a second wiring layer, wherein a resistance element is formed in the wiring layers (M1, M2, M3, M4), wherein the resistance element has a repetitive pattern of a first conductive layer formed in the first wiring layer, a second conductive layer formed in the second wiring layer, and an interlayer conductive layer coupling the first conductive layer and the second conductive layer together, wherein a resistance value of the interlayer conductive layer is greater than the sum of a resistance value of the first conductive layer and a resistance value of the second conductive layer, wherein in the first wiring layer, the lengthwise direction of the first conductive layer is taken as a first direction (x) and a direction perpendicular to the first direction (x) is taken as a second direction (y), wherein a plurality of the interlayer conductive layers included in the resistance element are arranged in a matrix pattern in the first direction (x) and the second direction (y), and characterized in that the interlayer conductive layers are coupled in the first direction (x) by first and second conductive layers of the resistance element forming rows in the first direction (x), which are connected to one another at alternating ends via first conductive layers coupling interlayer conductive layers in the second direction (y).
An electronic device module comprising a glass cover sheet 1, a polymeric front material 2, an electronic device 3, a polymeric back material 4 and a backsheet 5, wherein the polymeric front and/or back materials have a trilayer structure comprising a back layer (23, 43) which is adhered to a surface of the electronic device 3, a front layer (21, 41) which is adhered to the glass cover sheet 1 or the backsheet 5 and an intermediate layer (22, 42) between the back layer and the front layer, wherein each of the back layer and the front layer comprises an ethylene interpolymer grafted with silane, wherein the ethylene interpolymer grafted with silane has a density of at most 0.905 g/cm 3, and the intermediate layer consists of a non-grafted ethylene interpolymer having a density of at most 0.905 g/cm 3, which is crosslinked with the aid of a crosslinking initiator and optionally a crosslinking coagent, a UV stabilizer and optionally one or more additives, and wherein the back layer and front layer comprise less than 0.1 wt% of a UV stabilizer, and wherein the density is determined according to ISO1183.
Refrigerator, in particular domestic refrigerator, having a compressor, an upstream and a downstream evaporator (5, 6), which are connected in series with the compressor, a first storage compartment, which is cooled by the upstream evaporator, and a second storage compartment, which is cooled by the downstream evaporator, and a control unit, which is set up, in a normal cooling mode (S1-S5), to control the operation of the compressor on the basis of a comparison of the temperature (Tnk) measured in one of the storage compartments by a temperature sensor with a first target value and which can be changed over by a user from the normal cooling mode into an intensive cooling mode, characterised in that the intensive cooling mode comprises at least one phase of long compressor operating times ([t1, t2]; S6-S11), in which the control unit controls the operation of the compressor on the basis of a comparison of the measured temperature (Tnk) with a second target value, which is lower than the first target value, and a phase of short compressor operating times ([t2, t3]; S12-S17), in which the quantity of refrigerant circulated by the compressor between a switching-on and the subsequent switching-off is less than the capacity of the two evaporators (5, 6) for liquid refrigerant.
A method of preparing isopropyl alcohol, the method comprising: supplying a reaction product stream formed by reacting a propylene monomer and water in a reactor to an absorption column; supplying a lower discharge stream including isopropyl alcohol from the absorption column to a first gas purification column, supplying a part of an upper discharge stream including an unreacted propylene monomer from the absorption column to a second gas purification column, and refluxing the rest of the upper discharge stream to the reactor; supplying an upper discharge stream including the unreacted propylene monomer from the first gas purification column to the second gas purification column and supplying a lower discharge stream including isopropyl alcohol from the first gas purification column to an IPA purification section; supplying an upper discharge stream including the unreacted propylene monomer from the second gas purification column to an inert gas removal column and supplying a lower discharge stream including isopropyl alcohol from the second gas purification column to the IPA purification section; and refluxing an upper discharge stream including the unreacted propylene monomer from the inert gas removal column to the reactor. supplying a reaction product stream formed by reacting a propylene monomer and water in a reactor to an absorption column; supplying a lower discharge stream including isopropyl alcohol from the absorption column to a first gas purification column, supplying a part of an upper discharge stream including an unreacted propylene monomer from the absorption column to a second gas purification column, and refluxing the rest of the upper discharge stream to the reactor; supplying an upper discharge stream including the unreacted propylene monomer from the first gas purification column to the second gas purification column and supplying a lower discharge stream including isopropyl alcohol from the first gas purification column to an IPA purification section; supplying an upper discharge stream including the unreacted propylene monomer from the second gas purification column to an inert gas removal column and supplying a lower discharge stream including isopropyl alcohol from the second gas purification column to the IPA purification section; and refluxing an upper discharge stream including the unreacted propylene monomer from the inert gas removal column to the reactor.
Powder of an alloy based on uranium and comprising molybdenum, in γ-metastable phase, which is formed of particles comprising a nucleus which consists of said alloy and which is covered with a layer of alumina positioned in contact with this nucleus.
A data transmission method, comprising: determining, by a first device, a super frame, wherein the super frame comprises one idle period and one or two active periods, and the idle period is continuous with the one or two active periods; and sending, by the first device, data to a second device only in the one or two active periods, and entering a sleep state in the idle period; wherein determining, by the first device, the super frame comprises determining, based on a service type of to-be-sent data, a maximum latency corresponding to the to-be-sent data, determining a smaller value in the maximum latency and a link refresh cycle as a maximum frame length of the super frame, and determining an actual frame length, a timeslot length of time slots in the super frame, and a quantity of timeslots of the super frame based on a data packet size of the to-be-sent data and the maximum frame length. determining, by a first device, a super frame, wherein the super frame comprises one idle period and one or two active periods, and the idle period is continuous with the one or two active periods; and sending, by the first device, data to a second device only in the one or two active periods, and entering a sleep state in the idle period; wherein determining, by the first device, the super frame comprises determining, based on a service type of to-be-sent data, a maximum latency corresponding to the to-be-sent data, determining a smaller value in the maximum latency and a link refresh cycle as a maximum frame length of the super frame, and determining an actual frame length, a timeslot length of time slots in the super frame, and a quantity of timeslots of the super frame based on a data packet size of the to-be-sent data and the maximum frame length.
A blowing mold for plastic containers comprising one or more molding shapes, each of which comprises at least two half molds (11, 12), wherein exclusively one of the at least two half molds (11, 12) is provided with two movable inserts (16, 17) for making undercuts, the two inserts (16, 17) being adapted to move with a reciprocating direction motion between an extended position inside the one or more molding shapes and a retracted position during the operation, characterized in that there are provided two separate control cams movable by two actuators, adapted to produce the motion of the two inserts (16, 17), in that said two cams (3, 4) are configured as elongated bars, in that there are provided shaped grooves (14, 15) on one side of the elongated bars, in that cam followers (8, 9) integral with the two inserts (16, 17) are inserted in the shaped grooves (14, 15), in that the shaped grooves (14, 15) are configured so as to produce various introduction times, or various forward movement paths, or various forward movement speeds of the two inserts (16, 17).
A shooting method, comprising: starting video shooting on a shooting screen when a long press event of a shooting button is received; characterized by when the long press event ends, if a long press period of the shooting button does not exceed a first set threshold, completing (S302, S506) mixed visual media shooting, wherein the mixed visual media comprises one video clip and at least one static picture combined in a Living image. starting video shooting on a shooting screen when a long press event of a shooting button is received; characterized by when the long press event ends, if a long press period of the shooting button does not exceed a first set threshold, completing (S302, S506) mixed visual media shooting, wherein the mixed visual media comprises one video clip and at least one static picture combined in a Living image.
Particles containing amorphous empagliflozin and a pharmaceutically acceptable polymer, said particles having the size expressed as D(0.9) less than or equal to 100 μm, determined by image analysis of scanning electron microscope images, and said particles being obtainable by spray drying at drying gas flow rate from 5 to 7 L/min, at a content of dissolved solids in a solution from 15 to 40 mg/mL, using a two-phase nozzle having a diameter from 0.6 to 0.8 mm, at an inlet drying gas temperature from 90 to 110 °C, at an outlet temperature from 60 to 65 °C, and at a solution injection rate from 5 to 7 mL/min.
A method in a wireless communication network for assisting a user equipment to receive signals from a target access node, wherein the wireless communication network comprises the target access node, the user equipment and a serving access node serving the user equipment, the method comprising: sending from the serving access node to the user equipment, information about time instances scheduled for sending signals from the target access node in a beam direction towards the user equipment; receiving in the user equipment signals from the target access node during the time instances indicated in the received information; and wherein the time instances, are determined in the target access node, characterized in that the method further comprises: receiving in the target access node from the serving access node, information about a position of the user equipment; determining in the target access node, a beam direction towards the user equipment based on received information and a position of the target access node; determining in the target access node, the time instances scheduled for sending signals in the beam direction towards the user equipment; sending from the target access node to the serving access node information about the time instances. sending from the serving access node to the user equipment, information about time instances scheduled for sending signals from the target access node in a beam direction towards the user equipment; receiving in the user equipment signals from the target access node during the time instances indicated in the received information; and wherein the time instances, are determined in the target access node, receiving in the target access node from the serving access node, information about a position of the user equipment; determining in the target access node, a beam direction towards the user equipment based on received information and a position of the target access node; determining in the target access node, the time instances scheduled for sending signals in the beam direction towards the user equipment; sending from the target access node to the serving access node information about the time instances.
An optical transceiver module, comprising: a row of a plurality of optical emitters; and a row of a plurality of optical detectors, wherein the row of optical emitters is parallel to the row of optical detectors; wherein each optical emitter corresponds to an optical fiber retained in a ferrule of a cable and each optical detector corresponds to an optical fiber retained in the ferrule of the cable, the ferrule having an angled surface and each optical fibre having an aperture located at the angled surface of the ferrule for respectively emitting or receiving light, from said corresponding emitter, or to said corresponding detector; and wherein the orientation of the row of optical emitters and the row of optical detectors is such that light emitted by an optical emitter and reflected by the angled surface of the ferrule at the aperture of the optical fiber corresponding to said optical emitter is directed away from the aperture of the optical fiber corresponding to an optical detector. a row of a plurality of optical emitters; and a row of a plurality of optical detectors, wherein the row of optical emitters is parallel to the row of optical detectors; wherein each optical emitter corresponds to an optical fiber retained in a ferrule of a cable and each optical detector corresponds to an optical fiber retained in the ferrule of the cable, the ferrule having an angled surface and each optical fibre having an aperture located at the angled surface of the ferrule for respectively emitting or receiving light, from said corresponding emitter, or to said corresponding detector; and wherein the orientation of the row of optical emitters and the row of optical detectors is such that light emitted by an optical emitter and reflected by the angled surface of the ferrule at the aperture of the optical fiber corresponding to said optical emitter is directed away from the aperture of the optical fiber corresponding to an optical detector.
A method by a wireless device, the method comprising: determining a value of a Sounding Reference Signal, SRS, request field size; receiving downlink control information, DCI, from a network node, the DCI received according to a format; and selecting a SRS resource set based on the format of the DCI and the value of the SRS request field size, wherein: the value of the SRS request field size is 1 bit, and the format of the DCI is DCI format 1_2 or DCI format 0_2. determining a value of a Sounding Reference Signal, SRS, request field size; receiving downlink control information, DCI, from a network node, the DCI received according to a format; and selecting a SRS resource set based on the format of the DCI and the value of the SRS request field size, wherein: the value of the SRS request field size is 1 bit, and the format of the DCI is DCI format 1_2 or DCI format 0_2. the value of the SRS request field size is 1 bit, and the format of the DCI is DCI format 1_2 or DCI format 0_2.