mhurhangee/ep-ind-claims huggingface dataset:
An uplink transmission method, applied to a terminal, comprising: acquiring at least one piece of demodulation reference signal, DMRS, configuration information and at least one multiple access signature configured by a network device; selecting a piece of target DMRS configuration information and a target multiple access signature, which have a corresponding relationship, from the at least one piece of DMRS configuration information and the at least one multiple access signature, and performing an uplink transmission using the piece of target DMRS configuration information and the target multiple access signature; the method further comprising a mapping relationship between the at least one piece of DMRS configuration information and the at least one multiple access signature, and the mapping relationship is predefined in a protocol; one piece of DMRS configuration information corresponds to one multiple access signature, and different multiple access signatures correspond to different pieces of DMRS configuration information. acquiring at least one piece of demodulation reference signal, DMRS, configuration information and at least one multiple access signature configured by a network device; selecting a piece of target DMRS configuration information and a target multiple access signature, which have a corresponding relationship, from the at least one piece of DMRS configuration information and the at least one multiple access signature, and performing an uplink transmission using the piece of target DMRS configuration information and the target multiple access signature; the method further comprising a mapping relationship between the at least one piece of DMRS configuration information and the at least one multiple access signature, and the mapping relationship is predefined in a protocol; one piece of DMRS configuration information corresponds to one multiple access signature, and different multiple access signatures correspond to different pieces of DMRS configuration information.
A lockable ejection device for a moveable furniture part, comprising - an ejection element which acts on the moveable furniture part in the opening direction, - a housing, - a locking element which is arranged in or on the housing and by which the path of the ejection element in the opening direction can be blocked at least in the closed position of the moveable furniture part, - a detection device for detecting the position of the moveable furniture part, and - a transmission device for transmission of the position of the moveable furniture part, that is detected by the detection device, to the locking element, wherein the locking element is moveable in dependence on the detected position, wherein the transmission device has a rotary element which can be held by at least one force storage means in a central position, wherein both upon over-pressing of the moveable furniture part from a closed position in the closing direction and also upon pulling of the moveable furniture part from the closed position in the opening direction the ejection element can be released by the locking element, wherein the ejection element can be unlocked by a relative movement of the locking element relative to the housing both upon over-pressing of the moveable furniture part and also upon pulling of the moveable furniture part, wherein the detection device engages the rotary element by way of an engagement element, wherein the rotary element is rotatable out of the central position both upon movement of the engagement element in the opening direction and also in the closing direction. - an ejection element which acts on the moveable furniture part in the opening direction, - a housing, - a locking element which is arranged in or on the housing and by which the path of the ejection element in the opening direction can be blocked at least in the closed position of the moveable furniture part, - a detection device for detecting the position of the moveable furniture part, and - a transmission device for transmission of the position of the moveable furniture part, that is detected by the detection device, to the locking element,
System for testing a perfume, comprising: - a housing comprising an opening, - a test member able to be at least partially inserted into the housing through the opening, the test member being at least partially made of a material able to be impregnated with perfume, - a dispensing device arranged inside the housing and able to dispense the perfume onto the test member, said dispensing device being connected to a container containing the perfume, - a sensor which provides a signal suitable for detecting the presence or non-presence of the test member in the housing, - an actuator arranged inside the housing and able to actuate the dispensing device, and - a processing unit which receives the signal from the sensor and which controls the actuator to cause perfume to be dispensed onto the test member, said system being characterized in that: - the material of the test member is hard and porous, and - the processing unit controls the actuator at a spraying time (tp) determined relative to a detection time (td) corresponding to the detection of the disappearance of the test member. - a housing comprising an opening, - a test member able to be at least partially inserted into the housing through the opening, the test member being at least partially made of a material able to be impregnated with perfume, - a dispensing device arranged inside the housing and able to dispense the perfume onto the test member, said dispensing device being connected to a container containing the perfume, - a sensor which provides a signal suitable for detecting the presence or non-presence of the test member in the housing, - an actuator arranged inside the housing and able to actuate the dispensing device, and - a processing unit which receives the signal from the sensor and which controls the actuator to cause perfume to be dispensed onto the test member, said system being characterized in that: - the material of the test member is hard and porous, and - the processing unit controls the actuator at a spraying time (tp) determined relative to a detection time (td) corresponding to the detection of the disappearance of the test member. - the material of the test member is hard and porous, and - the processing unit controls the actuator at a spraying time (tp) determined relative to a detection time (td) corresponding to the detection of the disappearance of the test member.
Wire antenna for a device for transmitting periodic radio signals in a determined frequency band, this antenna comprising a set of wire coils (221-227; 421-427), said coils being able to be embedded in the roof of a motor vehicle, characterized in that said set of wire coils exhibits, inter alia, a plurality of coils (222, 224, 226, 422, 424, 426) brought to a reference potential, such as ground, each coil brought to a reference potential (222, 224, 226, 422, 424, 426, 428) being arranged respectively between two other coils (221, 223, 225, 227, 421, 423, 425, 427) of the set of wire coils.
A chordal replacement system comprising: a first pledget coupled to a first end of a first suture length; a first needle coupled to a second end of the first suture length (Sul); a first suture loop: (a) (i) closed by a first knot, and (a) (ii) coupled to the first pledget; a second suture loop: (b) (i) closed by a second knot, and (b) (ii) coupled to the first pledget; (c) (i) second and third needles coupled to the first knot via second and third suture lengths, respectively; and (c) (ii) fourth and fifth needles coupled to the second knot via fourth and fifth suture lengths, respectively. a first pledget coupled to a first end of a first suture length; a first needle coupled to a second end of the first suture length (Sul); a first suture loop: (a) (i) closed by a first knot, and (a) (ii) coupled to the first pledget; (a) (i) closed by a first knot, and (a) (ii) coupled to the first pledget; a second suture loop: (b) (i) closed by a second knot, and (b) (ii) coupled to the first pledget; (c) (i) second and third needles coupled to the first knot via second and third suture lengths, respectively; and (c) (ii) fourth and fifth needles coupled to the second knot via fourth and fifth suture lengths, respectively. (b) (i) closed by a second knot, and (b) (ii) coupled to the first pledget; (c) (i) second and third needles coupled to the first knot via second and third suture lengths, respectively; and (c) (ii) fourth and fifth needles coupled to the second knot via fourth and fifth suture lengths, respectively.
A method to control a feeding unit to feed components for smoking articles and comprising the steps of: feeding, by means of a first feed, a first flow of components having a first pitch; and feeding, by means of a second feed, a second flow of components having a second pitch, which is the same as the first pitch; in case of regular operation of both feeds (3, 4), combining, in the area of a first drum, the components of the first flow and of the second flow so as to create a third flow of components, in which the components of the first flow are alternated with the components of the second flow and have a third pitch, which is smaller than, in particular half, the first pitch and the second pitch; in case of regular operation of both feeds (3, 4) transferring the components of the third flow from the first drum to a second drum having the same speed as the first drum; the control method is characterized in that it comprises, in case the first feed stops, the steps of: reducing the pitch of the components of the second flow, in particular at the output of the first drum, so as to obtain a third flow of components having a third pitch, which is smaller than, in particular half, the first pitch and the second pitch; and transferring the components of the third flow from the first drum to the second drum. feeding, by means of a first feed, a first flow of components having a first pitch; and feeding, by means of a second feed, a second flow of components having a second pitch, which is the same as the first pitch; in case of regular operation of both feeds (3, 4), combining, in the area of a first drum, the components of the first flow and of the second flow so as to create a third flow of components, in which the components of the first flow are alternated with the components of the second flow and have a third pitch, which is smaller than, in particular half, the first pitch and the second pitch; in case of regular operation of both feeds (3, 4) transferring the components of the third flow from the first drum to a second drum having the same speed as the first drum; the control method is characterized in that it comprises, in case the first feed stops, the steps of: reducing the pitch of the components of the second flow, in particular at the output of the first drum, so as to obtain a third flow of components having a third pitch, which is smaller than, in particular half, the first pitch and the second pitch; and transferring the components of the third flow from the first drum to the second drum. reducing the pitch of the components of the second flow, in particular at the output of the first drum, so as to obtain a third flow of components having a third pitch, which is smaller than, in particular half, the first pitch and the second pitch; and transferring the components of the third flow from the first drum to the second drum.
Rotating machine part comprising a damped vibration absorbing device which is introduced into a concentric central cavity in the machine part and has an additional mass and an additional spring/damping system which comprises an elastic damping body and is arranged between said mass and the inner surface of the machine part, which surface defines the cavity, - wherein the additional mass is pressed radially outward against the spring force of the elastic damping body by means of an expanding device, - wherein the expanding device comprises expanding means which can be acted upon by a fluid pressure medium and which generate compressive forces which are directed radially outward, and - wherein the expanding means comprise piston-cylinder units which are directed radially outward and which are mounted in a holding body arranged centrally within the additional mass, and/or the expanding means comprise at least one bellows-like receiving body for the pressure medium, which body is arranged centrally within the additional mass. - wherein the additional mass is pressed radially outward against the spring force of the elastic damping body by means of an expanding device, - wherein the expanding device comprises expanding means which can be acted upon by a fluid pressure medium and which generate compressive forces which are directed radially outward, and - wherein the expanding means comprise piston-cylinder units which are directed radially outward and which are mounted in a holding body arranged centrally within the additional mass, and/or the expanding means comprise at least one bellows-like receiving body for the pressure medium, which body is arranged centrally within the additional mass.
A display device comprising: a substrate comprising: a display area comprising light emitting pixels; and a non-display area disposed outside the display area; a thin film encapsulation layer disposed on the substrate over the light emitting pixels; wherein a cover layer overlaps an edge of the thin film encapsulation layer such that the cover layer is disposed on an edge of the display area and in the non-display area, wherein: the thin film encapsulation layer is thinner at the edge thereof than at a center thereof; the cover layer overlaps the thin film encapsulation layer at the thinner edge, the height of the upper surface of the thin film encapsulation layer and the height of the upper surface of the cover layer with respect to the surface of the substrate are substantially equivalent, such that the upper surfaces form a substantially flat surface, a touch unit (90, W10) is disposed on the thin film encapsulation layer,the touch unit (90, W10) is also disposed on the cover layer, characterized in that the cover layer comprises a light blocking material. a substrate comprising: a display area comprising light emitting pixels; and a non-display area disposed outside the display area; a display area comprising light emitting pixels; and a non-display area disposed outside the display area; a thin film encapsulation layer disposed on the substrate over the light emitting pixels; wherein a cover layer overlaps an edge of the thin film encapsulation layer such that the cover layer is disposed on an edge of the display area and in the non-display area, wherein: the thin film encapsulation layer is thinner at the edge thereof than at a center thereof; the cover layer overlaps the thin film encapsulation layer at the thinner edge, the height of the upper surface of the thin film encapsulation layer and the height of the upper surface of the cover layer with respect to the surface of the substrate are substantially equivalent, such that the upper surfaces form a substantially flat surface, a touch unit (90, W10) is disposed on the thin film encapsulation layer,the touch unit (90, W10) is also disposed on the cover layer, characterized in that the cover layer comprises a light blocking material. the thin film encapsulation layer is thinner at the edge thereof than at a center thereof; the cover layer overlaps the thin film encapsulation layer at the thinner edge, the height of the upper surface of the thin film encapsulation layer and the height of the upper surface of the cover layer with respect to the surface of the substrate are substantially equivalent, such that the upper surfaces form a substantially flat surface, a touch unit (90, W10) is disposed on the thin film encapsulation layer,the touch unit (90, W10) is also disposed on the cover layer, characterized in that the cover layer comprises a light blocking material.
A lancet device comprising: a housing; a shield at least partially disposed within the housing and movable with respect thereto; a carrier having a puncture element and an edge formed by a portion of the carrier, the carrier being movable between a retracted position where a distal end of the puncture element is disposed within the shield, and a puncturing position where the distal end of the puncture element is exposed from the shield, a body of the carrier being formed with one or more distal guide tabs adapted to cooperate with respective longitudinal slots formed in the body of the shield; a flexure member having an edge being engaged or not engaged with the edge formed by a portion of the carrier, wherein movement of said shield into the housing causes the flexure member to move, allowing the carrier to move to the puncturing position; and a drive spring disposed within the housing for biasing the carrier towards the puncturing position when the flexure member is not engaged/released; characterized by: a retraction spring disposed within the shield and being adapted to be compressed between the distal guide tabs of the carrier and a distal end of the shield. a housing; a shield at least partially disposed within the housing and movable with respect thereto; a carrier having a puncture element and an edge formed by a portion of the carrier, the carrier being movable between a retracted position where a distal end of the puncture element is disposed within the shield, and a puncturing position where the distal end of the puncture element is exposed from the shield, a body of the carrier being formed with one or more distal guide tabs adapted to cooperate with respective longitudinal slots formed in the body of the shield; a flexure member having an edge being engaged or not engaged with the edge formed by a portion of the carrier, wherein movement of said shield into the housing causes the flexure member to move, allowing the carrier to move to the puncturing position; and a drive spring disposed within the housing for biasing the carrier towards the puncturing position when the flexure member is not engaged/released; characterized by: a retraction spring disposed within the shield and being adapted to be compressed between the distal guide tabs of the carrier and a distal end of the shield.
A method for transmitting payload in a subframe, the method being performed by a first network device (120, 140, 200a), the method comprising: obtaining a transport block size, TBS, value by accessing an array storing a plurality of TBS values, wherein the TBS value is proportional to a number of user data symbols in a subframe of a given subframe length, wherein one and the same array is accessed regardless of the given subframe length, wherein the array is accessed using an index, the index being dependent on the number of the user data symbols in the subframe, wherein the index is defined by a default index being scaled by the number of the user data symbols in the subframe, and wherein the default index is scaled in inverse proportion to a first length, N RE, d SF, in terms of a number of resource elements, REs, per resource block, RB, reserved for data symbols within a legacy transmission time interval, TTI, and in proportion to a second length, N RE, d SSF, in terms of a number of REs per RB reserved for the user data symbols within the subframe; and transmitting a physical channel carrying payload in the subframe to a second network device (120, 140, 200b), wherein amount of data in the payload is determined by the TBS value. obtaining a transport block size, TBS, value by accessing an array storing a plurality of TBS values, wherein the TBS value is proportional to a number of user data symbols in a subframe of a given subframe length, wherein one and the same array is accessed regardless of the given subframe length, wherein the array is accessed using an index, the index being dependent on the number of the user data symbols in the subframe, wherein the index is defined by a default index being scaled by the number of the user data symbols in the subframe, and wherein the default index is scaled in inverse proportion to a first length, N RE, d SF, in terms of a number of resource elements, REs, per resource block, RB, reserved for data symbols within a legacy transmission time interval, TTI, and in proportion to a second length, N RE, d SSF, in terms of a number of REs per RB reserved for the user data symbols within the subframe; and transmitting a physical channel carrying payload in the subframe to a second network device (120, 140, 200b), wherein amount of data in the payload is determined by the TBS value.
A dirigible airship comprising a flexible envelope defining an interior space capable of being filled by a carrier gas, the envelope having at least one adjustment zone provided with a first longitudinal adjustment element secured to a first side of the envelope and a second longitudinal adjustment element fastened to the other side of the envelope, wherein the two adjustment elements (5, 6) are mounted opposite one another, movable relative to one another between a position of maximum displacement and a position of minimum displacement, the two longitudinal adjustment elements (5, 6) being connected to each other by a plurality of cables (7, 7', 8, 8', 9, 9') forming a cable plane and passing through the interior space, each of the cables (7, 7', 8, 8', 9, 9') cooperating in a sliding manner with a plurality of clamping points provided along each longitudinal element, the cables being connected to a tightening module capable of exerting a tightening or loosening action of the cables in order to move the two longitudinal adjusting elements (5, 6) towards or away from one another, characterized in that the tightening module is a winch mounted in a floating manner and comprises a motor coupled to at least one reducer coupled to a plurality of wheels (20, 21, 22, 23, 34, 25, 26) for winding or unwinding the cables (7, 7', 8, 8', 9, 9') of the assembly, wherein the multiple tension forces of the cables of the assembly provide a support against which the torque effect of the motor can be exerted, and wherein the reduction ratio of the reducer or reducers is provided with a deep gear ratio so as to minimise the torque effect produced by the rotation of the motor, so as to enable the torque effect induced by the motor to be compensated, in order to maintain the balance of the winch in said plane of the cables.