mhurhangee/patent-ind-claim-en huggingface dataset:
A user equipment of a cellular network configured for proximity services, ProSe, the user equipment configured to: receive a system information block from a base station , the system information block comprising discovery resource configuration information for direct user equipment-to-user equipment communications, said information including an indication of resources of a discovery resource pool for transmission of discovery packets ; configure a discovery packet that is devoid of a header and includes a discovery payload and a CRC , wherein the discovery packet has a predetermined modulation and coding scheme; perform scrambling of the discovery packet prior to quadrature phase-shift keying, QPSK, modulation, the scrambling based on a scrambling sequence initialized using a scrambling identity, wherein, for both open and restricted discovery, the scrambling identity is a common scrambling identity for all ProSe enabled devices in the network ; and, transmit a demodulation reference signal, DMRS, and the discovery packet within the resources of the discovery resource pool, using a common DMRS base sequence to be commonly used by all ProSe-enabled devices in the network; and wherein the discovery packet is transmitted using QPSK modulation. receive a system information block from a base station , the system information block comprising discovery resource configuration information for direct user equipment-to-user equipment communications, said information including an indication of resources of a discovery resource pool for transmission of discovery packets ; configure a discovery packet that is devoid of a header and includes a discovery payload and a CRC , wherein the discovery packet has a predetermined modulation and coding scheme; perform scrambling of the discovery packet prior to quadrature phase-shift keying, QPSK, modulation, the scrambling based on a scrambling sequence initialized using a scrambling identity, wherein, for both open and restricted discovery, the scrambling identity is a common scrambling identity for all ProSe enabled devices in the network ; and, transmit a demodulation reference signal, DMRS, and the discovery packet within the resources of the discovery resource pool, using a common DMRS base sequence to be commonly used by all ProSe-enabled devices in the network; and wherein the discovery packet is transmitted using QPSK modulation.
A fusion rod apparatus comprising: a fusion rod comprising mounting structures located at different places thereon; and a first flexible element attached to one of said mounting structures and a second flexible element attached to another of said mounting structures , and wherein said flexible elements pivotally sit in sockets of said mounting structures . a fusion rod comprising mounting structures located at different places thereon; and a first flexible element attached to one of said mounting structures and a second flexible element attached to another of said mounting structures , and wherein said flexible elements pivotally sit in sockets of said mounting structures .
Method of dismantling a foundation pile comprising: - making a cut along a separation line on the foundation pile starting from the inner wall thereof, and - lifting the cut foundation pile, characterized in that - the separation is carried out along a separation line extending tangentially and axially to the inner wall, and the separation line extends both in the circumferential direction and in the longitudinal direction of the foundation pile, wherein the subsequent lifting of the separated foundation pile reducing its diameter at least in the region of the separation line and creating a gap between the foundation pile and the ground in order to reduce static friction. - making a cut along a separation line on the foundation pile starting from the inner wall thereof, and - lifting the cut foundation pile, - the separation is carried out along a separation line extending tangentially and axially to the inner wall, and the separation line extends both in the circumferential direction and in the longitudinal direction of the foundation pile, wherein the subsequent lifting of the separated foundation pile reducing its diameter at least in the region of the separation line and creating a gap between the foundation pile and the ground in order to reduce static friction.
A method for generating a broadcast positioning signal, comprising: receiving (101;201) a data stream, performing forward error correction coding and orthogonal frequency-division multiplexing (OFDM) modulation on the data stream, and generating an OFDM signal; generating (101;201) at least one unmodulated first spread spectrum code; performing(102;202) spread spectrum modulation on preset message bit information according to the at least one unmodulated first spread spectrum code to generate at least one spread spectrum modulation signal; the method being characterized by : inserting (103;203) the at least one spread spectrum modulation signal and the at least one unmodulated first spread spectrum code in a transmitter identifier signal and a first synchronization signal for each time slot of the OFDM signal, the transmitter identifier signal and the first synchronization signal being included in each time slot of the OFDM signal, to generate a broadcast positioning signal. receiving (101;201) a data stream, performing forward error correction coding and orthogonal frequency-division multiplexing (OFDM) modulation on the data stream, and generating an OFDM signal; generating (101;201) at least one unmodulated first spread spectrum code; performing(102;202) spread spectrum modulation on preset message bit information according to the at least one unmodulated first spread spectrum code to generate at least one spread spectrum modulation signal; the method being characterized by : inserting (103;203) the at least one spread spectrum modulation signal and the at least one unmodulated first spread spectrum code in a transmitter identifier signal and a first synchronization signal for each time slot of the OFDM signal, the transmitter identifier signal and the first synchronization signal being included in each time slot of the OFDM signal, to generate a broadcast positioning signal.
A fastening strap for a disposable absorbing article comprising: a plastic hook strap including a plurality of hooks integrally formed on a face thereof; two fabric side wings , which are disposed at two lateral sides of the plastic hook strap respectively and directly bonded thereto without using any adhesive by performing a fusion bonding process on overlaid portions of lateral sides of the plastic hook strap and the two fabric side wings , and a connecting member having an adhesive film provided at a top face thereof and disposed on one of the fabric side wings such that a distal free edge of the fabric side wing located at a substantially middle portion of the connecting member , and the connecting member being directly secured to the fabric side wing at the substantially middle portion such that two end sides of the connecting member may be folded toward each other. a plastic hook strap including a plurality of hooks integrally formed on a face thereof; two fabric side wings , which are disposed at two lateral sides of the plastic hook strap respectively and directly bonded thereto without using any adhesive by performing a fusion bonding process on overlaid portions of lateral sides of the plastic hook strap and the two fabric side wings , and a connecting member having an adhesive film provided at a top face thereof and disposed on one of the fabric side wings such that a distal free edge of the fabric side wing located at a substantially middle portion of the connecting member , and the connecting member being directly secured to the fabric side wing at the substantially middle portion such that two end sides of the connecting member may be folded toward each other.
- Frame for a window or door, whereby the frame is made of profiles that are connected together, whereby these profiles comprise a bottom profile that is on the underside of the frame , whereby the bottom profile is provided with one or more drainage holes to allow water to flow away from a top wall of the bottom profile through the bottom profile , whereby the bottom profile is provided with at least one first outlet for the said water, whereby the frame is provided with a drainage piece for water drainage, whereby the drainage piece is provided with an inlet and a second outlet that have an open connection to one another, whereby the inlet is situated in a higher position than the second outlet , whereby the inlet connects to a said at least one first outlet , the drainage piece comprising a horizontal gutter with an open top, characterised in that the gutter is connected to a vertical pipe and whereby the inlet is formed by the open top of the gutter and the second outlet is located in the vertical pipe and whereby the drainage piece is mounted against the underside of the bottom profile in an airtight and watertight way.
A base station for communication with a terminal station where the terminal station expects to receive an acknowledgement of communication within a fixed time period, X, to maintain a communication link with the base station, and a communication delay, Y, exists between the base station and the terminal station which is greater than the fixed time period, Y>X, said base station comprising: a processing device configured to schedule with the terminal station an expected time period (T=2) at which the terminal station is expected to initially send data, wherein the processing device is configured to provide that expected time period to the terminal station, and characterised by the processing device being configured to send a dummy acknowledgement signal, ACK, of the data to the terminal station at a first time period (T=1) that begins prior to the expected time period (T=2).
Leavening apparatus for the leavening of dough pieces , comprising a leavening chamber for receiving dough pieces to be leavened and with a climate control module for controlling the climate in the leavening chamber for the leavening process, to which climate control module a control device is assigned for the controlling of the leavening process as a dependency of the climatic data detected in the leavening chamber , said climate control module comprises a device for creating an air stream, and a device for creating an aerosol on a water base to be entrained by the air stream, and said leavening chamber has an upper inlet for the climate control media of air and moisture provided by the climate control module , and a lower outlet , the opening width of which can be adjusted, by means of which inlet , during the operation of the leavening apparatus (1, 1.1) for the leavening of dough pieces , an air stream produced by the climate control module is introduced into the leavening chamber , said air stream flowing out of the outlet of the leavening chamber , and in said leavening chamber are arranged in each case at least one temperature sensor, one moisture sensor, and one CO 2 sensor, said sensors being configured for transmitting the detected climatic data to the control device .
A mobile terminal , comprising: a housing having a front surface, a rear surface and a lateral surface; a display positioned at the front surface of the housing, the display adapted to display a lock screen when the mobile terminal is in a lock state; a squeeze sensor positioned at the lateral surface of the housing, the squeeze sensor adapted to sense a pressure applied thereto; a touch sensor positioned at the front surface of the housing; the mobile terminal characterised in that it further comprises a controller configured to: increase a sensitivity of the touch sensor to allow the touch sensor to sense a touch input applied to the lateral surface of the housing when a pressure greater than a predetermined value is applied to the squeeze sensor , release the lock state when a pattern of the touch input sensed by the touch sensor at the lateral surface of the housing corresponds to a predetermined pattern in a state when the lock screen is displayed on the display , and display a home screen on the display after the lock state is released. a housing having a front surface, a rear surface and a lateral surface; a display positioned at the front surface of the housing, the display adapted to display a lock screen when the mobile terminal is in a lock state; a squeeze sensor positioned at the lateral surface of the housing, the squeeze sensor adapted to sense a pressure applied thereto; a touch sensor positioned at the front surface of the housing; the mobile terminal characterised in that it further comprises a controller configured to: increase a sensitivity of the touch sensor to allow the touch sensor to sense a touch input applied to the lateral surface of the housing when a pressure greater than a predetermined value is applied to the squeeze sensor , release the lock state when a pattern of the touch input sensed by the touch sensor at the lateral surface of the housing corresponds to a predetermined pattern in a state when the lock screen is displayed on the display , and display a home screen on the display after the lock state is released. increase a sensitivity of the touch sensor to allow the touch sensor to sense a touch input applied to the lateral surface of the housing when a pressure greater than a predetermined value is applied to the squeeze sensor , release the lock state when a pattern of the touch input sensed by the touch sensor at the lateral surface of the housing corresponds to a predetermined pattern in a state when the lock screen is displayed on the display , and display a home screen on the display after the lock state is released.
A braking system for a motor vehicle , said braking system comprising: at least one front wheel brake , said front wheel brake being capable of applying braking forces to at least one front wheel of said motor vehicle ; at least one rear wheel brake , said rear wheel brake being capable of applying braking forces to at least one rear wheel of said motor vehicle ; a first brake lever , said first brake lever being rotatable about a first pivot point (Pl); a second brake lever , said second brake lever being rotatable about a second pivot point (P2); and a single elastic member , said single elastic member being operably coupled to said first brake lever and to said second brake lever , characterized by said single elastic member being capable of providing a return force upon actuation of said first brake lever and said second brake lever , and wherein said first brake lever is rotatable about said first pivot point (Pl) in a first direction of rotation (Dl) and said second brake lever is rotatable about said second pivot point (P2) in a second direction of rotation (D2), and said second direction of rotation (D2) is opposite to said first direction of rotation (Dl). at least one front wheel brake , said front wheel brake being capable of applying braking forces to at least one front wheel of said motor vehicle ; at least one rear wheel brake , said rear wheel brake being capable of applying braking forces to at least one rear wheel of said motor vehicle ; a first brake lever , said first brake lever being rotatable about a first pivot point (Pl); a second brake lever , said second brake lever being rotatable about a second pivot point (P2); and a single elastic member , said single elastic member being operably coupled to said first brake lever and to said second brake lever , characterized by said single elastic member being capable of providing a return force upon actuation of said first brake lever and said second brake lever , and wherein said first brake lever is rotatable about said first pivot point (Pl) in a first direction of rotation (Dl) and said second brake lever is rotatable about said second pivot point (P2) in a second direction of rotation (D2), and said second direction of rotation (D2) is opposite to said first direction of rotation (Dl).
Modular shuttering unit : - defining a through-housing connecting a first face (A) of the modular unit to a second face (B) opposite the first face for receiving a filling material; - provided with means for assembly to least one other unit, - in the shape of a right prism having isosceles triangular bases formed by the first and second faces (A, B); - the assembly means comprising at least one male-type member and one female-type member configured to interact with the male and female members of another unit, the male-type mem3ber being formed by a tenon which has a trapezoidal cross-section and extends from the first face (A) to the second face (B), and the female-type member being formed by a complementarily shaped groove, allowing assembly to another unit by sliding; the modular shuttering unit being characterized in that the tenon has different widths at the first (A) and second (B) faces, such that said tenon is blocked from sliding into a complementarily shaped groove of another unit during assembly. - defining a through-housing connecting a first face (A) of the modular unit to a second face (B) opposite the first face for receiving a filling material; - provided with means for assembly to least one other unit, - in the shape of a right prism having isosceles triangular bases formed by the first and second faces (A, B); - the assembly means comprising at least one male-type member and one female-type member configured to interact with the male and female members of another unit, the male-type mem3ber being formed by a tenon which has a trapezoidal cross-section and extends from the first face (A) to the second face (B), and the female-type member being formed by a complementarily shaped groove, allowing assembly to another unit by sliding; the modular shuttering unit being characterized in that the tenon has different widths at the first (A) and second (B) faces, such that said tenon is blocked from sliding into a complementarily shaped groove of another unit during assembly.
A method for producing a hollow cylindrical edible container from a vegetable or a fruit , in particular a cucumber, courgette, or the like, which can be filled with a filling , comprising the following process steps: a) centring and fixing the fruit as well as levelling the fruit along its entire length in a centring device ; b) separating at least one end portion of the fruit ; c) hollowing out the core of the fruit to form an interior cavity (41; 128), the core being hollowed out only over a partial region of the fruit , so that a closed bottom of the fruit remains; d) removing an outer shell of the fruit ; e) said centring device switching from a centring position to a peeling position, wherein in the centring position the process steps a) to c) are performed and in the peeling position the process step d) is performed. a) centring and fixing the fruit as well as levelling the fruit along its entire length in a centring device ; b) separating at least one end portion of the fruit ; c) hollowing out the core of the fruit to form an interior cavity (41; 128), the core being hollowed out only over a partial region of the fruit , so that a closed bottom of the fruit remains; d) removing an outer shell of the fruit ; e) said centring device switching from a centring position to a peeling position, wherein in the centring position the process steps a) to c) are performed and in the peeling position the process step d) is performed.
A method for evaluating a structure to be used for nuclide transmutation reaction, the structure including a base material containing at least one kind of metal selected from the group consisting of hydrogen storage metals and hydrogen storage alloys, an intermediate layer provided on the base material and stacked alternately with a first layer containing low work function substances relatively lower in work function than the metal and a second layer containing the metal, and a surface layer provided on the intermediate layer and containing the metal, wherein the method comprises: measuring a change in polarization between incident light and reflected light by irradiating the surface layer with light, while holding the structure at a predetermined temperature; calculating an extinction coefficient based on the change in polarization of the structure , characterised by preliminarily setting a threshold of the extinction coefficient based on a relationship between an extinction coefficient of a structure prepared in advance and a reaction yield obtained when the structure prepared in advance is subjected to the nuclide transmutation reaction; and comparing the calculated extinction coefficient with a threshold and evaluating a soundness of the structure based on the comparison results. measuring a change in polarization between incident light and reflected light by irradiating the surface layer with light, while holding the structure at a predetermined temperature; calculating an extinction coefficient based on the change in polarization of the structure , characterised by preliminarily setting a threshold of the extinction coefficient based on a relationship between an extinction coefficient of a structure prepared in advance and a reaction yield obtained when the structure prepared in advance is subjected to the nuclide transmutation reaction; and comparing the calculated extinction coefficient with a threshold and evaluating a soundness of the structure based on the comparison results.