mhurhangee/patent-ind-claim-en huggingface dataset:
Patterned spunbonded nonwoven fabric sheet comprising a plurality of spunbonded crimped fibers bonded together at a plurality of bonding points, wherein all fibers of the patterned spunbonded nonwoven fabric sheet are spunbonded crimped fibers, characterized in that the density of fibers and/or the mean orientation of the fibers and/or the mean crimp radius of the fibers within the fabric sheet are inhomogeneous and varies according to a regular pattern, which consists of parallel preferably uninterrupted stripes oriented in machine direction of the sheet, wherein the sheet has a three-dimensional structure comprising a plurality of alternating elevations and depressions arranged according to the pattern..
A laminated glazing for a motor vehicle, particularly a side glazing intended to be slidably mounted in a door of the vehicle, comprising at least one outer glass sheet and one inner glass sheet assembled by an interlayer which comprises at least one sheet of polymer material, said glazing comprising at least one part for attaching the glazing provided with at least one attachment hole which has an axis (O) and passes through at least the outer glass sheet , said attachment hole being intended to receive means for attaching said glazing with a drive device, characterized in that the glazing comprises at least one insert which, comprising a hole , is housed in a complementary cut-out provided in the interlayer , at the attachment part .
An apparatus for a power circuit providing an alternating current to a load , said apparatus comprising: a high frequency current sensor structured to cooperate with said power circuit to provide a high frequency current signal; a voltage zero crossing detector structured to cooperate with said power circuit to provide a voltage zero crossing signal ; a high pass filter structured to provide a filtered current signal from the high frequency current signal; a threshold comparator structured to provide an output when the filtered current signal exceeds a predetermined value; and characterized by a processor structured to receive the voltage zero crossing signal and the output of the threshold comparator and output a trip signal in response to undesired series arcing by detecting an unsymmetrical high frequency signal for a predetermined number of cycles, wherein each of the predetermined number of cycles includes a positive half cycle and a negative half cycle, and wherein in said unsymmetrical high frequency signal the magnitude of said unsymmetrical high frequency signal in each positive half cycle is asymmetric with respect to the magnitude of said unsymmetrical high frequency signal in each negative half cycle, wherein the alternating current is in a range from about 2.4 A RMS to about 40 A RMS . a high frequency current sensor structured to cooperate with said power circuit to provide a high frequency current signal; a voltage zero crossing detector structured to cooperate with said power circuit to provide a voltage zero crossing signal ; a high pass filter structured to provide a filtered current signal from the high frequency current signal; a threshold comparator structured to provide an output when the filtered current signal exceeds a predetermined value; and characterized by a processor structured to receive the voltage zero crossing signal and the output of the threshold comparator and output a trip signal in response to undesired series arcing by detecting an unsymmetrical high frequency signal for a predetermined number of cycles, wherein each of the predetermined number of cycles includes a positive half cycle and a negative half cycle, and wherein in said unsymmetrical high frequency signal the magnitude of said unsymmetrical high frequency signal in each positive half cycle is asymmetric with respect to the magnitude of said unsymmetrical high frequency signal in each negative half cycle, wherein the alternating current is in a range from about 2.4 A RMS to about 40 A RMS .
A device for cardio-pulmonary resuscitation of a patient, which comprises: - a wedge-shaped support base for supporting the patient, provided with guiding means and swivel elements connected to at least one pushbutton , - a swivel support for supporting the patient's head, provided with complementary guiding means and complementary swivel elements , - a mask holder made up of arms provided with a plurality of toothed elements , wherein the mask holder has a connector with a perforation for coupling a ventilation mask , - at least two lateral support elements having insertion means into which the ends of the arms of the mask holder are introduced and inner retention means, and wherein each lateral support element is provided with attachment means for the connection thereof to the swivel support , wherein the plurality of toothed elements is introduced in the insertion means of the lateral support elements making it possible to adjust the mask holder vertically, and the pushbutton , when actuated, makes it possible for the swivel support to move freely with respect to the support base by keeping the swivel elements in a shifted position, whereas the pushbutton , in a standby state, keeps the swivel elements coupled to the complementary swivel elements for fixing the swivel support on the support base for the hyperextension of the patient's neck and for opening the patient's airways. - a wedge-shaped support base for supporting the patient, provided with guiding means and swivel elements connected to at least one pushbutton , - a swivel support for supporting the patient's head, provided with complementary guiding means and complementary swivel elements , - a mask holder made up of arms provided with a plurality of toothed elements , wherein the mask holder has a connector with a perforation for coupling a ventilation mask , - at least two lateral support elements having insertion means into which the ends of the arms of the mask holder are introduced and inner retention means, and wherein each lateral support element is provided with attachment means for the connection thereof to the swivel support ,
A method performed by a first wireless device in a wireless communication system, the method comprising: establishing (S1501) a PC5 radio resource control, RRC, connection between the first wireless device and a second wireless device; receiving (S1509) sidelink control information, SCI, from the second wireless device, wherein the SCI instructs the first wireless device to perform sidelink, SL, - channel state information, CSI, reporting for the PC5 RRC connection; triggering (S1509) the SL-CSI reporting; and based on i) a SL resource for the SL-CSI reporting being unavailable and ii) the first wireless device being configured with a mode in which SL resources are scheduled by a network, transmitting (S1517), to the network, a signal for requesting the SL resource for the SL-CSI reporting; receiving (S1519), from the network, a SL grant related to the SL resource; and transmitting (S1523), to the second wireless device via the SL resource, SL-CSI according to the SL-CSI reporting. establishing (S1501) a PC5 radio resource control, RRC, connection between the first wireless device and a second wireless device; receiving (S1509) sidelink control information, SCI, from the second wireless device, wherein the SCI instructs the first wireless device to perform sidelink, SL, - channel state information, CSI, reporting for the PC5 RRC connection; triggering (S1509) the SL-CSI reporting; and based on i) a SL resource for the SL-CSI reporting being unavailable and ii) the first wireless device being configured with a mode in which SL resources are scheduled by a network, transmitting (S1517), to the network, a signal for requesting the SL resource for the SL-CSI reporting; receiving (S1519), from the network, a SL grant related to the SL resource; and transmitting (S1523), to the second wireless device via the SL resource, SL-CSI according to the SL-CSI reporting.
A method performed by a computer system in a telecommunication network , said computer system hosting at least a lawful interception, LI, administrative function, ADMF, and a network element, NE, , the method comprising: - transmitting , by the ADMF to the NE via an X1 interface, a request for information pertaining to LI tasks that are associated with the NE , said request comprising a bulk indicator that indicates a procedure of transmission, from the NE to the ADMF , of said information pertaining to LI tasks and that said information pertaining to LI tasks is to be kept in one bulk or split into several bulks of information for transmission by the NE to the ADMF via the X1 interface using a corresponding one or several transmissions, - determining , by the NE based at least on the bulk indicator, whether or not transmission of said information pertaining to LI tasks is to be performed using the procedure of transmission indicated by the bulk indicator, and - if it is determined that transmission of said information pertaining to LI tasks is to be performed using the procedure of transmission indicated by the bulk indicator, transmitting , by the NE to the ADMF via the X1 interface using the procedure of transmission indicated by the bulk indicator, said information pertaining to LI tasks. - transmitting , by the ADMF to the NE via an X1 interface, a request for information pertaining to LI tasks that are associated with the NE , said request comprising a bulk indicator that indicates a procedure of transmission, from the NE to the ADMF , of said information pertaining to LI tasks and that said information pertaining to LI tasks is to be kept in one bulk or split into several bulks of information for transmission by the NE to the ADMF via the X1 interface using a corresponding one or several transmissions, - determining , by the NE based at least on the bulk indicator, whether or not transmission of said information pertaining to LI tasks is to be performed using the procedure of transmission indicated by the bulk indicator, and - if it is determined that transmission of said information pertaining to LI tasks is to be performed using the procedure of transmission indicated by the bulk indicator, transmitting , by the NE to the ADMF via the X1 interface using the procedure of transmission indicated by the bulk indicator, said information pertaining to LI tasks.
Device for the testing and indication of the absence or presence of analytes in an analysis or liquid sample originating from the human or animal organism comprising a carrier plate with at least one test strip receptacle, in which a test strip provided with a sample receiving section and a test section is arranged, characterised in that the carrier plate comprises at least one sample carrier receptacle spaced apart from the test strip receptacle , wherein the device further includes a "dried spot" sample carrier (DS sample carrier) , which is received in the sample carrier receptacle .
Warping machine with a warping drum, a thread warping path and a cross-laying device , which has a shedding device in the thread warping path and a cross-cord insertion device , with which a cross-cord can be inserted into a compartment formed by a divided yarn coulter , wherein a first cross-cord joining device is arranged laterally next to the thread warping path on one side, characterized in that a second cross-cord joining device is arranged on the opposite side of the thread warping path.
A laminated header comprising: a first passage plate having a flat-plate shape in which a first passage is formed; a second passage plate having a flat-plate shape in which a plurality of second passages are formed; a third passage plate having a flat-plate shape in which a plurality of third passages are formed; a first branch passage plate having a flat-plate shape in which an upstream side branch passage is formed, the upstream side branch passage branching the first passage into the plurality of second passages ; and a second branch passage plate having a flat-plate shape in which a downstream side branch passage is formed, the downstream side branch passage branching one of the plurality of second passages into the plurality of third passages , the first passage plate , the first branch passage plate , the second passage plate , the second branch passage plate , and the third passage plate being stacked in this order, the laminated header being characterized in that a first cross-sectional area as a maximum value of a passage cross-sectional area of the upstream side branch passage being larger than a second cross-sectional area as a maximum value of a passage cross-sectional area of the downstream side branch passage . a first passage plate having a flat-plate shape in which a first passage is formed; a second passage plate having a flat-plate shape in which a plurality of second passages are formed; a third passage plate having a flat-plate shape in which a plurality of third passages are formed; a first branch passage plate having a flat-plate shape in which an upstream side branch passage is formed, the upstream side branch passage branching the first passage into the plurality of second passages ; and a second branch passage plate having a flat-plate shape in which a downstream side branch passage is formed, the downstream side branch passage branching one of the plurality of second passages into the plurality of third passages , the first passage plate , the first branch passage plate , the second passage plate , the second branch passage plate , and the third passage plate being stacked in this order, the laminated header being characterized in that a first cross-sectional area as a maximum value of a passage cross-sectional area of the upstream side branch passage being larger than a second cross-sectional area as a maximum value of a passage cross-sectional area of the downstream side branch passage .
A user equipment , UE, wherein the UE is configured to access a wireless communication network, wherein, responsive to a certain signaling from the wireless communication network, the UE is configured to enter a state in which any transmission by the UE to the wireless communication network is prohibited, wherein the UE is configured to leave the state only when the state is annulled by the wireless communication network, wherein, responsive to the certain signaling from the wireless communication network, the UE is configured enter a Network Initiated Connection Only, NICO, mode in which the UE is put into or kept in the RM-REGISTERED state and is put into the CM-IDLE state, and when operating in the NICO mode - the UE is configured to not try to reach the wireless communication network, and - the UE is configured to listen to/search for a NAS signaling or a paging from the wireless communication network only within one or more set/configured time periods or listening periods. wherein the UE is configured to access a wireless communication network, wherein, responsive to a certain signaling from the wireless communication network, the UE is configured to enter a state in which any transmission by the UE to the wireless communication network is prohibited, wherein the UE is configured to leave the state only when the state is annulled by the wireless communication network, wherein, responsive to the certain signaling from the wireless communication network, the UE is configured enter a Network Initiated Connection Only, NICO, mode in which the UE is put into or kept in the RM-REGISTERED state and is put into the CM-IDLE state, and when operating in the NICO mode - the UE is configured to not try to reach the wireless communication network, and - the UE is configured to listen to/search for a NAS signaling or a paging from the wireless communication network only within one or more set/configured time periods or listening periods. - the UE is configured to not try to reach the wireless communication network, and - the UE is configured to listen to/search for a NAS signaling or a paging from the wireless communication network only within one or more set/configured time periods or listening periods.
A method comprising: receiving , by a first wireless device from a base station, a timing offset indicator indicating an offset, in slots, between a sidelink feedback resource and an uplink feedback resource; determining a first sidelink feedback resource within a sidelink slot by applying the offset to a second sidelink feedback resource for a sidelink transport block transmitted by the first wireless device to a second wireless device; determining an uplink slot that overlaps with the first sidelink feedback resource in time, wherein the uplink slot is a last uplink feedback slot overlapping with the first sidelink feedback resource; and transmitting , to the base station and in the uplink slot, a sidelink feedback report. receiving , by a first wireless device from a base station, a timing offset indicator indicating an offset, in slots, between a sidelink feedback resource and an uplink feedback resource; determining a first sidelink feedback resource within a sidelink slot by applying the offset to a second sidelink feedback resource for a sidelink transport block transmitted by the first wireless device to a second wireless device; determining an uplink slot that overlaps with the first sidelink feedback resource in time, wherein the uplink slot is a last uplink feedback slot overlapping with the first sidelink feedback resource; and transmitting , to the base station and in the uplink slot, a sidelink feedback report.
A pre-coating agent composition for a grain-oriented electrical steel sheet comprising: acid containing boron (B), metal dihydrogen phosphates, a silica compound; and solvent, wherein the acid containing boron (B) is at least one selected from the group consisting of borinic acid, boronic acid, boric acid and a combination thereof, and the pre-coating agent composition comprises 20 to 40 parts by weight of the silica compound, 5 to 15 parts by weight of the acid containing boron (B), and 300 to 500 parts by weight of the solvent, based on 100 parts by weight of the metal dihydrogen phosphates.
A method performed in a control unit for identifying low tire pressure in a vehicle having at least three wheels of which at least one is driven, the method comprising the steps of: registering a respective rotational speed (ω 1 , ω 2 , ω 3 , ω 4 , ω 5 , ω 6 ) of each wheel of the vehicle; comparing the rotational speeds pairwise to one another to derive at least one test variable (R 1 , R 2 ); and studying the at least one test variable to check if one or more of the wheels have a tire pressure below a threshold level, characterized by the comparing step involving: estimating, for each driven wheel , a longitudinal slip (s) resulting from a traction torque (T) applied to the driven wheel; determining a first compensation factor ( α i,j ), which cancels out the estimated longitudinal slip (s) resulting from the traction torque (T) applied to the driven wheel ; and evaluating the rotational speeds of the wheels pairwise against one another, in consideration of the first compensation factor ( α i,j ) and where the estimated longitudinal slips (s i , s j ) of the wheels of at least one evaluated pair are mutually different wherein the step of pairwise comparing the rotational speeds (ω 1 , ω 2 , ω 3 , ω 4 , ω 5 , ω 6 ) to one another comprises calculating at least one quotient between first and second rotational speeds of first and second wheels respectively. registering a respective rotational speed (ω 1 , ω 2 , ω 3 , ω 4 , ω 5 , ω 6 ) of each wheel of the vehicle; comparing the rotational speeds pairwise to one another to derive at least one test variable (R 1 , R 2 ); and studying the at least one test variable to check if one or more of the wheels have a tire pressure below a threshold level, estimating, for each driven wheel , a longitudinal slip (s) resulting from a traction torque (T) applied to the driven wheel; determining a first compensation factor ( α i,j ), which cancels out the estimated longitudinal slip (s) resulting from the traction torque (T) applied to the driven wheel ; and evaluating the rotational speeds of the wheels pairwise against one another, in consideration of the first compensation factor ( α i,j ) and where the estimated longitudinal slips (s i , s j ) of the wheels of at least one evaluated pair are mutually different wherein the step of pairwise comparing the rotational speeds (ω 1 , ω 2 , ω 3 , ω 4 , ω 5 , ω 6 ) to one another comprises calculating at least one quotient between first and second rotational speeds of first and second wheels respectively.
A method of making a lifter bar having a new wearing surface for use in a grinding mill for forming a refurbished lifter bar, the lifter bar having a predetermined form and comprising a base member of a used lifter bar and a new wearing surface , wherein the method comprises the steps of: - providing a mould for moulding a new wearing surface to the lifter bar, the mould having an interior space that conforms at least partially to the predetermined form; - joining the mould and the base member of a used lifter bar together such that an empty space, which is a cavity , is formed between the base member of a used lifter bar and the mould ; and - filling the empty space with polyurethane and allowing the polyurethane to attach to a worn wearing surface of the base member of a used lifter bar and to form a new moulded wearing surface to construct a lifter bar having the new wearing surface made of polyurethane in the predetermined form such that the base member and the new moulded wearing surface form together the refurbished lifter bar having the predetermined form, wherein the wearing surface comprises the upper surface of the lifter bar comprising at least part of the top surface of the lifter bar as well as at least part of the side surface of the lifter bar, which is toward the moving direction of the grinding mill . - providing a mould for moulding a new wearing surface to the lifter bar, the mould having an interior space that conforms at least partially to the predetermined form; - joining the mould and the base member of a used lifter bar together such that an empty space, which is a cavity , is formed between the base member of a used lifter bar and the mould ; and - filling the empty space with polyurethane and allowing the polyurethane to attach to a worn wearing surface of the base member of a used lifter bar and to form a new moulded wearing surface to construct a lifter bar having the new wearing surface made of polyurethane in the predetermined form such that the base member and the new moulded wearing surface form together the refurbished lifter bar having the predetermined form, wherein the wearing surface comprises the upper surface of the lifter bar comprising at least part of the top surface of the lifter bar as well as at least part of the side surface of the lifter bar, which is toward the moving direction of the grinding mill .