mhurhangee/ep-ind-claims huggingface dataset:
Starter antirepeat device for an ignition starting switch, which comprises the following: a first engagement element (10; 30; 30') which has an oscillating pin receptacle for an oscillating pin, wherein the oscillating pin projects partially out of the oscillating pin receptacle and is movable in an oscillating manner, and a second engagement element (20; 20'; 40; 40'), wherein the second engagement element (20; 20';.40; 40') has a control slot (21, 22, 23, 24; 21', 22', 23', 24'), wherein the first engagement element (10; 30; 30') and the second engagement element (20; 20'; 40; 40') are arranged coaxially with respect to one another, wherein at least the first engagement element (10; 30; 30') or the second engagement element (20; 20'; 40; 40') is rotatable about the common axis, and wherein, when the oscillating pin is supported in the circumferential direction counter to a direction of movement of the first or second engagement element and is in engagement with the control slot (21, 22, 23, 24; 21', 22', 23', 24'), a rotational movement of the first engagement element (10; 30; 30') relative to the second engagement element (20; 20'; 40; 40') into a starting position or a third position while the engine is running is prevented. a first engagement element (10; 30; 30') which has an oscillating pin receptacle for an oscillating pin, wherein the oscillating pin projects partially out of the oscillating pin receptacle and is movable in an oscillating manner, and a second engagement element (20; 20'; 40; 40'), wherein the second engagement element (20; 20';.40; 40') has a control slot (21, 22, 23, 24; 21', 22', 23', 24'), wherein the first engagement element (10; 30; 30') and the second engagement element (20; 20'; 40; 40') are arranged coaxially with respect to one another, wherein at least the first engagement element (10; 30; 30') or the second engagement element (20; 20'; 40; 40') is rotatable about the common axis, and wherein, when the oscillating pin is supported in the circumferential direction counter to a direction of movement of the first or second engagement element and is in engagement with the control slot (21, 22, 23, 24; 21', 22', 23', 24'), a rotational movement of the first engagement element (10; 30; 30') relative to the second engagement element (20; 20'; 40; 40') into a starting position or a third position while the engine is running is prevented.
A switch comprising: a first casing; a second casing coupled to said first casing; an operation unit configured to be caused to operate by manipulation of an actuator, said actuator including a key; and a detection unit including a photomicrosensor configured to optically detect an operating state of said operation unit and outputting a signal concerning said detected operating state, wherein said operation unit is configured to be caused to operate by insert manipulation of inserting said key into said first casing when said key has a shape adapted to a shape of said operation unit, and not to be caused to operate by said insert manipulation when said key does not have a shape adapted to the shape of said operation unit, and said first casing houses said operation unit and at least a part of said detection unit, characterized in that said operation unit in the operating state permits light of said detection unit to pass, and said operation unit in a non-operating state blocks said light, and when said first casing and said second casing are separated from each other, said detection unit outputs a signal indicating that said operation unit is in the non-operating state. a first casing; a second casing coupled to said first casing; an operation unit configured to be caused to operate by manipulation of an actuator, said actuator including a key; and a detection unit including a photomicrosensor configured to optically detect an operating state of said operation unit and outputting a signal concerning said detected operating state, wherein said operation unit is configured to be caused to operate by insert manipulation of inserting said key into said first casing when said key has a shape adapted to a shape of said operation unit, and not to be caused to operate by said insert manipulation when said key does not have a shape adapted to the shape of said operation unit, and said first casing houses said operation unit and at least a part of said detection unit, characterized in that said operation unit in the operating state permits light of said detection unit to pass, and said operation unit in a non-operating state blocks said light, and when said first casing and said second casing are separated from each other, said detection unit outputs a signal indicating that said operation unit is in the non-operating state.
Filter cascade with at least one filter path (FP 1; FP 2) consisting of in each case at least one decimating filter (F 0, F 1, F 2,.., F μ,.., F N-1), wherein the input of the filter cascade is supplied with a sampled input signal (x 0 (k 0)) with a plurality of valid signal sections separated from one another by at least one invalid sampling value and wherein each decimating filter (F 0, F 1, F 2,.., F μ,.., F N-1) is composed of a non-decimating filter in series with a polyphase decimator, characterised in that for the decimating filter (F μ) between the sampling levels μ and μ +1 the polyphase component (P μ) of the associated polyphase decimator is in each case reinitialised at the beginning of a valid signal section with a value which is proportional to a modulus value MOD{ L̃ i,μ -1- p̃ i,μ, R̃ i,μ +1}, wherein for the calculation of the modulus value the dividend used is the difference between a filter length ( L̃ i,u) reduced by 1 and a polyphase component ( p̃ i,μ) of a substitute filter replacing the non-decimating filters and polyphase decimators located between the sampling level i =0 at the input of the filter cascade and the sampling level μ and the divisor used is a decimation factor ( R̃ i,μ +1) of a substitute filter replacing the non-decimating filters and polyphase decimators located between the sampling level i =0 at the input of the filter cascade and the sampling level μ +1.
A method comprising: detecting or receiving data for a first torque on a first engine of a first generator; detecting or receiving data for a second torque on a second engine of a second generator; calculating a torque target based on the first torque and the second torque; and controlling operation of the first engine based on the torque target. detecting or receiving data for a first torque on a first engine of a first generator; detecting or receiving data for a second torque on a second engine of a second generator; calculating a torque target based on the first torque and the second torque; and controlling operation of the first engine based on the torque target.
A method performed by a terminal in a wireless communication system, the method comprising: receiving a control message including configuration information of a first control resource set, CORESET, and configuration information of a second CORESET; determining whether a first monitoring occasion of the first CORESET and a second monitoring occasion of the second CORESET overlap each other; and in response to determining that the first monitoring occasion overlaps the second monitoring occasion and quasi co-location, QCL, types of the first CORESET and the second CORESET are a QCL type D, monitoring a physical downlink control channel, PDCCH, in a CORESET corresponding to a first control resource among the first CORESET and the second CORESET, wherein the first control resource corresponds to a CORESET having a lowest index among CORESETs related to a common search space, CSS, set. receiving a control message including configuration information of a first control resource set, CORESET, and configuration information of a second CORESET; determining whether a first monitoring occasion of the first CORESET and a second monitoring occasion of the second CORESET overlap each other; and in response to determining that the first monitoring occasion overlaps the second monitoring occasion and quasi co-location, QCL, types of the first CORESET and the second CORESET are a QCL type D, monitoring a physical downlink control channel, PDCCH, in a CORESET corresponding to a first control resource among the first CORESET and the second CORESET, wherein the first control resource corresponds to a CORESET having a lowest index among CORESETs related to a common search space, CSS, set.
A method of joining studs to workpieces, in particular for the purpose of stud welding, comprising the steps of: - acquiring at least one dimension of a stud to be joined, through application of a sensing element (26, 28) to the stud and through acquisition of a travel distance (Pi, P 2) of the sensing element (26, 28) required for this purpose; and - joining the stud to a workpiece, if the dimension of the stud is within an allowable tolerance range, characterized in that the allowable tolerance range is adapted in dependence on the travel distance (P 1, P 2) of the sensing element (26, 28) in the case of at least one preceding method step. wherein the adaptation of the allowable tolerance range is effected only if the dimension (P 1, P 2) of the stud in the preceding joining operation was within the allowable tolerance band. - acquiring at least one dimension of a stud to be joined, through application of a sensing element (26, 28) to the stud and through acquisition of a travel distance (Pi, P 2) of the sensing element (26, 28) required for this purpose; and - joining the stud to a workpiece, if the dimension of the stud is within an allowable tolerance range, characterized in that the allowable tolerance range is adapted in dependence on the travel distance (P 1, P 2) of the sensing element (26, 28) in the case of at least one preceding method step. wherein the adaptation of the allowable tolerance range is effected only if the dimension (P 1, P 2) of the stud in the preceding joining operation was within the allowable tolerance band.
A mounting for securing a curtain airbag assembly to a vehicle panel using a fixing means, said mounting comprising: a support portion arranged to support the airbag assembly, and a fixing portion co-operable with the fixing means to fix the mounting to a front side of the vehicle panel; Characterised in that the mounting comprises a horizontal member which includes the support portion, and a vertical member which extends substantially perpendicular to the horizontal member and includes the fixing portion; wherein the horizontal and vertical members are in the same plane; and at least one clip (122a, 122b) for securing the mounting to said vehicle panel; the clip being resilient to apply a bracing force to a rear side of the vehicle panel in use. a support portion arranged to support the airbag assembly, and a fixing portion co-operable with the fixing means to fix the mounting to a front side of the vehicle panel; Characterised in that the mounting comprises a horizontal member which includes the support portion, and a vertical member which extends substantially perpendicular to the horizontal member and includes the fixing portion; wherein the horizontal and vertical members are in the same plane; and at least one clip (122a, 122b) for securing the mounting to said vehicle panel; the clip being resilient to apply a bracing force to a rear side of the vehicle panel in use. the mounting comprises a horizontal member which includes the support portion, and a vertical member which extends substantially perpendicular to the horizontal member and includes the fixing portion; wherein the horizontal and vertical members are in the same plane; and at least one clip (122a, 122b) for securing the mounting to said vehicle panel; the clip being resilient to apply a bracing force to a rear side of the vehicle panel in use.
Rotor blade of a wind turbine, the rotor blade comprising a lift modifying device having at least one fluid jet module and at least one compressed fluid source, wherein the at least one fluid jet module comprises multiple fluid jets, which are fluidically connected to the at least one compressed fluid source, whereby the at least one fluid jet module is mounted as an add-on onto an outer surface of the suction side or the pressure side of the rotor blade.
An apparatus for additive manufacturing, the apparatus comprising: at least one processor operatively configured to generate instructions (104, 800) usable by a 3D printer that specify that a deposition head and/or a build plate of the 3D printer moves relative to each other to build an article on the build plate such that material is deposited from the deposition head in a spiral pattern (302, 602, 702) in each of a plurality of successive layers that form at least a portion of the article, characterized in that the at least one processor is operatively configured to provide a graphical user interface via which a user may select a spiral pattern selection from among a plurality of different pattern selections and to generate the instructions based at least in part on a user selecting the spiral pattern selection. at least one processor operatively configured to generate instructions (104, 800) usable by a 3D printer that specify that a deposition head and/or a build plate of the 3D printer moves relative to each other to build an article on the build plate such that material is deposited from the deposition head in a spiral pattern (302, 602, 702) in each of a plurality of successive layers that form at least a portion of the article, characterized in that the at least one processor is operatively configured to provide a graphical user interface via which a user may select a spiral pattern selection from among a plurality of different pattern selections and to generate the instructions based at least in part on a user selecting the spiral pattern selection.
A method of receiving Radio Link Control Status Reports in a cellular radio system used for transmission of data between a sender (103, 105) and a receiver (103, 105), comprising the steps of: - receiving data on at least one first logical channel, - receiving an RLC status report in a Packet Data Unit, PDU, packet on a second logical channel separate from said at least one first logical channel, wherein the second logical channel is a Medium Access Control, MAC, flow used for the control RLC messages, - delivering the RLC status report directly upon reception of such a status report without buffering it in a reordering queue, characterised by: - checking a Transmission Sequence Number, TSN, of the latest received packet on the second logical channel, and - dropping the status report received on the second logical channel if it is generated earlier than any previously received packet, else delivering the status report to the RLC. - receiving data on at least one first logical channel, - receiving an RLC status report in a Packet Data Unit, PDU, packet on a second logical channel separate from said at least one first logical channel, wherein the second logical channel is a Medium Access Control, MAC, flow used for the control RLC messages, - delivering the RLC status report directly upon reception of such a status report without buffering it in a reordering queue, characterised by: - checking a Transmission Sequence Number, TSN, of the latest received packet on the second logical channel, and - dropping the status report received on the second logical channel if it is generated earlier than any previously received packet, else delivering the status report to the RLC. - checking a Transmission Sequence Number, TSN, of the latest received packet on the second logical channel, and - dropping the status report received on the second logical channel if it is generated earlier than any previously received packet, else delivering the status report to the RLC.
A cabinet for storage of at least one container having a tag associated therewith, said tag including a tag antenna coupled to an integrated circuit device having data related to a product stored in said container, said cabinet comprising, in combination: a framework defining a storage area having an opening, said container being disposed within said storage area with said tag antenna being accessible through said opening, and a reader having a reader antenna disposed within said storage area, said reader antenna being accessible through said opening, characterized by a panel moveably mounted to said framework for closing said opening, said panel having an inner side surface facing said opening when said panel is closed, said tag and said reader respectively being opposite a first location and a second location on said panel when said panel is closed, said first location and said second location being laterally separated on said panel, and an RFID bridge antenna mounted to said inner side surface of said panel, said bridge antenna including at least two RF antenna elements (134,136) coupled together by a conductor, said RF antenna elements (134,136) being mounted in a spaced apart, co-planar relation on said panel and positioned on said panel at said first and second locations respectively so as to substantially align themselves one with each one of said tag and reader antennas when said panel is closed, thereby increasing the distance over which said tag can communicate with said reader. a framework defining a storage area having an opening, said container being disposed within said storage area with said tag antenna being accessible through said opening, and a reader having a reader antenna disposed within said storage area, said reader antenna being accessible through said opening, characterized by a panel moveably mounted to said framework for closing said opening, said panel having an inner side surface facing said opening when said panel is closed, said tag and said reader respectively being opposite a first location and a second location on said panel when said panel is closed, said first location and said second location being laterally separated on said panel, and an RFID bridge antenna mounted to said inner side surface of said panel, said bridge antenna including at least two RF antenna elements (134,136) coupled together by a conductor, said RF antenna elements (134,136) being mounted in a spaced apart, co-planar relation on said panel and positioned on said panel at said first and second locations respectively so as to substantially align themselves one with each one of said tag and reader antennas when said panel is closed, thereby increasing the distance over which said tag can communicate with said reader.
A wireless communication service access method, comprising: determining, by a first device, a receiving condition of a first data packet transmitted through a first service path; and determining, by the first device, whether the first service path is available according to the receiving condition of the first data packet; wherein the first device is a terminal device or a user plane function, UPF, entity, after the determining, by the first device, that the first service path is unavailable, the method further comprises: sending, by the first device, status information to a service function management node, wherein the status information is used to indicate that the first service path is unavailable and to enable the service function management node to switch a to-be-accessed service to a further service path other than the first service path; or wherein the first device is a service function management node, and after the determining, by the first device, that the first service path is unavailable, the method further comprises: switching, by the first device, a to-be-accessed service to a further service path other than the first service path. determining, by a first device, a receiving condition of a first data packet transmitted through a first service path; and determining, by the first device, whether the first service path is available according to the receiving condition of the first data packet; wherein the first device is a terminal device or a user plane function, UPF, entity, after the determining, by the first device, that the first service path is unavailable, the method further comprises: sending, by the first device, status information to a service function management node, wherein the status information is used to indicate that the first service path is unavailable and to enable the service function management node to switch a to-be-accessed service to a further service path other than the first service path; or wherein the first device is a service function management node, and after the determining, by the first device, that the first service path is unavailable, the method further comprises: switching, by the first device, a to-be-accessed service to a further service path other than the first service path.
A protecting cover for an electronic device, the protecting cover comprising: a first cover including a first magnetic substance and configured to protect a first side of the electronic device; a second cover rotatably connected to the first cover through a connecting portion and configured to protect a second side opposite the first side of the electronic device; and a holder including a supporting member coupled to an inner side of the second cover and a rotary member coupled to the supporting member, and configured to rotate with respect to the supporting member and hold the electronic device, characterized in that the first cover includes the first magnetic substance at a first end of the first cover; the connecting portion is connected to a second end of the first cover that is opposite to the first end; and an end of the rotary member is rotatably connected to an end of the supporting member remote from the connecting portion. a first cover including a first magnetic substance and configured to protect a first side of the electronic device; a second cover rotatably connected to the first cover through a connecting portion and configured to protect a second side opposite the first side of the electronic device; and a holder including a supporting member coupled to an inner side of the second cover and a rotary member coupled to the supporting member, and configured to rotate with respect to the supporting member and hold the electronic device, characterized in that the first cover includes the first magnetic substance at a first end of the first cover; the connecting portion is connected to a second end of the first cover that is opposite to the first end; and an end of the rotary member is rotatably connected to an end of the supporting member remote from the connecting portion.
A casing for a food product which has been formed from a strip which has been manipulated to a cylindrical shape with opposed edge zones of the strip overlapping, the casing comprising films of synthetic plastics material which are laminated together, one of the two outer films of the laminate being a peelable ionomer and the other of the two outer films of the laminate being an olefin, the olefin being the inner layer of the casing and the peelable ionomer being the outer layer of the casing, there being an overlap seal between the outer peelable ionomer layer of the one edge zone and the inner olefin layer of the other edge zone where the edge zones overlap, one edge zone protruding outwardly from the overlap seal, said one edge zone having a plurality of weakening formations for facilitating initial tearing of the casing in the circumferential direction, the weakening formations being the boundaries of pull tabs, characterised in that the strength of the overlap seal between the edge zones permits the inner olefin film of one edge zone and the outer peelable ionomer film of the other edge zone to separate when one of the tabs is pulled in the opening direction, separation between the opposing edge zones of the casing continuing across said overlap seal without separation being inhibited by the overlap seal between the inner and outer films.