mhurhangee/ep-ind-claims huggingface dataset:
An automatic fall-stop device for a high worker, the device being intended to be installed vertically on a vertical belay support, the device having a control arm for linking the worker and a frame passed through by the belay support and including two stepped elements for clamping said belay support forming a double stepped jaw controlled by the control arm, the controlled double stepped jaw being arranged at one of the four sides of a deformable parallelogram consisted of a part of said double jaw and of three rods articulated to each other and/or to the frame, at the four corners (12, 13, 14, 15) of the parallelogram, said three rods being a vertical rod parallel to the belay support, arranged on the side opposite to the double jaw, and the two other rods, called control rods (5, 6), parallel and opposite to each other, curved internal extensions (7, 8) of the two control rods forming the two stepped clamping elements of the double stepped jaw, the vertical rod being articulated to the two control rods at the two external corners (12, 13) of the parallelogram and the two control rods (5, 6) being articulated to the frame at the two other, internal, corners (14, 15) of the parallelogram, the belay support being able to be clamped between the frame and the curved internal extensions of the two control rods when these latter tilt, after a fall of the worker, one of the control rods corresponding to the control arm, the worker being able to be linked to an external extension, called fastening extension, of the control arm that is opposite to its internal extension, the double jaw being able to lock the belay support by clamping it in case of fall of the worker, causing a downward traction of the fastening extension of the control arm and being able to release the belay support when the worker climb, causing an upward traction of the fastening extension of the control arm, and the fastening extension including a hooking part upwardly offset with respect to the articulation axis of the control arm and of its fastening extension, the articulation axis passing through the two articulations of said control arm, the worker being able be linked to the control arm by hooking of a connector in the hooking portion upwardly offset with respect to the articulation axis of the control arm and of its fastening extension.
A method, comprising: intercepting, at a repeater node in a shared media network, a shared media transmission from a first node to a second node; determining whether the second node returns an acknowledgement, ACK, in response to the shared media transmission to the first node; and in response to determining that the second node did not return an ACK to the first node, repeating the shared media transmission from the repeater node to the second node, further comprising: receiving the ACK at the repeater node from the second node in response to the repeated shared media transmission; and forwarding the ACK from the repeater node to the first node; wherein the forwarded ACK is identical to the ACK received from the second node. intercepting, at a repeater node in a shared media network, a shared media transmission from a first node to a second node; determining whether the second node returns an acknowledgement, ACK, in response to the shared media transmission to the first node; and in response to determining that the second node did not return an ACK to the first node, repeating the shared media transmission from the repeater node to the second node, further comprising: receiving the ACK at the repeater node from the second node in response to the repeated shared media transmission; and forwarding the ACK from the repeater node to the first node; wherein the forwarded ACK is identical to the ACK received from the second node. receiving the ACK at the repeater node from the second node in response to the repeated shared media transmission; and forwarding the ACK from the repeater node to the first node; wherein the forwarded ACK is identical to the ACK received from the second node.
A method of detecting an analyte, comprising: contacting a sample with a reversible first complex comprising a probe affixed to a sensor surface and a pseudoligand having a charge opposed to that of the probe; and detecting the presence of the analyte by detecting a second complex formed by displacement of the pseudoligand from the probe by the analyte, if present in the sample, wherein the detection comprises comparing a charge state of the probe before the displacement of the pseudoligand with a charge state of the probe after the displacement of the pseudoligand. contacting a sample with a reversible first complex comprising a probe affixed to a sensor surface and a pseudoligand having a charge opposed to that of the probe; and detecting the presence of the analyte by detecting a second complex formed by displacement of the pseudoligand from the probe by the analyte, if present in the sample, wherein the detection comprises comparing a charge state of the probe before the displacement of the pseudoligand with a charge state of the probe after the displacement of the pseudoligand.
A method of setting a pacing rate for an atrial capture threshold test using a cardiac device, comprising: detecting cardiac cycles; monitoring (110, 320) cardiac events of a cardiac chamber that occur during the cardiac cycles; counting (130, 330) a number of atrial intrinsic beats in the cardiac events; counting a number of atrial fusion beats in the cardiac events; maintaining the pacing rate for the capture threshold test if the number of both of atrial intrinsic beats and atrial fusion beats in the cardiac events is less than a threshold; and increasing the pacing rate for the capture threshold test if the number of both of atrial intrinsic beats and atrial fusion beats in the cardiac events is greater than the threshold. detecting cardiac cycles; monitoring (110, 320) cardiac events of a cardiac chamber that occur during the cardiac cycles; counting (130, 330) a number of atrial intrinsic beats in the cardiac events; counting a number of atrial fusion beats in the cardiac events; maintaining the pacing rate for the capture threshold test if the number of both of atrial intrinsic beats and atrial fusion beats in the cardiac events is less than a threshold; and increasing the pacing rate for the capture threshold test if the number of both of atrial intrinsic beats and atrial fusion beats in the cardiac events is greater than the threshold.
Device for securing together cables for the electrical charging of an electronic apparatus, said electronic apparatus comprising two connectors (211, 221), each connector being connectable to a charging plug, characterized in that it comprises: - a first portion for connection to a first connector, and - a second portion provided with a housing for the insertion of a connection cable dedicated to a second connector, said first portion and said second portion being secured together by securing means. - a first portion for connection to a first connector, and - a second portion provided with a housing for the insertion of a connection cable dedicated to a second connector,
An apparatus configured to be employed within a User Equipment, UE, the apparatus comprising: means for generating a short enhanced Physical Uplink Control Channel, sPUCCH, in a subframe via a first interlace of an unlicensed frequency band, the first interlace comprising a plurality of non-contiguous Resource Blocks, RBs, equally spaced in a frequency domain; means for generating a Uplink Control Information, UCI, message for the unlicensed frequency band, the UCI message comprising one or more of Hybrid Automatic Repeat Request Acknowledgement, HARQ ACK, feedback, and Channel State Information, CSI; and means for mapping the UCI message to the first interlace for the sPUCCH, wherein the sPUCCH consists of four symbols of the subframe; and wherein a listen before talk, LBT, procedure is performed during the symbol of the subframe preceding the four symbols of the sPUCCH. means for generating a short enhanced Physical Uplink Control Channel, sPUCCH, in a subframe via a first interlace of an unlicensed frequency band, the first interlace comprising a plurality of non-contiguous Resource Blocks, RBs, equally spaced in a frequency domain; means for generating a Uplink Control Information, UCI, message for the unlicensed frequency band, the UCI message comprising one or more of Hybrid Automatic Repeat Request Acknowledgement, HARQ ACK, feedback, and Channel State Information, CSI; and means for mapping the UCI message to the first interlace for the sPUCCH, wherein the sPUCCH consists of four symbols of the subframe; and wherein a listen before talk, LBT, procedure is performed during the symbol of the subframe preceding the four symbols of the sPUCCH.
A composition for coating a frozen confection, the composition comprising, expressed in weight % based on the total weight of the coating, 30 to 80 wt% of fat, which comprises a fat blend of hard fat and liquid oil, and 20 to 70 wt% of non-fat solids, wherein, the coating composition comprises, less than 25 wt% of saturated fatty acid, 10-60 wt%, preferably 20-40% of monounsaturated fatty acid and less than 10%, preferably less than 5% of polyunsaturated fatty acid, and wherein, the saturated fatty acid comprises between 12-24C-atoms and the unsaturated fatty acid contains 18C-atoms or more than 18C-atoms, wherein the composition only contains non-interesterified fat and oil and is free of lauric fat, and wherein the fat blend crystalizes in a first and second crystallization step at a temperature of -15°C. less than 25 wt% of saturated fatty acid, 10-60 wt%, preferably 20-40% of monounsaturated fatty acid and less than 10%, preferably less than 5% of polyunsaturated fatty acid, and
Method for approving a package-transmitting data connection from a mobile terminal (104; 105) via a mobile network (101; 102) in a data network, wherein a home network is allocated to the terminal (104;105), comprising the following steps: - Receiving a request of data connection from the terminal (104; 105) in a broker unit (106; 111) of the mobile radio network (101; 102); - Forwarding the request from the broker unit (106; 111) to a gateway device of the home network, characterized in that the approval conditions in the gateway device are determined on the basis of an allocation between a feature allocated to the broker unit (106; 111) and the mobile radio network (101; 102) and are provided by the gateway device for approval of the data connection for displaying on the mobile terminal. - Receiving a request of data connection from the terminal (104; 105) in a broker unit (106; 111) of the mobile radio network (101; 102); - Forwarding the request from the broker unit (106; 111) to a gateway device of the home network,
A production method for a film laminate, comprising bonding a tough film having an elongated shape to a brittle film having an elongated shape while conveying the brittle film, wherein the method comprises bonding the brittle film and the tough film to each other by causing the brittle film and the tough film to travel between a first roll and a second roll facing each other, and wherein the first roll has an Asker C hardness of from 1 to50, wherein the brittle film has a fracture toughness value of from 0.1 MPa/m 1/2 to 10 MPa/m 1/2 and is a glass film, a ceramic film, or a film formed of a semiconductor material or an acrylic resin; and wherein the tough film is a resin film having a fracture toughness value that is larger than that of the brittle film and from 2 MPa/m 1/2 to 20 MPa/m 1/2, said fracture toughness values being determined as described in the description wherein the method comprises bonding the brittle film and the tough film to each other by causing the brittle film and the tough film to travel between a first roll and a second roll facing each other, and wherein the first roll has an Asker C hardness of from 1 to50, wherein the brittle film has a fracture toughness value of from 0.1 MPa/m 1/2 to 10 MPa/m 1/2 and is a glass film, a ceramic film, or a film formed of a semiconductor material or an acrylic resin; and wherein the tough film is a resin film having a fracture toughness value that is larger than that of the brittle film and from 2 MPa/m 1/2 to 20 MPa/m 1/2, said fracture toughness values being determined as described in the description
Composition comprising the compound HFO-1234yf, HFO-1243zf and HCFC-115; the compound HFO-1234yf representing at least 99% by weight in the composition.
A method for determining the thickness of the paved layer paved by a road paver by means of a self-propelled road roller, comprising the steps: a) establishing a height reference; b) creating a height profile of the surface to be paved by one or more road rollers by compaction to prepare the surface or by the road paver driving over the surface to be paved; c) paving the paved layer by the road paver; d) measuring the elevation of a height reference sensor of a self-propelled road roller, which compacts the paving layer behind the road paver in relation to the height reference; e) measuring the position of the height reference sensor of the self-propelled road roller from step (d) in relation to a ground surface of the road roller; f) determining a height profile of the paved surface from the position of the height reference sensor in relation to the height reference and the position of the height reference sensor in relation to the ground surface of the road roller; and g) determining the thickness of the paved layer from the two height profiles. a) establishing a height reference; b) creating a height profile of the surface to be paved by one or more road rollers by compaction to prepare the surface or by the road paver driving over the surface to be paved; c) paving the paved layer by the road paver; d) measuring the elevation of a height reference sensor of a self-propelled road roller, which compacts the paving layer behind the road paver in relation to the height reference; e) measuring the position of the height reference sensor of the self-propelled road roller from step (d) in relation to a ground surface of the road roller; f) determining a height profile of the paved surface from the position of the height reference sensor in relation to the height reference and the position of the height reference sensor in relation to the ground surface of the road roller; and g) determining the thickness of the paved layer from the two height profiles.
A method by a user equipment, UE, for transmitting a power headroom, PH, in a communication system, the method comprising: receiving, from a base station, information for a path loss reference for a secondary cell, SCell, wherein the information for the path loss reference indicates whether the UE applies as the path loss reference either a downlink of a primary cell, PCell, or a downlink of the SCell; triggering(715, 735) a power headroom report, PHR, in case that a prohibit PHR timer expires and a path loss is changed more than a threshold for at least one activated serving cell which is used as the path loss reference since a transmission of a last PHR and when uplink resource is allocated for a new transmission; obtaining PH for each of activated serving cells in case that the PHR is configured for the each of activated serving cells and the uplink resource is allocated for the new transmission; and transmitting the PHR including the PH for each of activated serving cells and an indicator for the PH for each of activated serving cells, the indicator indicating whether the PH is based on a real physical uplink shared channel, PUSCH, transmission or a reference format, wherein the PH is calculated based on that a parameter related to a number of resource blocks and a parameter derived from modulation and coding scheme, MCS, are omitted, in case that the indicator indicates the PUSCH reference format. receiving, from a base station, information for a path loss reference for a secondary cell, SCell, wherein the information for the path loss reference indicates whether the UE applies as the path loss reference either a downlink of a primary cell, PCell, or a downlink of the SCell; triggering(715, 735) a power headroom report, PHR, in case that a prohibit PHR timer expires and a path loss is changed more than a threshold for at least one activated serving cell which is used as the path loss reference since a transmission of a last PHR and when uplink resource is allocated for a new transmission; obtaining PH for each of activated serving cells in case that the PHR is configured for the each of activated serving cells and the uplink resource is allocated for the new transmission; and transmitting the PHR including the PH for each of activated serving cells and an indicator for the PH for each of activated serving cells, the indicator indicating whether the PH is based on a real physical uplink shared channel, PUSCH, transmission or a reference format, wherein the PH is calculated based on that a parameter related to a number of resource blocks and a parameter derived from modulation and coding scheme, MCS, are omitted, in case that the indicator indicates the PUSCH reference format.
A roll-forming machine with a number of forming stations (20a, 20b) for successively roll-forming a flat sheet metal strip (5, 5') into a hat beam (1, 1') which has a profile that varies along its length and which has a central flange, first and second side flanges (3a, 3b) on opposite sides of the central flange, a first web extending between the central flange and the first side flange and a second web extending between the central flange and the second side flange, wherein each forming station (20a, 20b) comprises a first pair of clamping rollers (22a, 22b) for clamping one of the side flanges (3a, 3b) and a second pair of clamping rollers (23a, 23b) for clamping the central flange, the first and second pairs of clamping rollers (22a, 22b, 23a, 23b) being configured to fold one of the webs (4a, 4b) in relation to the associated side flange (3a, 3b) over a first peripheral folding edge on a clamping roller included in the first pair of clamping rollers and in relation to the central flange over a second peripheral folding edge on a clamping roller included in the second pair of clamping rollers, characterized in: - that the clamping rollers (23a, 23b) of the second pair of clamping rollers are configured to be individually displaceable during a forming operation upwards and downwards in vertical direction and horizontally forwards and backwards as seen in the intended feeding direction of the sheet metal strip (5, 5') through the forming stations (20a, 20b); and - that the roll-forming machine comprises an electronic control device which is configured to control the displacement of the clamping rollers (23a, 23b) of the second pair of clamping rollers during a forming operation in such a manner that a plane that goes through the centre axes (CA3, CA4) of both clamping rollers (23a, 23b) of the second pair of clamping rollers is always maintained perpendicular to the part of the central flange received in the nip between these clamping rollers (23a, 23b). - that the clamping rollers (23a, 23b) of the second pair of clamping rollers are configured to be individually displaceable during a forming operation upwards and downwards in vertical direction and horizontally forwards and backwards as seen in the intended feeding direction of the sheet metal strip (5, 5') through the forming stations (20a, 20b); and - that the roll-forming machine comprises an electronic control device which is configured to control the displacement of the clamping rollers (23a, 23b) of the second pair of clamping rollers during a forming operation in such a manner that a plane that goes through the centre axes (CA3, CA4) of both clamping rollers (23a, 23b) of the second pair of clamping rollers is always maintained perpendicular to the part of the central flange received in the nip between these clamping rollers (23a, 23b).
A method for transmitting a sounding reference signal, SRS, in a cooperative communication system, the method comprising: receiving SRS resource information indicating a transmission resource for transmitting an SRS to be transmitted by a user equipment, UE, from a macro base station; transmitting the SRS and uplink data based on a UE-specific SRS subframe configuration included in the SRS resource information when the SRS resource information includes the UE-specific SRS subframe configuration information; and transmitting the SRS and the uplink data based on a pre-stored cell-specific SRS subframe configuration when the SRS resource information does not include the UE-specific SRS subframe configuration information, wherein a destination of the SRS to be transmitted by the UE is selected as a first base station which is one of remote radio head, RRH, base stations of the macro base station, when the SRS resource information includes the UE-specific SRS subframe configuration information of the first base station selected as the destination of the SRS, wherein the UE-specific SRS subframe configuration information allows a last SC-FDMA symbol of a subframe to be used in transmitting the uplink data, when the uplink data is transmitted in the subframe in which the SRS is not transmitted. receiving SRS resource information indicating a transmission resource for transmitting an SRS to be transmitted by a user equipment, UE, from a macro base station; transmitting the SRS and uplink data based on a UE-specific SRS subframe configuration included in the SRS resource information when the SRS resource information includes the UE-specific SRS subframe configuration information; and transmitting the SRS and the uplink data based on a pre-stored cell-specific SRS subframe configuration when the SRS resource information does not include the UE-specific SRS subframe configuration information, wherein a destination of the SRS to be transmitted by the UE is selected as a first base station which is one of remote radio head, RRH, base stations of the macro base station, when the SRS resource information includes the UE-specific SRS subframe configuration information of the first base station selected as the destination of the SRS, wherein the UE-specific SRS subframe configuration information allows a last SC-FDMA symbol of a subframe to be used in transmitting the uplink data, when the uplink data is transmitted in the subframe in which the SRS is not transmitted.