mhurhangee/ep-ind-claims huggingface dataset:
A communication device for handling channel status information, CSI, reports for transmission time intervals, TTIs, when a shortened TTI, sTTI, coexists with a normal TTI, nTTI, the communication device comprising: a storage device, adapted to store instructions for: receiving a downlink, DL, control information, DCI, from a network, wherein the DCI comprises a CSI request indicating a CSI reporting for at least one serving cell of the network; and transmitting a first CSI report for a DL nTTI of the at least one serving cell and a second CSI report for a DL sTTI of the at least one serving cell according to the CSI request to the network, wherein the communication device transmits the first CSI report and the second CSI report according to an order information; wherein the order information is predetermined, or is determined according to at least one cell identity, ID, of the at least one serving cell; wherein a length of the DL sTTI is not greater than a half length of the DL nTTI; and a processing circuit, coupled to the storage device, configured to execute the instructions stored in the storage device. a storage device, adapted to store instructions for: receiving a downlink, DL, control information, DCI, from a network, wherein the DCI comprises a CSI request indicating a CSI reporting for at least one serving cell of the network; and transmitting a first CSI report for a DL nTTI of the at least one serving cell and a second CSI report for a DL sTTI of the at least one serving cell according to the CSI request to the network, wherein the communication device transmits the first CSI report and the second CSI report according to an order information; receiving a downlink, DL, control information, DCI, from a network, wherein the DCI comprises a CSI request indicating a CSI reporting for at least one serving cell of the network; and transmitting a first CSI report for a DL nTTI of the at least one serving cell and a second CSI report for a DL sTTI of the at least one serving cell according to the CSI request to the network, wherein the communication device transmits the first CSI report and the second CSI report according to an order information; wherein the order information is predetermined, or is determined according to at least one cell identity, ID, of the at least one serving cell; wherein a length of the DL sTTI is not greater than a half length of the DL nTTI; and a processing circuit, coupled to the storage device, configured to execute the instructions stored in the storage device.
Rock-drilling rig comprising at least one boom having a first end and a second end and a drilling machine arranged at said boom, wherein said first end is attached to a carrier, and wherein said drilling machine is attached to said other end by means of a first joint means and a second joint means, wherein said joint means (23, 24) are arranged to be manoeuvred by an operator by means of control means for controlling the drilling direction of said drilling machine, characterized in that the rock-drilling rig comprises means for determining a rotation of said second joint means on the basis of the rotation position of said first joint means in such a manner that the influence of said joint means (23, 24) on the movement of said drilling machine corresponds to a direction indicated by the operator using said control means.
Power semiconductor module of a pressure contact configuration, for arrangement on a cooling component, with a power-electronic switching device, a housing, with first load terminal elements (82, 84, 86) leading out of this housing to the outside and with a first pressure device, wherein the power-electronic switching device has a substrate with a power semiconductor component (24, 26) arranged on it, an internal connecting device, internal second load terminal elements (42, 44, 46) and a second pressure device, wherein the connecting device is formed as a film composite with an electrically conducting film (30, 34) and an electrically insulating film, and consequently forms a first and a second main area (300, 340) and wherein the switching device is electrically connected internally to meet switching requirements by means of the connecting device, wherein the second pressure device has a pressure body with a first recess, from which a first pressure element is arranged protruding in the direction of the power semiconductor component (24, 26) and wherein the pressure element presses against a portion of the second main area of the connecting device and this portion is thereby arranged in projection along the direction normal to the power semiconductor component (24, 26) within the area of the power semiconductor component, wherein the first load terminal elements (82, 84, 86) are electrically connected directly to meet polarity requirements to load contact points (422, 442, 462) of the second load terminal elements (42, 44, 46) arranged on the upper side of the pressure body, wherein the first pressure device is formed for the thermal attachment of the power semiconductor component to the cooling component for introducing pressure to the first load terminal elements (82, 84, 86), via the latter to the second load terminal elements (42, 44, 46), and on via the second pressure device and the connecting device to the power semiconductor component.
A coherent optical receiver, comprising: a local light source (110, 210, 310), a 90° hybrid circuit (120, 220, 320), an optoelectronic converter (130, 230, 330), an analog to digital converter (140, 240), and a digital signal processing unit (150, 250, 450); wherein the 90° hybrid circuit (120, 220, 320) is configured to make multiplexed signal light interfere with local light from the local light source (110, 210, 310), and configured to output a plurality of optical signals separated into a plurality of signal components; the optoelectronic converter (130, 230, 330) is configured to detect the optical signals and to output detected electrical signals; the analog to digital converter (140, 240) is configured to quantize the detected electrical signals and to output quantized signals; the digital signal processing unit (150, 250, 450) comprises a skew compensation unit for compensating a difference in propagation delay between the plurality of signal components, and an FFT operation unit (154, 254, 386) for performing a fast Fourier transform process on the quantized signals; and wherein the difference in propagation delay is calculated on the basis of a plurality of peak values resulting from the fast Fourier Transform processing of a plurality of signals each signal including a central peak signal and its sidelobe signals. a local light source (110, 210, 310), a 90° hybrid circuit (120, 220, 320), an optoelectronic converter (130, 230, 330), an analog to digital converter (140, 240), and a digital signal processing unit (150, 250, 450); wherein the 90° hybrid circuit (120, 220, 320) is configured to make multiplexed signal light interfere with local light from the local light source (110, 210, 310), and configured to output a plurality of optical signals separated into a plurality of signal components; the optoelectronic converter (130, 230, 330) is configured to detect the optical signals and to output detected electrical signals; the analog to digital converter (140, 240) is configured to quantize the detected electrical signals and to output quantized signals; the digital signal processing unit (150, 250, 450) comprises a skew compensation unit for compensating a difference in propagation delay between the plurality of signal components, and an FFT operation unit (154, 254, 386) for performing a fast Fourier transform process on the quantized signals; and wherein the difference in propagation delay is calculated on the basis of a plurality of peak values resulting from the fast Fourier Transform processing of a plurality of signals each signal including a central peak signal and its sidelobe signals.
Exhaust-gas aftertreatment device for an exhaust-gas system (2, 3) of an internal combustion engine, having a housing which has at least two equivalently formed receptacles for the arrangement of EGA modules, wherein an EGA module is understood to mean a module which is provided for guiding at least part of an exhaust-gas flow and which has at least one substrate which is relevant for an exhaust-gas aftertreatment and through which the exhaust-gas flow is guided, characterized by at least one exhaust-gas guide module which can be inserted into an arbitrary one of the at least two equivalent receptacles, wherein the exhaust-gas guide module is provided to form an exhaust-gas inlet or an exhaust-gas outlet.
A computer-implemented method for determining an orientation parameter value of a prosthetic component for a joint, the method comprising: estimating a first estimated separation distance between a first prosthetic component and a second prosthetic component a at a first flexion position of a joint for at least one potential orientation of the second prosthetic component; characterised by receiving a first desired separation distance between the first prosthetic component and the second prosthetic component at the first flexion position of the joint; determining a first orientation parameter value of the second prosthetic component by comparing the first estimated separation distance to the first desired separation distance; and outputting the first orientation parameter value via a user interface. estimating a first estimated separation distance between a first prosthetic component and a second prosthetic component a at a first flexion position of a joint for at least one potential orientation of the second prosthetic component; characterised by receiving a first desired separation distance between the first prosthetic component and the second prosthetic component at the first flexion position of the joint; determining a first orientation parameter value of the second prosthetic component by comparing the first estimated separation distance to the first desired separation distance; and outputting the first orientation parameter value via a user interface.
A roller rail for a sliding wall comprising several sliding wall elements (5, 6, 7, 8, 9, and 10), in which each sliding wall element (5, 6, 7, 8, 9, and 10) is supported to be displaceable in particular via two carriages (3.1, 3.2), wherein the roller rail (1.1) can be connected to a branching roller rail (1.2) respectively separated therefrom via a turnout of the roller rail which is switchable by the carriages (3.1, 3.2), wherein, for adjusting the turnout, at least one carriage (3.1, 3.2) of a sliding wall element (5, 6, 7, 8, 9, and 10) takes up a position which is located outside the turnout, wherein the turnout is configured as a switching element (2.3), which is connected to a switching mechanism of the roller rail, which mechanism, at least partially, protrudes in the travel direction of the carriage (3.1, 3.2) travelling on the roller rail (1.1) or on the branching roller rail (1.2), wherein the switching mechanism can be actuated by means of the carriage (3.1, 3.2), whereby the switching element (2.3), which is attached to the switching mechanism, moves between the roller rail (1.1) and the branching roller rail (1.2), wherein the switching mechanism has a displaceably supported pivoting lever (2.1), which is connected to the switching element (2.3) in a torque-proof manner and to which at least one switching portion (2.1.a, 2.1.b, 2.1.a.1, 2.1.a.2, 2.1.b.1, 2.1.b.2, 2.1.c.1, 2.1.c.2) is attached in order to be actuated by the carriage (3.1, 3.2), characterized in that for the roller rail (1.1) and for the branching roller rail (1.2), respectively two switching portions are configured as change levers (2.1.a.1, 2.1.a.2; 2.1.b.1, 2.1.b.2), are disposed at the pivoting lever (2.1), and point into the direction of the same rail (1.1, 1.2), wherein the first change lever (2.1.a.1, 2.1.b.1) associated to each rail (1.1, 1.2) can be actuated in a first direction of movement of the carriage (3.1, 3.2) by the latter, and the second change lever (2.1.a.2, 2.1.b.2), associated to each rail, can be actuated in a second direction of movement of the same carriage (3.1, 3.2).
A work machine including an articulated work implement including work equipment, an actuator (5,6,7) that drives the work implement, an operation device that makes an instruction of operation of the actuator (5,6,7), a controller configured to calculate a position of the work implement and calculate a distance between the work equipment and a predetermined target surface and calculate a positional relationship between the work equipment and the target surface, and an informing device that informs the positional relationship between the work equipment and the target surface, the work machine including an actuator state sensor (25,26,27) that detects a state of the actuator (5,6,7), characterized in that the controller calculates a velocity of the work equipment based on the position of the work implement and an operation amount of the operation device, determines whether or not there is a possibility of entry of the work equipment into a lower side of the target surface due to operation based on a perpendicular component (Vzsrf) of the velocity of the work equipment, the distance between the work equipment and the target surface, and a pressure of the hydraulic actuators (5,6,7) detected by the actuator state sensor (25,26,27), and changes contents of informing by the informing device when determining that there is the possibility of entry of the work equipment into the lower side of the target surface, thereby making a warning by the informing device. an articulated work implement including work equipment, an actuator (5,6,7) that drives the work implement, an operation device that makes an instruction of operation of the actuator (5,6,7), a controller configured to calculate a position of the work implement and calculate a distance between the work equipment and a predetermined target surface and calculate a positional relationship between the work equipment and the target surface, and an informing device that informs the positional relationship between the work equipment and the target surface, the work machine including an actuator state sensor (25,26,27) that detects a state of the actuator (5,6,7), characterized in that the controller calculates a velocity of the work equipment based on the position of the work implement and an operation amount of the operation device, determines whether or not there is a possibility of entry of the work equipment into a lower side of the target surface due to operation based on a perpendicular component (Vzsrf) of the velocity of the work equipment, the distance between the work equipment and the target surface, and a pressure of the hydraulic actuators (5,6,7) detected by the actuator state sensor (25,26,27), and changes contents of informing by the informing device when determining that there is the possibility of entry of the work equipment into the lower side of the target surface, thereby making a warning by the informing device.
Method for allowing a wireless communication equipment, connected to a cellular network, to access to contents stored into delivery nodes (DNj) of a content delivery network, said method comprising: - a step (i) during which said wireless communication equipment sends a request for a content to a content management system accessible through said cellular network, then said content management system orders said wireless communication equipment to re-direct said request toward a service node of said content delivery network which orders said wireless communication equipment to re-direct this request toward a first IP address, then said request is sent into a tunnel defined into said cellular network where it is intercepted and decapsulated by a gateway (Gi) to verify if said first IP address it comprises matches a second IP address of a delivery node (DNj') that is the nearest from said wireless communication equipment according to a topology of said cellular network and that is associated to a value of a parameter representative of a content storage that is greater than a chosen threshold, and in the affirmative, said gateway (Gi) extracts this request from said tunnel and re-routes it toward said delivery node (DNj') through an interface of said content delivery network, and - a step (ii) during which said delivery node (DNj') transmits said requested content to said gateway (Gi), into a response message containing its second IP address, then said gateway (Gi) re-routes said response message through said tunnel toward said wireless communication equipment. - a step (i) during which said wireless communication equipment sends a request for a content to a content management system accessible through said cellular network, then said content management system orders said wireless communication equipment to re-direct said request toward a service node of said content delivery network which orders said wireless communication equipment to re-direct this request toward a first IP address, then said request is sent into a tunnel defined into said cellular network where it is intercepted and decapsulated by a gateway (Gi) to verify if said first IP address it comprises matches a second IP address of a delivery node (DNj') that is the nearest from said wireless communication equipment according to a topology of said cellular network and that is associated to a value of a parameter representative of a content storage that is greater than a chosen threshold, and in the affirmative, said gateway (Gi) extracts this request from said tunnel and re-routes it toward said delivery node (DNj') through an interface of said content delivery network, and - a step (ii) during which said delivery node (DNj') transmits said requested content to said gateway (Gi), into a response message containing its second IP address, then said gateway (Gi) re-routes said response message through said tunnel toward said wireless communication equipment.
A method for multiplexing data communications, the method comprising: communicating to a modem, via a single intermediate frequency cable coupled to a transceiver, receive data transmitted from a satellite and received at the transceiver, wherein the receive data is communicated to the modem over a first frequency range, and wherein the receive data communicated over the first frequency range is carried via a first intermediate frequency signal; and receiving at the transceiver, via the intermediate frequency cable, transmit data to be transmitted to a satellite by the transceiver, wherein the transmit data is received from the modem over a second frequency range, and wherein the transmit data received over the second frequency range is carried via a second intermediate frequency signal, wherein the communicating to the modem and the receiving at the transceiver is full duplex intermediate frequency data signal communication, characterised in that the first frequency range and the second frequency range are separated by at least one octave. communicating to a modem, via a single intermediate frequency cable coupled to a transceiver, receive data transmitted from a satellite and received at the transceiver, wherein the receive data is communicated to the modem over a first frequency range, and wherein the receive data communicated over the first frequency range is carried via a first intermediate frequency signal; and receiving at the transceiver, via the intermediate frequency cable, transmit data to be transmitted to a satellite by the transceiver, wherein the transmit data is received from the modem over a second frequency range, and wherein the transmit data received over the second frequency range is carried via a second intermediate frequency signal, wherein the communicating to the modem and the receiving at the transceiver is full duplex intermediate frequency data signal communication, characterised in that the first frequency range and the second frequency range are separated by at least one octave.
A tuft picker comprising a first part and a second part spaced by a distance, wherein the first part and the second part each comprise a working surface (1311, 1312) comprising each at least one picker eye with an opening in the working surface (1311, 1312), wherein the opening of the first part and the opening of the second part are located at identical positions at the working surfaces (1311, 1312) and are spaced by the distance, thereby forming a picker eye volume comprising the picker eye from the first part and the picker eye from the second part and the interspace in between; and comprising a cover tool located between the first part and the second part, wherein the cover tool comprises a hook which is connected by a spacer to a main body, wherein the hook comprises a first surface and a second surface, wherein the form of the first surface corresponds to the working surfaces (1311, 1312) at the openings (2211, 2212) characterized in that the cover tool is movable relative to the picker eye volume from a first position to a second position, wherein the hook is located outside the picker eye volume in the first position of the cover tool and is located in the second position of the cover tool in such that it limits the picker eye volume at the interspace at the common building line of the working surfaces (1311, 1312).
A process to obtain random copolymers derived from itaconic acid and/or its isomers and sodium alkenyl sulfonates, characterized by the following structural formula: where: R 1 = -H, -CH 3, R 2 = -H, -CH 2 COOH, COOH, R 3 = -CH 2 COOH, H, R 4 = -H, R 5 = -H, -CH 3, R 6 = -SO 3 Na, -CH 2 SO 3 Na, -CONHC(CH 3) 2 CH 2 SO 3 Na, n = ranges between 2 and 75; characterized in that they are obtained by means of a polymerization process in an aqueous solution via free radicals at an acidic pH which consists of the following stages: a) Complete dilution of the monomers in an aqueous medium; b) Addition of an iron salt as free radicals-formation promoter; c) Addition of an initiator at low volume of flow and controlling the temperature and d) Agitation of the system at constant temperature and atmospheric pressure.
A peroxide-curable semiconducting composition comprising 50 to 78 weight percent (wt%) of a crosslinkable ethylene-vinyl acetate copolymer, having a vinyl acetate monomeric unit content of from 25 to 40 wt% (crosslinkable host copolymer); 20 to 48 wt% of carbon black; 0.1 to 2.5 wt% of an amide wax; 0.1 to 2.5 wt% of a silicone oil; wherein the sum of wt% + wt% is from 1.0 to 5.0 wt%; 0.1 to 1.5 wt% of an antioxidant; and 0.1 to 1.5 wt% of an organic peroxide; wherein all wt% are based on total weight of the peroxide-curable semiconducting composition and wherein total weight of the peroxide-curable semiconducting composition is 100.0 wt%.
A name tag kit for providing and removing a name tag to and from a light guide of an audio and/or video intercommunication system, the name tag kit comprising: - a name tag, and - a repositionable tape for fixing the name tag to the light guide, wherein the repositionable tape is a double sided tape comprising: - a carrier, and - a first liner attached to a front side of the carrier by means of a first glue layer and a second liner attached to a back side of the carrier by means of a second glue layer, the second glue layer being different from the first glue layer in terms of peel-off force characterized in that - the first glue layer has a higher peel-off force than the second glue layer, and - the first liner is easier to peel off than the second liner. - a name tag, and - a repositionable tape for fixing the name tag to the light guide, - a carrier, and - a first liner attached to a front side of the carrier by means of a first glue layer and a second liner attached to a back side of the carrier by means of a second glue layer, the second glue layer being different from the first glue layer in terms of peel-off force - the first glue layer has a higher peel-off force than the second glue layer, and - the first liner is easier to peel off than the second liner.