mhurhangee/ep-ind-claims huggingface dataset:
A coupling device for an excavator attachment for coupling the excavator attachment to an excavator arm and for moving the excavator attachment by means of the coupling device about a swivel axis and a rotational axis, wherein an intermediate portion is supported pivotably about the swivel axis relative to a first connecting portion, and a second connecting portion is supported rotatably relative to the intermediate portion about the rotational axis, and in a swiveling position of the intermediate portion relative to the first connecting portion with respect to the swivel axis, a first pivot point of the first connecting portion and a second pivot point of the intermediate portion for engaging a swivel drive (22; 24) for swiveling about the swivel axis are located essentially in a first plane perpendicular to the rotational axis, and the swivel drive (22; 24) engages the first pivot point of the first connecting portion and the second pivot point of the intermediate portion, in order, by a change in the spacing between the first pivot point and the second pivot point, to swivel about the swivel axis, characterized in that the swivel drive (22; 24) and the associated pivot points (86, 88) are located between the first connecting portion and a second plane perpendicular to the rotational axis through the swivel axis.
A method for providing a sugar liquid by repeating a sugar liquid production process, the sugar liquid production process consisting of steps to below: adding cellulose to a cellulase from a filamentous fungus to perform primary hydrolysis; adding a fresh cellulase from a filamentous fungus to the hydrolysate formed in step to perform secondary hydrolysis; and subjecting the hydrolysate formed in step to solid-liquid separation to obtain a sugar liquid, and recovering enzyme from the sugar liquid; whereby the primary and the secondary hydrolysis are carried out in two separate steps, and wherein said recovered enzyme obtained in step is used for step of the next and later sugar liquid production processes; wherein said cellulose is pretreated by alkaline treatment, hydrothermal treatment or dilute sulfuric acid treatment. adding cellulose to a cellulase from a filamentous fungus to perform primary hydrolysis; adding a fresh cellulase from a filamentous fungus to the hydrolysate formed in step to perform secondary hydrolysis; and subjecting the hydrolysate formed in step to solid-liquid separation to obtain a sugar liquid, and recovering enzyme from the sugar liquid;
A flexible tube skirt formed by rolling a flat sheet of a recyclable polypropylene based laminated material, said laminated material being made for forming a flexible container and comprising an inner layer comprising PP, an outer layer comprising PP and an barrier layer comprising an oxide material barrier and a carrier layer coated by said oxide material barrier, said carrier layer being made of PP, the inner layer having an higher ability to flow than the carrier layer, said flexible tube skirt comprising an overlap side seam made of a first side edge of the sheet covering a second side edge of the sheet.
An apparatus for step detection in a personal navigation system, the apparatus comprising: an acceleration sensor adapted to detect acceleration of a user in X, Y and Z-axis directions and then to output acceleration signals according to the detection result, wherein the Y-axis direction corresponds to a movement direction of the user, the X-axis direction corresponds to a lateral movement of the user relative to said movement direction and the Z-axis direction corresponds to a gravity direction; and a moving distance measurement device adapted to apply a sliding window summing scheme to each acceleration signal in the X, Y and Z-axis directions to respectively calculate sliding window summing data, to calculate a sum of sliding window summing data for the acceleration signals generated in the Y and Z-axis directions, to differentiate the sum of the sliding window summing data for the acceleration signals of the Y and Z-axis directions and to detect a zero crossing point based on the differential sliding window summing data and then to compare a difference of a detection time between a present zero crossing point and a previous zero crossing point with a threshold value, thereby detecting steps of the user. an acceleration sensor adapted to detect acceleration of a user in X, Y and Z-axis directions and then to output acceleration signals according to the detection result, wherein the Y-axis direction corresponds to a movement direction of the user, the X-axis direction corresponds to a lateral movement of the user relative to said movement direction and the Z-axis direction corresponds to a gravity direction; and a moving distance measurement device adapted to apply a sliding window summing scheme to each acceleration signal in the X, Y and Z-axis directions to respectively calculate sliding window summing data, to calculate a sum of sliding window summing data for the acceleration signals generated in the Y and Z-axis directions, to differentiate the sum of the sliding window summing data for the acceleration signals of the Y and Z-axis directions and to detect a zero crossing point based on the differential sliding window summing data and then to compare a difference of a detection time between a present zero crossing point and a previous zero crossing point with a threshold value, thereby detecting steps of the user.
A composition comprising a colchicine or thiocolchicine dimer for use in a method of treating a proliferative disease in an individual, wherein the method comprises further administration of an anti-VEGF antibody and a taxane.
A method for securing a label switched frame for transmission over a network, the label switched frame including a label switched frame header and a label switched frame payload, the method including: receiving the label switched frame from a source; determining whether the label switched frame meets security criteria; if the label switched frame meets the security criteria, securing the label switched frame payload and creating a secured label switched frame including the label switched frame header and the secured label switched frame payload; and forwarding the secured label switched frame. receiving the label switched frame from a source; determining whether the label switched frame meets security criteria; if the label switched frame meets the security criteria, securing the label switched frame payload and creating a secured label switched frame including the label switched frame header and the secured label switched frame payload; and forwarding the secured label switched frame.
A neutronic shielding material, characterized in that it is made from a polymer with a hydrocarbon chain intrinsically containing a hydrogen concentration of 3.10 22 atoms/cm 3, in that it comprises at least one neutron-absorbing element in a sufficient quantity to guarantee the function of absorbing neutron emissions from radioactive products, the polymer with a hydrocarbon chain being a thermosetting elastomer chosen from among ethylene-propylene-monomer or ethylene-propylene-diene-monomer (EPDM).
A limb support comprising a support structure configured to be mounted to a patient support apparatus, the support structure including a spar having a longitudinal axis, and a guide tube having a longitudinal axis that is parallel to the longitudinal axis of the spar, a limb rest configured to support the limb of a patient supported on the patient support apparatus, and a coupler supported from the spar and supporting the limb rest, the coupler having a single release that is manually actuable to permit a user to move the release between a locked position and a released position, wherein when the release is in the released position the limb support is simultaneously adjustable relative to the spar with at least two degrees of freedom, wherein rotation of the coupler about the longitudinal axis of the spar is precluded by the guide tube. a support structure configured to be mounted to a patient support apparatus, the support structure including a spar having a longitudinal axis, and a guide tube having a longitudinal axis that is parallel to the longitudinal axis of the spar, a limb rest configured to support the limb of a patient supported on the patient support apparatus, and a coupler supported from the spar and supporting the limb rest, the coupler having a single release that is manually actuable to permit a user to move the release between a locked position and a released position, wherein when the release is in the released position the limb support is simultaneously adjustable relative to the spar with at least two degrees of freedom, wherein rotation of the coupler about the longitudinal axis of the spar is precluded by the guide tube.
A cathode for a lithium-sulfur battery, comprising: a cathode active part comprising a sulfur-carbon composite; and a cathode coating layer provided on at least one portion of a surface of the cathode active part and including an amphiphilic polymer including a hydrophilic portion and a hydrophobic portion, wherein the amphiphilic polymer comprises polyvinyl pyrrolidone, wherein a content of the amphiphilic polymer is 0.01 to 10 parts by weight based on 100 parts by weight of the sulfur-carbon composite of the cathode active part, wherein the cathode coating layer has a thickness of 10 nm to 1 μm. a cathode active part comprising a sulfur-carbon composite; and a cathode coating layer provided on at least one portion of a surface of the cathode active part and including an amphiphilic polymer including a hydrophilic portion and a hydrophobic portion, wherein the amphiphilic polymer comprises polyvinyl pyrrolidone, wherein a content of the amphiphilic polymer is 0.01 to 10 parts by weight based on 100 parts by weight of the sulfur-carbon composite of the cathode active part, wherein the cathode coating layer has a thickness of 10 nm to 1 μm.
Device for communicating according to a first and a second communication standard, the first standard being a standard using Carrier-Sense Multiple Access and the second standard being a standard using a synchronous Time Division Multiplex Access and a device-to-device functionality, wherein the device is a node of an ad-hoc network and configured to communicate within said ad-hoc network according to the first standard, and wherein the device is configured to communicate with at least one further device (5 j) according to the second standard, wherein the device is further configured to - communicate according to the first standard as well as according to the second standard in the same frequency channel, - broadcast a channel reservation message (10, 15) having a format according to the first standard and indicating at least a length (L 1) of a communication time slot for communications according to the second standard to inform other nodes (4 i) of the ad-hoc network not to communicate over said length (L 1), and to - communicate according to the second standard with said at least one further device (5 j) over said length (L 1) indicated in the channel reservation message (10, 15), wherein the channel reservation message (10, 15) further indicates a starting point in time (t 1) for said length (L 1), and said starting point in time (t 1) being at a predetermined time interval (Δt 1) after the end of the channel reservation message (10, 15), characterised in that the channel reservation message (10, 15) also indicates at least one second length (L 2) of a communication time slot for communications according to the second standard to inform the other nodes (4 i) of the ad-hoc network not to communicate over said at least one second length (L 2), wherein the communication time slot of the at least one second length (L 2) is spaced in time from the communication time slot of the first length (L 1). - communicate according to the first standard as well as according to the second standard in the same frequency channel, - broadcast a channel reservation message (10, 15) having a format according to the first standard and indicating at least a length (L 1) of a communication time slot for communications according to the second standard to inform other nodes (4 i) of the ad-hoc network not to communicate over said length (L 1), and to - communicate according to the second standard with said at least one further device (5 j) over said length (L 1) indicated in the channel reservation message (10, 15),
A device, comprising: one or more processors to: implement a first policy to adjust one or more factors of an automatic bandwidth adjustment policy associated with a label-switched path of a plurality of label-switched paths (240-1,..., 240-M), the first policy causing the device to: receive information that identifies network traffic behavior associated with the label-switched path of the plurality of label-switched paths, the network traffic behavior being associated with a plurality of first values associated with network traffic of the label-switched path; determine values of the one or more factors of the automatic bandwidth adjustment policy based on the network traffic behavior, the one or more factors being associated with a plurality of second values, and the plurality of second values being determined based on the plurality of first values; and implement the automatic bandwidth adjustment policy in association with the label-switched path, of the plurality of label-switched paths, implementing the automatic bandwidth adjustment policy causing a bandwidth reservation of the label-switched path to be adjusted based on the automatic bandwidth adjustment policy, the automatic bandwidth adjustment policy being implemented for fewer than all of the plurality of label-switched paths. receive information that identifies network traffic behavior associated with the label-switched path of the plurality of label-switched paths, the network traffic behavior being associated with a plurality of first values associated with network traffic of the label-switched path; determine values of the one or more factors of the automatic bandwidth adjustment policy based on the network traffic behavior, the one or more factors being associated with a plurality of second values, and the plurality of second values being determined based on the plurality of first values; and the one or more factors being associated with a plurality of second values, and the plurality of second values being determined based on the plurality of first values; and implement the automatic bandwidth adjustment policy in association with the label-switched path, of the plurality of label-switched paths, implementing the automatic bandwidth adjustment policy causing a bandwidth reservation of the label-switched path to be adjusted based on the automatic bandwidth adjustment policy, the automatic bandwidth adjustment policy being implemented for fewer than all of the plurality of label-switched paths. implementing the automatic bandwidth adjustment policy causing a bandwidth reservation of the label-switched path to be adjusted based on the automatic bandwidth adjustment policy, the automatic bandwidth adjustment policy being implemented for fewer than all of the plurality of label-switched paths.
A method of temporarily impairing the hearing of a non-human animal comprising applying an acoustic dampening fluid composition comprising: an oily or non-aqueous substance, an inert solvent and a surfactant to the external ear canal of the non-human animal.
A freeze-dried aripiprazole formulation obtained by a process comprising the steps of spray-freezing an aripiprazole suspension containing aripiprazole, a vehicle for the aripiprazole, and water for injection; and drying the spray-frozen particles. aripiprazole, a vehicle for the aripiprazole, and water for injection; and drying the spray-frozen particles.
Method for determining a position of a mobile unit (12, 18, 40, 50-56) relative to at least three base units, in which the mobile unit (12, 18, 40, 50-56) sends at least one signal and the base units receive said signal and use it as a trigger for sending a response signal to an evaluation unit, characterized in that the evaluation unit ascertains the time of arrival of the response signals at itself and, from the known position of the base units in relation to the evaluation unit, the times of despatch of the response signals from the base units and, from these and the latencies of the base units, calculates the times of reception of the signal of the mobile unit (12, 18, 40, 50-56) at the base units and, from these, the time difference between the individual times of reception and, from that, at least two partial spaces and determines the position of the mobile unit (12, 18, 40, 50-56) from the point of intersection of the partial spaces.
Control unit for electrically controlling an electrically controllable limb device in the form of an artificial limb for a human or a robot limb, the limb device comprising a plurality of actuators, the control unit comprising a first interface for connecting the control unit to the limb device, the control unit comprising a second interface for connecting the control unit to a data gathering device (4, 5, 6, 18) comprising one or more sensing devices, the control unit comprising a processing unit which is arranged for controlling the limb device at least based on data gathered by the data gathering device (4, 5, 6, 18), wherein the control unit is arranged for outputting one single control action step to the actuators of the limb device calculated by the processing unit based on a first data or data combination received from the data gathering device (4, 5, 6, 18), and the control unit is arranged for outputting a plurality of control action steps to the actuators of the limb device calculated by the processing unit based on a second data or data combination received from the data gathering device (4, 5, 6, 18), the second data or data combination being different from the first data or data combination, the plurality of control action steps inducing a more complex automatic movement of the limb device that the one single control action step.
Shelf, comprising at least one vertically alignable longitudinal section, holding means attachable on the longitudinal section in any desired position and provided with clamping means, and, attachable on the holding means, bearing structures which are designed to bear shelf boards, cabinet elements or other shelf elements, which clamping means have clamping jaws, which are able to be tensioned with respect to one another via tensioning means, and the clamping jaws are pressable against clamping surfaces of the longitudinal section, characterized in that the clamping means are composed of a first plate-shaped basic body and a second plate-shaped basic body, on whose sides remote from one another the clamping jaws are installed, which plate-shaped basic bodies (12, 13) are disposed lying on top of one another and are displaceable toward one another in a guided way via guide means, and the clamping jaws are thereby able to be tensioned against lateral surfaces of the longitudinal section, and in that borne in a rotatable way in the first plate-shaped basic body is a rotational shaft or axis of an eccentric, and the eccentric body projects into a recess of the second plate-shaped basic body.
A data transmission method, wherein the method comprises: receiving an Ethernet packet, wherein the Ethernet packet carries a first packet header check bit, and the first packet header check bit is used to perform a check on forwarding information of the Ethernet packet, wherein the first packet header check bit is located in a header of the Ethernet packet, the forwarding information of the Ethernet packet comprises: a destination Media Access Control, MAC, address of the Ethernet packet, wherein the Ethernet packet carries CPRI data, the Ethernet packet carries a second packet header check bit, the second packet header check bit is used to perform a check on forwarding information of the CPRI data; performing a check on the forwarding information of the Ethernet packet based on the first packet header check bit; determining forwarding behavior of the Ethernet packet based on a check result of the forwarding information of the Ethernet packet; performing a check on the forwarding information of the CPRI data based on the second packet header check bit; and determining forwarding behavior of the CPRI data based on a check result of the forwarding information of the CPRI data. receiving an Ethernet packet, wherein the Ethernet packet carries a first packet header check bit, and the first packet header check bit is used to perform a check on forwarding information of the Ethernet packet, wherein the first packet header check bit is located in a header of the Ethernet packet, the forwarding information of the Ethernet packet comprises: a destination Media Access Control, MAC, address of the Ethernet packet, wherein the Ethernet packet carries CPRI data, the Ethernet packet carries a second packet header check bit, the second packet header check bit is used to perform a check on forwarding information of the CPRI data; performing a check on the forwarding information of the Ethernet packet based on the first packet header check bit; determining forwarding behavior of the Ethernet packet based on a check result of the forwarding information of the Ethernet packet; performing a check on the forwarding information of the CPRI data based on the second packet header check bit; and determining forwarding behavior of the CPRI data based on a check result of the forwarding information of the CPRI data.