mhurhangee/ep-ind-claims huggingface dataset:
Composition comprising sandalwood oil for use in treating a non-skin cancer in a subject, wherein the use comprises administration of an effective amount of said composition comprising sandalwood oil to the subject, wherein the sandalwood oil is sandalwood essential oil distilled or extracted from the wood of genus Santalum trees by steam distillation, hydrodistillation, or solvent extraction, wherein the subject has a non-skin cancer selected from the group consisting of a breast cancer, a head and neck cancer, an ovarian cancer, a bladder cancer, a prostate cancer, a lung cancer, a renal cancer, a leukemia, a liver cancer, a pancreatic cancer, a colon cancer, and a central nervous system cancer, and wherein the concentration of sandalwood oil in the composition is 0.0002-0.1% sandalwood oil (w/w).
A dishwasher comprising a spray arm arrangement and a washing chamber, said spray arm arrangement comprising: - a spray arm arranged to rotate around a first axis of rotation within said washing chamber, said spray arm being provided with at least one spray nozzle arranged to spray washing liquid into said washing chamber, and - a mechanical switch, for detecting an angular position of said spray arm, characterized in that said spray arm arrangement further comprises an activating device arranged to rotate with said spray arm, and wherein said activating device comprises at least a first activating structure arranged to cyclically activate said mechanical switch during rotation of said spray arm. - a spray arm arranged to rotate around a first axis of rotation within said washing chamber, said spray arm being provided with at least one spray nozzle arranged to spray washing liquid into said washing chamber, and - a mechanical switch, for detecting an angular position of said spray arm, characterized in that said spray arm arrangement further comprises an activating device arranged to rotate with said spray arm, and wherein said activating device comprises at least a first activating structure arranged to cyclically activate said mechanical switch during rotation of said spray arm.
A prosthetic heart valve, comprising: a frame comprising a plurality of strut members, and having an inflow end and an outflow end; a leaflet structure situated at least partially within the frame; and a covering disposed around the frame, the covering comprising a cushioning layer, the cushioning layer having a plush surface, characterised in that the covering further comprises an inflow strip member and an outflow strip member, the inflow strip member being folded over an inflow end portion of the cushioning layer at the inflow end of the frame to form an inflow protective portion that is located adjacent the inflow end of the frame, and the outflow strip member being folded over an outflow end portion of the cushioning layer at the outflow end of the frame to form an outflow protective portion that is located adjacent the outflow end of the frame, the inflow and outflow protective portions (416, 418) extending beyond the strut members in a direction along a longitudinal axis of the prosthetic heart valve. a frame comprising a plurality of strut members, and having an inflow end and an outflow end; a leaflet structure situated at least partially within the frame; and a covering disposed around the frame, the covering comprising a cushioning layer, the cushioning layer having a plush surface, characterised in that the covering further comprises an inflow strip member and an outflow strip member, the inflow strip member being folded over an inflow end portion of the cushioning layer at the inflow end of the frame to form an inflow protective portion that is located adjacent the inflow end of the frame, and the outflow strip member being folded over an outflow end portion of the cushioning layer at the outflow end of the frame to form an outflow protective portion that is located adjacent the outflow end of the frame, the inflow and outflow protective portions (416, 418) extending beyond the strut members in a direction along a longitudinal axis of the prosthetic heart valve.
A copper alloy wire rod comprising a copper parent phase and fiber-shaped composite phases which are dispersed in the copper parent phase and which contain Cu s Zr 3 and Cu, wherein the content of Zr is within the range of 0.2 atomic percent or more and 1.0 atomic percent or less, the remainder of the alloy being Cu and incidental impurities, and wherein the length L in a wire drawing direction of the fiber-shaped composite phases and the length T in a direction orthogonal to the wire drawing direction satisfy 1.5 ≤ L/T < 17.9.
Apparatus for ultrasonic welding of at least two material webs comprising a processing sonotrode which can be excited with an ultrasonic vibration, a processing counterpart tool and a material web guide which is so designed that the material web can be passed through between the processing sonotrode and the processing counterpart tool, in which there is provided a device for heating at least one material web prior to the welding operation, wherein the device for preheating at least one material web has a preheating sonotrode which can be excited with an ultrasonic vibration, characterized in that the processing sonotrode has a welding surface with a welding surface width a and the preheating sonotrode has a welding surface with a welding surface width b, wherein b is greater than a, wherein b is preferably greater by more than 50% and at best b is approximately twice as great as a.
Moulding tool with at least one slide at a tool half, comprising: - at least one push rod being translationally movable in the plane of the tool half and articulated at the slide, - a drive device for a lifting element being substantially vertically displaceable for de-moulding of a moulded part, and - a central control device for common operation of the push rod(-s) and the drive device, characterized in that the control device transfers a rotational movement into a translational one und the lifting element is arranged substantially perpendicular to the push rod. - at least one push rod being translationally movable in the plane of the tool half and articulated at the slide, - a drive device for a lifting element being substantially vertically displaceable for de-moulding of a moulded part, and - a central control device for common operation of the push rod(-s) and the drive device, characterized in that
An inertial measurement system, comprising: at least one motion sensor configured to output motion data with an output data rate - ODR - period (T ODR); and a control unit coupled to the motion sensor and configured to control operation thereof based on a power mode switching, according to which each ODR period (T ODR) comprises: a first phase (T OFF), in which the motion sensor is controlled in a condition of low power consumption; and a subsequent measurement phase (T MEAS), in which the motion sensor is controlled to perform measurements for generation of measurement data, characterized in that the control unit is configured to adaptively adjust the duration of the ODR period (T ODR) based on at least one check related to the measurement data generated during the measurement phase (T MEAS), and wherein each ODR period (T ODR) further comprises: at least one check phase (T CHK) subsequent to the measurement phase (T MEAS) and designed to perform the at least one check related to the measurement data generated during said measurement phase; and at least one further measurement phase (T CHK) following the check phase (T CHK), in case the check phase (T CHK) is not successful. at least one motion sensor configured to output motion data with an output data rate - ODR - period (T ODR); and a control unit coupled to the motion sensor and configured to control operation thereof based on a power mode switching, according to which each ODR period (T ODR) comprises: a first phase (T OFF), in which the motion sensor is controlled in a condition of low power consumption; and a subsequent measurement phase (T MEAS), in which the motion sensor is controlled to perform measurements for generation of measurement data, characterized in that the control unit is configured to adaptively adjust the duration of the ODR period (T ODR) based on at least one check related to the measurement data generated during the measurement phase (T MEAS), and wherein each ODR period (T ODR) further comprises: at least one check phase (T CHK) subsequent to the measurement phase (T MEAS) and designed to perform the at least one check related to the measurement data generated during said measurement phase; and at least one further measurement phase (T CHK) following the check phase (T CHK), in case the check phase (T CHK) is not successful.
Flexible pipe comprising at least one pressure sheath, at least one tensile armour layer (24, 25) disposed externally relative to the pressure sheath, and a connection end-piece, the end-piece comprising: - an end vault extending along a central axis (A-A'); - an exterior cover fastened on to the end vault and delimiting with the end vault, a reception chamber for receiving an end section of the armour elements; - at least one annular member applied externally over the armour elements of an armour layer (24, 25), the annular member being accommodated at least partially in the reception chamber between the armour elements and the exterior cover; characterised in that the annular member applies over the armour elements a radial clamping pressure towards the central axis (A-A ') that is greater than 100 bars, and in that the annular member is held in position axially relative to the end vault by being in engagement axially with the end vault, the annular member comprising at least one axial attachment member for attachment on the end vault, or/and by being in engagement radially towards the exterior with the cover, an axial contact being present between a rear edge of the annular member and the cover. - an end vault extending along a central axis (A-A'); - an exterior cover fastened on to the end vault and delimiting with the end vault, a reception chamber for receiving an end section of the armour elements; - at least one annular member applied externally over the armour elements of an armour layer (24, 25), the annular member being accommodated at least partially in the reception chamber between the armour elements and the exterior cover;
A purified PtIP-83 polypeptide having at least 80% sequence identity across the full-length of the amino acid sequence PtIP-83Aa as shown in Figures 2a-2j, wherein the PtIP-83 polypeptide has insecticidal activity against Corn Earworm (Helicoverpa zea).
A sensor system having a plurality of sensors each having a sensor housing, wherein the sensor housings are fastenable to a mounting rail; wherein the mounting rail has an areal contact element having at least two conductor tracks and the sensor housings each have at least two contact pins; and wherein the contact pins are each connected to the conductor tracks of the areal contact element with a sensor inserted into the mounting rail, characterized in that the areal contact element has at least one third and one fourth conductor track, with the third conductor track being provided for a ground connection and the fourth conductor track being provided for a supply voltage, with at least one switching element for the conductive track of the supply voltage respectively being provided for each sensor housing, and with the respective switching element being actuable by an actuation means of the sensor housing.
Planning system for planning, in an interactive manner, fieldwork for an agricultural work machine, wherein, in addition to a display unit, the planning system has a data processing unit for processing field-specific data, wherein the planning system is equipped and designed to generate field-specific data and/or to import predetermined field-specific data into the data processing unit, to derive reference objects from the field-specific data using an algorithm stored in the data processing unit, to display the reference objects on the display unit, wherein at least one reference object can be selected, as input information for planning the working of the field, by an operator of the planning system, and a work plan for the agricultural work machine is created on the basis of the at least one selected reference object wherein a reference object is a reference edge and/or a corner point, wherein the reference edge can be delimited by two corner points, wherein the planning system is characterized in that the algorithm for deriving a reference object from the field-specific data is an edge detection algorithm.
An optical device for modifying light distribution, the optical device being made of transparent material and comprising: - a center section comprising a lens portion for modifying distribution of a first part of light emitted by a light source when the light source is located symmetrically with respect to a geometric optical axis of the optical device, and - a peripheral section surrounding the center section and comprising a conical surface for modifying distribution of a second part of the light emitted by the light source, wherein the conical surface comprises ridges, the conical surface intersecting a geometric plane perpendicular to the geometric optical axis of the optical device along a closed path having a cogged shape, characterized in that total internal reflection takes place in said ridges when a light beam arrives, from the light source, at one of side surfaces of each ridge, and surface penetration takes place when the reflected light beam arrives at another one of the side surfaces of the ridge under consideration. - a center section comprising a lens portion for modifying distribution of a first part of light emitted by a light source when the light source is located symmetrically with respect to a geometric optical axis of the optical device, and - a peripheral section surrounding the center section and comprising a conical surface for modifying distribution of a second part of the light emitted by the light source,
A sliding door with a magnetic drive system for at least one door leaf, with a row of magnets disposed in driving direction, the magnetization thereof changing the sign in the longitudinal direction thereof at certain intervals, and with a carrying slide connected to the row of magnets, at which slide the door leaf can be attached, as well as with a coil arrangement consisting of several individual coils and coil cores, which arrangement, upon appropriate activation of the individual coils, causes an interaction with the row of magnets generating advance forces, and with a displacement measuring system, cooperating with the row of magnets as a magnetic measuring scale, having a first magnetically sensitive position sensor, characterized in that the displacement measuring system has a second magnetically sensitive position sensor, the distance thereof to the first position sensor being larger than a difference between a length of the row of magnets and a travel path of the sliding door, and being smaller than the length of the row of magnets, the position sensors (16, 17) being disposed such that the travel path of the sliding door is subdivided into two measuring ranges of the position sensors (16, 17).
An interface apparatus configured to be mechanically secured and electrically coupled to a busway, the interface apparatus comprising: a housing configured to mate with the busway; a plug-in interface coupled to the housing, the plug-in interface being configured to receive a plug-in unit; an electrical coupling assembly coupled to the housing and configured to move between an uncoupled position in which the plug-in interface is uncoupled to the busway and a coupled position in which the plug-in interface is electrically coupled to the busway; and an actuator assembly coupled to the housing and the electrical coupling assembly, the actuator assembly being configured to move the electrical coupling assembly between the uncoupled and coupled positions and to secure the plug-in unit to the housing. a housing configured to mate with the busway; a plug-in interface coupled to the housing, the plug-in interface being configured to receive a plug-in unit; an electrical coupling assembly coupled to the housing and configured to move between an uncoupled position in which the plug-in interface is uncoupled to the busway and a coupled position in which the plug-in interface is electrically coupled to the busway; and an actuator assembly coupled to the housing and the electrical coupling assembly, the actuator assembly being configured to move the electrical coupling assembly between the uncoupled and coupled positions and to secure the plug-in unit to the housing.
Radar system for detecting the environment of a motor vehicle, comprising - a plastic-based antenna, wherein the plastic antenna (4.2, 5.2) has one or more individual antennas for transmitting and/or receiving radar signals, and - a circuit board (4.3, 5.3) comprising at least one high-frequency chip (4.6, 5.6) having at least one element (4.7, 5.7) for direct emission or reception, wherein - the plastic antenna (4.2, 5.2) is arranged on the side of the circuit board (4.3, 5.3) opposite the at least one high-frequency chip (4.6, 5.6), - the at least one emitting or receiving element (4.7, 5.7) is designed such that it emits in the direction of the circuit board (4.3, 5.3) or receives from the direction of the circuit board (4.3, 5.3), - the circuit board (4.3, 5.3) is permeable to radar waves in the region of the at least one emitting or receiving element (4.7, 5.7), and - a coupling or decoupling point on the plastic antenna (4.2, 5.2) is located at the at least one permeable point of the circuit board (4.3, 5.3). - a plastic-based antenna, wherein the plastic antenna (4.2, 5.2) has one or more individual antennas for transmitting and/or receiving radar signals, and - a circuit board (4.3, 5.3) comprising at least one high-frequency chip (4.6, 5.6) having at least one element (4.7, 5.7) for direct emission or reception, wherein - the plastic antenna (4.2, 5.2) is arranged on the side of the circuit board (4.3, 5.3) opposite the at least one high-frequency chip (4.6, 5.6), - the at least one emitting or receiving element (4.7, 5.7) is designed such that it emits in the direction of the circuit board (4.3, 5.3) or receives from the direction of the circuit board (4.3, 5.3), - the circuit board (4.3, 5.3) is permeable to radar waves in the region of the at least one emitting or receiving element (4.7, 5.7), and - a coupling or decoupling point on the plastic antenna (4.2, 5.2) is located at the at least one permeable point of the circuit board (4.3, 5.3).
A composite fabric (20, 220, 320) comprising: a nonwoven fabric layer (22, 222, 322), and a structured film layer (30, 230, 330) discontinuously bonded to the nonwoven fabric layer (22, 222, 322), wherein the structured film layer (30, 230, 330) comprises upstanding posts, wherein fibers of the nonwoven fabric layer (22, 222, 322) are bonded together, and the structured film layer (30, 230, 330) is bonded to the nonwoven fabric layer (22, 222, 322) via at least one set of coincident bond sites (40, 240, 340) in an overlapping area of the nonwoven fabric layer (22, 222, 322) and the structured film layer (30, 230, 330), and wherein the nonwoven fabric layer (22, 222, 322) comprises non-bonded areas but does not have another bonding pattern in the overlapping area distinct from the at least one set of coincident bond sites (40, 240, 340). a nonwoven fabric layer (22, 222, 322), and a structured film layer (30, 230, 330) discontinuously bonded to the nonwoven fabric layer (22, 222, 322), wherein the structured film layer (30, 230, 330) comprises upstanding posts, wherein fibers of the nonwoven fabric layer (22, 222, 322) are bonded together, and the structured film layer (30, 230, 330) is bonded to the nonwoven fabric layer (22, 222, 322) via at least one set of coincident bond sites (40, 240, 340) in an overlapping area of the nonwoven fabric layer (22, 222, 322) and the structured film layer (30, 230, 330), and wherein the nonwoven fabric layer (22, 222, 322) comprises non-bonded areas but does not have another bonding pattern in the overlapping area distinct from the at least one set of coincident bond sites (40, 240, 340).
A method for facilitating coordinated multipoint communication for a client device in a wireless communication network comprising a plurality of base stations and a backhaul network connecting the plurality of base stations, the method comprising the steps of: (a) providing a plurality of network interface devices for measuring synchronization accuracy in the backhaul network, wherein each of the plurality of network devices is assigned to one of the plurality of base stations and arranged in close proximity to the respective base station; (b) creating an actual coverage map for the coordinated multipoint communication by analyzing data transfer between the client device and the plurality of base stations; (c) analyzing the created actual coverage map to determine whether the backhaul network is sufficient for a selected coordinated multipoint technique; (d) if the backhaul network is not sufficient for the selected coordinated multipoint technique, determining one or more key performance indicators indicating the performance of the backhaul network by means of the plurality of network interface devices; (e) creating a conditional coverage map on the basis of the determined one or more key performance indicators; (f) comparing the actual coverage map with the conditional coverage map to determine whether the actual coverage map matches the conditional coverage map; (g) reconfiguring the wireless communication network if the actual coverage map does not match the conditional coverage map, wherein the step of determining one or more key performance indicators of the backhaul network by means of the plurality of network interface devices comprises measuring data transfer delay on the backhaul network and/or estimating phase accuracy of data transfer on the backhaul network. (a) providing a plurality of network interface devices for measuring synchronization accuracy in the backhaul network, wherein each of the plurality of network devices is assigned to one of the plurality of base stations and arranged in close proximity to the respective base station; (b) creating an actual coverage map for the coordinated multipoint communication by analyzing data transfer between the client device and the plurality of base stations; (c) analyzing the created actual coverage map to determine whether the backhaul network is sufficient for a selected coordinated multipoint technique; (d) if the backhaul network is not sufficient for the selected coordinated multipoint technique, determining one or more key performance indicators indicating the performance of the backhaul network by means of the plurality of network interface devices; (e) creating a conditional coverage map on the basis of the determined one or more key performance indicators; (f) comparing the actual coverage map with the conditional coverage map to determine whether the actual coverage map matches the conditional coverage map; (g) reconfiguring the wireless communication network if the actual coverage map does not match the conditional coverage map,
An aqueous ophthalmic solution, comprising cyclosporine; a polyoxyl lipid or fatty acid selected from the group consisting of HCO-40, HCO-60, HCO-80, HCO-100, polyoxyl 40 stearate and polyoxyl 35 castor oil; and a polyalkoxylated alcohol, wherein said solution comprises mixed nanomicelles, and wherein said solution does not include organic solvents.