mhurhangee/ep-ind-claims huggingface dataset:
An ultra-high molecular weight ethylene-based copolymer powder comprising: an ethylene unit and an α-olefin unit having 3 or more and 8 or less carbon atoms as structural units, wherein the ultra-high molecular weight ethylene-based copolymer powder has a viscosity-average molecular weight of 100,000 or more and 10,000,000 or less, a content of the α-olefin unit is 0.01 mol% or more and 0.10 mol% or less based on a total amount of the ethylene unit and the α-olefin unit, and in measurement with a differential scanning calorimeter under following conditions,an isothermal crystallization time is determined as a time from reaching 126°C of Step A3 as a starting point (0 min) to giving an exothermic peak top due to crystallization and the isothermal crystallization time is 5 minutes or more. (Conditions for measurement of isothermal crystallization time) Step A1: holding at 50°C for 1 minute and then an increase up to 180°C at a temperature rise rate of 10°C/min, Step A2: holding at 180°C for 30 minutes and then a decrease down to 126°C at a temperature drop rate of 80°C/min, and Step A3: holding at 126°C. an ethylene unit and an α-olefin unit having 3 or more and 8 or less carbon atoms as structural units, wherein the ultra-high molecular weight ethylene-based copolymer powder has a viscosity-average molecular weight of 100,000 or more and 10,000,000 or less, a content of the α-olefin unit is 0.01 mol% or more and 0.10 mol% or less based on a total amount of the ethylene unit and the α-olefin unit, and in measurement with a differential scanning calorimeter under following conditions,an isothermal crystallization time is determined as a time from reaching 126°C of Step A3 as a starting point (0 min) to giving an exothermic peak top due to crystallization and the isothermal crystallization time is 5 minutes or more. (Conditions for measurement of isothermal crystallization time) Step A1: holding at 50°C for 1 minute and then an increase up to 180°C at a temperature rise rate of 10°C/min, Step A2: holding at 180°C for 30 minutes and then a decrease down to 126°C at a temperature drop rate of 80°C/min, and Step A3: holding at 126°C. Step A1: holding at 50°C for 1 minute and then an increase up to 180°C at a temperature rise rate of 10°C/min, Step A2: holding at 180°C for 30 minutes and then a decrease down to 126°C at a temperature drop rate of 80°C/min, and Step A3: holding at 126°C.
A tool chuck comprising: a shaft supporting chuck jaws, the shaft providing a first transmission power path for rotationally driving the chuck jaws, the shaft having a through hole; and a chuck actuating mechanism provided in the through hole, the chuck actuating mechanism providing a second transmission power path for opening and closing the chuck jaws; wherein the shaft and the chuck actuating mechanism are provided at the output of a transmission; characterised in that no more than one of the first and the second transmission power paths is engageable with the transmission at any given instant in time. a shaft supporting chuck jaws, the shaft providing a first transmission power path for rotationally driving the chuck jaws, the shaft having a through hole; and a chuck actuating mechanism provided in the through hole, the chuck actuating mechanism providing a second transmission power path for opening and closing the chuck jaws; wherein the shaft and the chuck actuating mechanism are provided at the output of a transmission;
A component carrier, realized as a printed circuit board, an intermediate printed circuit board product or an IC-substrate, comprising at least one heat-passage component, said at least one heat-passage component being realized in form of a heat-generating or a heat-absorbing component that is mounted on an outside surface layer (21, 22) or is embedded within at least one inner layer (23, 24) of the component carrier, and further comprising at least one latent-heat storage unit with a phase-change material, characterized in that the phase-change material is arranged within at least one cavity and is integrated and laminated via a lamination process within the component carrier, and the phase-change material is directly thermoconductively coupled by means of at least one thermal via, plated through-hole and/or heat pipe, with the at least one heat-passage component.
Tool, in particular a plunge-cut saw blade, that has a saw blade (10a, b) comprising at least one main body (12a, b) and at least one working part (14a, b), which working part has at least one working edge (16a, b) having a set of saw teeth (18a, b) and is connected integrally to the main body (12a, b) along a straight connecting edge (20a, b), the working edge (16a, b) having a curved and/or polygon-like form, characterized by a fastening part (32a, b) for fastening to a handheld power tool, to which the saw blade (10a, b) is connected in an overlapping manner and which fastening part (32a, b) has an opening formed as a centring means.
Central vacuum cleaner system with a suction unit, with an at least partially branched suction line system connected to the suction unit for at least guiding the dust sucked in by the suction unit, with at least one connection box, which has a central connection connected to the suction line system, with an at least partially flexible suction hose and with a suction pipe that can be connected to the suction line system for receiving the in the suction tube can be sucked in at least partially and can be at least partially pulled out of the suction tube, characterized in that the connection box is connected to the suction pipe leading away from and back to it, wherein the suction pipe is designed to be connectable to the suction line system via the central connection.
A food station comprising: a plurality of cubbies, each cubby sized to enclose a food portion container, and each cubby including a food portion container carrier that supports the food portion container whilst it is in the cubby and while being transported by a transport system, the carrier comprising a horseshoe-shaped support plate that is fixed to a removeable front panel of the cubby; a collection hatch large enough for the food portion container to pass therethrough, the collection hatch being externally accessible; an internal transport system including an end effector that temporarily couples to the food portion container carrier of a selected cubby and controllably moves the food portion container carrier within the food station from the selected cubby to the collection hatch; a heating system that selectively provides heat to each of the plurality of cubbies independently of the other cubbies, with the heating being independently controllable for each of the plurality of cubbies; a cooling system that selectively removes heat from each of the plurality of cubbies independently of the other cubbies, with the cooling being independently controllable for each of the plurality of cubbies; a control system that controls the heating and cooling of each of the plurality of cubbies and the movement of the internal transport system, the control system including a memory for storing information including preparation instructions for each of the plurality of cubbies. a plurality of cubbies, each cubby sized to enclose a food portion container, and each cubby including a food portion container carrier that supports the food portion container whilst it is in the cubby and while being transported by a transport system, the carrier comprising a horseshoe-shaped support plate that is fixed to a removeable front panel of the cubby; a collection hatch large enough for the food portion container to pass therethrough, the collection hatch being externally accessible; an internal transport system including an end effector that temporarily couples to the food portion container carrier of a selected cubby and controllably moves the food portion container carrier within the food station from the selected cubby to the collection hatch; a heating system that selectively provides heat to each of the plurality of cubbies independently of the other cubbies, with the heating being independently controllable for each of the plurality of cubbies; a cooling system that selectively removes heat from each of the plurality of cubbies independently of the other cubbies, with the cooling being independently controllable for each of the plurality of cubbies; a control system that controls the heating and cooling of each of the plurality of cubbies and the movement of the internal transport system, the control system including a memory for storing information including preparation instructions for each of the plurality of cubbies.
A machine tool comprising: a cutting tool holding means (5,31) for holding a cutting tool for machining a workpiece; a workpiece holding means (3, 32) for holding the workpiece, the cutting tool holding means (5,31) and/or the workpiece holding means (3, 32) being movable so as to feed the cutting tool and the workpiece relative to each other in a plurality of axial directions comprising at least first and second axial directions; and a control mechanism for controlling operation of the cutting tool holding means (5,31) and/or the workpiece holding means (3,32), characterized in that the control mechanism is operable to synchronously move the workpiece and the cutting tool relative to each other in the first and second axial directions to allow advance and retreat movements of the workpiece and the cutting tool relative to each other along an interpolation trajectory; and to relatively vibrate the workpiece and the cutting tool at a low frequency by repeating the advance and retreat movements along said interpolation trajectory. a cutting tool holding means (5,31) for holding a cutting tool for machining a workpiece; a workpiece holding means (3, 32) for holding the workpiece, the cutting tool holding means (5,31) and/or the workpiece holding means (3, 32) being movable so as to feed the cutting tool and the workpiece relative to each other in a plurality of axial directions comprising at least first and second axial directions; and a control mechanism for controlling operation of the cutting tool holding means (5,31) and/or the workpiece holding means (3,32), characterized in that the control mechanism is operable to synchronously move the workpiece and the cutting tool relative to each other in the first and second axial directions to allow advance and retreat movements of the workpiece and the cutting tool relative to each other along an interpolation trajectory; and to relatively vibrate the workpiece and the cutting tool at a low frequency by repeating the advance and retreat movements along said interpolation trajectory.
A computer-implemented method comprising: carrying out protection, in a second intermediate representation, of an item of software represented in the second intermediate representation; carrying out optimization, in a first intermediate representation, of the item of software represented in the first intermediate representation, wherein the second intermediate representation is different to the first intermediate representation, wherein carrying out said optimization comprises carrying out said optimization in the first intermediate representation both before and after carrying out protection in the second intermediate representation; and outputting the item of software, after carrying out the optimization and the protection, in either (i) a source code representation or (ii) a script representation suitable for use by a web browser. carrying out protection, in a second intermediate representation, of an item of software represented in the second intermediate representation; carrying out optimization, in a first intermediate representation, of the item of software represented in the first intermediate representation, wherein the second intermediate representation is different to the first intermediate representation, wherein carrying out said optimization comprises carrying out said optimization in the first intermediate representation both before and after carrying out protection in the second intermediate representation; and outputting the item of software, after carrying out the optimization and the protection, in either (i) a source code representation or (ii) a script representation suitable for use by a web browser.
A system comprising: means for receiving a patient therapy adjustment to a parameter of a therapy program that defines electrical stimulation therapy delivered to the patient; means for identifying a posture state of the patient; and means for associating the patient therapy adjustment with the posture state when the patient therapy adjustment is within a range determined based on stored adjustment information for the identified posture state. means for receiving a patient therapy adjustment to a parameter of a therapy program that defines electrical stimulation therapy delivered to the patient; means for identifying a posture state of the patient; and means for associating the patient therapy adjustment with the posture state when the patient therapy adjustment is within a range determined based on stored adjustment information for the identified posture state.
Device for inductively charging at least one electric energy store of an electric vehicle, comprising an energy supply line for connection to an electrical energy source, preferably a high-frequency energy source, and a system provided for supplying AC current via the energy supply line, comprising at least one primary conductor loop unit, for magnetically coupling to a secondary conductor loop unit arranged on an electric vehicle for charging the at least one electrical energy store via the circulating electrical voltage generated by means of induction in the secondary conductor loop unit, wherein the primary conductor loop unit(s) each comprise at least two loop halves (6a, 6b, 8a, 8b), arranged side by side forming a double dipole loop (6, 8), which can have current applied to them in opposite senses, characterized in that the device for inductively charging comprises a registration device for registering or localising the electric vehicle, wherein the registration device is preferably implemented as a high-frequency transmission system, and wherein the device comprises switching devices for connecting the energy supply line with the system of the at least one primary conductor loop unit, wherein a plurality of conductor loop units are laid along a charging section, and that the registration device is designed to localise the electric vehicle on the charging section; wherein a vehicle-side part of the registration device is activated inside a response region of the registration device, localises the electric vehicle on the charging section and causes a control device of the charging section to initiate a switchover to the relevant following active primary double dipole loop; at least one switching device is assigned to each primary conductor loop unit, and wherein the feed line of the energy supply line for switching on all primary double dipole loops (6,8) is implemented in a branched manner, the return line however is implemented in an non-branched manner and the conductor end of the return line is short-circuited to a terminal of a last switching device.
A method performed by a communication device comprising the steps of: detecting respective pairs of primary and auxiliary priority indicator values for a plurality of radio resources of a radio access network in one or more transmissions by said radio access network; selecting a cell to adopt as a serving cell based at least on both said primary indicator values and said auxiliary indicator values, wherein the primary priority indicator values for said plurality of radio resources provide an indication of the priority order for said plurality of radio resources to a first degree of resolution, and the combinations of primary and auxiliary priority indicator values for said plurality of radio resources provide an indication of the priority order for said plurality of radio resources to a second degree of resolution higher than said first degree of resolution; calculating a third priority value for the radio resources for each of a plurality of cells from the respective pair of primary and auxiliary priority values for the radio resources; and determining which of said plurality of cells to adopt as serving cell based at least on a comparison of said third priority indicator values, wherein said primary indicator value indicates a multiple of a unit value and said auxiliary primary indicator value indicates a multiple of a unit fraction of said unit value. detecting respective pairs of primary and auxiliary priority indicator values for a plurality of radio resources of a radio access network in one or more transmissions by said radio access network; selecting a cell to adopt as a serving cell based at least on both said primary indicator values and said auxiliary indicator values, wherein the primary priority indicator values for said plurality of radio resources provide an indication of the priority order for said plurality of radio resources to a first degree of resolution, and the combinations of primary and auxiliary priority indicator values for said plurality of radio resources provide an indication of the priority order for said plurality of radio resources to a second degree of resolution higher than said first degree of resolution; calculating a third priority value for the radio resources for each of a plurality of cells from the respective pair of primary and auxiliary priority values for the radio resources; and determining which of said plurality of cells to adopt as serving cell based at least on a comparison of said third priority indicator values, wherein said primary indicator value indicates a multiple of a unit value and said auxiliary primary indicator value indicates a multiple of a unit fraction of said unit value.
A convertible vehicle with a retractable folding hood whose hood linkage members arranged at the longitudinal edge of the hood pass through a recess, respectively provided in the upper lateral edge region of the vehicle body, when opening or closing the folding hood, which recess, when the folding hood is opened, can be closed by a cover plate which is retained on the hood compartment cover and is pivotable by a Bowden cable or a similar drive element, characterised in that the cover plate comprises a catch device which can be connected with a guide member on the vehicle body during the closing operation, wherein the catch device is provided with a catch arm which connects the catch device with the guide member on the vehicle body, and wherein the catch arm of the catch device can be placed in contact, during the closing operation, with the guide member provided on the vehicle body, the catch arm being pivotable with respect to the mounting plane of the cover plate by further movement of the hood compartment cover, and the catch arm is lockable on the guide member upon reaching a retaining position.
Closing device for closing door-leafs of doors or windows comprising at least one plate or rod body, which can be associated in a movable manner with the frame which delimits a door-leaf of a door or window and which is connectable to manoeuvring means that are controllable through a handle or the like, and at least one closing member, which is fixed to said at least one plate or rod body and which is adapted to be coupled with a corresponding abutment body that is fixable to the fixed framework of said door or window or to the framework that delimits another door-leaf of said door or window, wherein said at least one closing member comprises: - a shank which is fixable to said at least one plate or rod body and - a stud body which is coupled to said shank through coupling means which allow adjusting the position of said stud body along the longitudinal axis of said shank, wherein said stud body is adapted to be coupled with a corresponding seat obtained in said abutment body, characterised in that it comprises means for locking and unlocking said stud body with respect to said shank, wherein said locking and unlocking means are coaxial to said shank and of the expansion type and manoeuvrable by a user from outside said frame which delimits said door-leaf. - a shank which is fixable to said at least one plate or rod body and - a stud body which is coupled to said shank through coupling means which allow adjusting the position of said stud body along the longitudinal axis of said shank, wherein said stud body is adapted to be coupled with a corresponding seat obtained in said abutment body, characterised in that it comprises means for locking and unlocking said stud body with respect to said shank, wherein said locking and unlocking means are coaxial to said shank and of the expansion type and manoeuvrable by a user from outside said frame which delimits said door-leaf.
Connecting sleeve for electric cables, comprising: - a body in which a longitudinal bore is provided, extending from a first orifice to a second orifice opposite to the first orifice, in a longitudinal direction, delimited by an internal surface, said body comprising threaded holes emerging radially in said longitudinal bore, said body comprising a groove recessed with respect to the internal surface of the longitudinal bore, said groove being oriented in the longitudinal direction, - a anchoring blade made from conductive material, housed in said groove, comprising a longitudinal bar and, emerging from the longitudinal bar towards the inside of the longitudinal bore, anchoring teeth oriented transversely to said longitudinal direction, and - clamping screws each engaged in a respective threaded hole, said longitudinal bore being configured so as to receive an end of a first electric cable and an end of a second electric cable to be connected, each comprising a conductive core, said threaded holes being configured so that the clamping screws press the cable ends onto the anchoring teeth, said anchoring teeth being configured so as to penetrate the conductive core of said electric cables, characterized in that said body comprises, in addition to said groove, referred to as the first groove, a second groove similar to the first groove, and in that the sleeve comprises, in addition to said anchoring blade, referred to as the first anchoring blade, a second anchoring blade made from conductive material similar to the first anchoring blade, said second anchoring blade being housed in the second groove, said body being rigid in the vicinity of said grooves. - a body in which a longitudinal bore is provided, extending from a first orifice to a second orifice opposite to the first orifice, in a longitudinal direction, delimited by an internal surface, said body comprising threaded holes emerging radially in said longitudinal bore, said body comprising a groove recessed with respect to the internal surface of the longitudinal bore, said groove being oriented in the longitudinal direction, - a anchoring blade made from conductive material, housed in said groove, comprising a longitudinal bar and, emerging from the longitudinal bar towards the inside of the longitudinal bore, anchoring teeth oriented transversely to said longitudinal direction, and - clamping screws each engaged in a respective threaded hole,