mhurhangee/ep-ind-claims huggingface dataset:
A track vehicle having a steering system comprising: a mechanical connection to a hydro-mechanical steering unit; a steering pump displacement control unit that controls output to a right track and a left track of the track vehicle from an input from the hydro-mechanical steering unit,wherein the hydro-mechanical steering unit is hydraulically connected to the steering pump displacement control unit; a steering pump mechanically connected to the steering pump displacement control unit; and a steering motor hydraulically connected to the steering pump for varying output to the left and right tracks of the vehicle; characterised in that the steering system further comprises an electronic connection from at least one steering input sensor (210, 215) to a transmission control module and from the transmission control module to at least one electro-hydraulic control valve (245, 255); and the steering pump displacement control unit controls output to said right and left tracks of the track vehicle from simultaneous inputs from the hydro-mechanical steering unit and the at least one electro-hydraulic control valve (245, 255), wherein both the hydro-mechanical steering unit and the at least one electro-hydraulic control valve (245, 255) are hydraulically connected to the steering pump displacement control unit. a mechanical connection to a hydro-mechanical steering unit; a steering pump displacement control unit that controls output to a right track and a left track of the track vehicle from an input from the hydro-mechanical steering unit,wherein the hydro-mechanical steering unit is hydraulically connected to the steering pump displacement control unit; a steering pump mechanically connected to the steering pump displacement control unit; and a steering motor hydraulically connected to the steering pump for varying output to the left and right tracks of the vehicle; characterised in that the steering system further comprises an electronic connection from at least one steering input sensor (210, 215) to a transmission control module and from the transmission control module to at least one electro-hydraulic control valve (245, 255); and the steering pump displacement control unit controls output to said right and left tracks of the track vehicle from simultaneous inputs from the hydro-mechanical steering unit and the at least one electro-hydraulic control valve (245, 255), wherein both the hydro-mechanical steering unit and the at least one electro-hydraulic control valve (245, 255) are hydraulically connected to the steering pump displacement control unit.
A housing assembly for an air conditioner, comprising: a face frame provided with a front air outlet; and two end covers arranged at a left end and a right end of the face frame respectively, wherein at least one end cover of the end covers has a bottom provided with an extension part bent forwards and upwards, the extension part is located in front of the face frame and defines an auxiliary air outlet channel with the face frame, the at least one end cover is provided with an side air outlet in communication with the auxiliary air outlet channel, wherein the extension part defines a plurality of grooves spaced apart from each other on a front surface, and an air deflector located on an outer side of the extension part, wherein the air deflector has an inner surface that comes into contact with the plurality of grooves of the extension part when the air deflector is closed. a face frame provided with a front air outlet; and two end covers arranged at a left end and a right end of the face frame respectively, wherein at least one end cover of the end covers has a bottom provided with an extension part bent forwards and upwards, the extension part is located in front of the face frame and defines an auxiliary air outlet channel with the face frame, the at least one end cover is provided with an side air outlet in communication with the auxiliary air outlet channel, wherein the extension part defines a plurality of grooves spaced apart from each other on a front surface, and an air deflector located on an outer side of the extension part, wherein the air deflector has an inner surface that comes into contact with the plurality of grooves of the extension part when the air deflector is closed.
A method of applying a hydrophilic coating onto a silicone hydrogel contact lens, wherein the method is wholly based on wet chemistry and requires no drying of the contact lens, and comprises a step of grafting a coating material onto the surface of the silicone hydrogel contact lens by hydroxyl radicals generated in Fenton reaction without UV irradiation to form the hydrophilic coating on the silicone hydrogel contact lens, wherein the step of grafting is carried out by dipping the silicone hydrogel contact lens, successively but not in particular order, in a coating solution containing a coating material and optionally hydrogen peroxide, in water, and in a ferrous ion solution containing ferrous ions and optionally hydrogen peroxide, wherein the coating material is at least one member selected from the group consisting of a hydrophilic vinylic monomer, a poly(C 1 -C 3 hydroxyalkyl(meth)acrylate) homopolymer, a copolymer of C 1 -C 3 hydroxyalkyl(meth)acrylate with at least one vinylic monomer, a poly(C 1 -C 5 hydroxyalkyl(meth)acrylamide) homopolymer, a copolymer of C 1 -C 5 hydroxyalkyl(meth)acrylamide with at least one vinylic monomer, an acrylated polysaccharide, a methacrylated polysaccharide, a homopolymer of a vinyl lactam, a copolymer of at least one vinyl lactam in the presence or in the absence of one or more hydrophilic vinylic comonomers, a homopolymer of acrylamide, a homopolymer of methacrylamide, a copolymer of acrylamide with one or more hydrophilic vinylic monomers, a copolymer of methacrylamide with one or more hydrophilic vinylic monomers, polyethylene oxide, a polyoxyethylene derivative, poly-N-N-dimethylacrylamide, poly(2-ethyl oxazoline), heparin polysaccharides, polysaccharides, polyvinyl alcohols (PVAs), polyamides, polyimides, polylactone, and combination thereof.
Universal device for preparation of a watch including a first crown for gain/loss correction and an oscillating resonator arranged to generate an oscillation at a nominal frequency N0, said universal preparation device comprising means for winding and for correcting the gain/loss of said watch, comprising at least one robotic manipulator for operating said first crown, wherein said universal preparation device includes an adjustment device, which includes at least one gain/loss correction device for correcting the gain/loss of said watch, which includes an automatic winder for mechanical or automatic watches, characterized in that said gain/loss correction device includes a gain/loss-corrector oscillator arranged to generate an oscillation at a correction frequency NC and to subject said watch to an oscillation at said correction frequency NC and/or to a modulated movement, said gain/loss correction device comprising gain/loss control means arranged to control the oscillation of said gain/loss-corrector oscillator and interfaced with gain/loss measuring means comprised in said universal preparation device for measuring the gain/loss of said watch, and characterized in that said gain/loss correction device includes at least one watch-holder stand, which is subjected to the oscillations and/or movements generated by said gain/loss-corrector oscillator.
A vehicle-side connector to be connected to a charging connector for charging a battery of a vehicle, comprising: a connecting portion which is made of synthetic resin and to be connected to the charging connector; a mounting piece which is made of synthetic resin and integrally or unitarily provided to the outer surface of the connecting portion; at least one collar which includes a flange engageable with the mounting piece in a connecting direction; wherein the mounting piece includes at least one holding portion to be engaged with the flange of the collar; characterized in that the holding portion is thicker than the mounting piece at an outer peripheral edge portion of the connecting portion and provided at an outer peripheral edge portion of the collar; and a plurality of reinforcing portions is provided to connect the mounting piece and the connecting portion, wherein the reinforcing portions comprise one or more large-size reinforcing portions (41 A) projecting to a space between adjacent collars and one or more small-size reinforcing portions (41 B) projecting towards at least part of the collars. a connecting portion which is made of synthetic resin and to be connected to the charging connector; a mounting piece which is made of synthetic resin and integrally or unitarily provided to the outer surface of the connecting portion; at least one collar which includes a flange engageable with the mounting piece in a connecting direction; wherein the mounting piece includes at least one holding portion to be engaged with the flange of the collar; characterized in that the holding portion is thicker than the mounting piece at an outer peripheral edge portion of the connecting portion and provided at an outer peripheral edge portion of the collar; and a plurality of reinforcing portions is provided to connect the mounting piece and the connecting portion, wherein the reinforcing portions comprise one or more large-size reinforcing portions (41 A) projecting to a space between adjacent collars and one or more small-size reinforcing portions (41 B) projecting towards at least part of the collars.
Method for tracking a medical object with the method steps - continuous acquisition of image data obtained by means of a medical imaging method, - acquisition of a predetermined target position for the medical object, - indication that the detected medical object has reached the target position, characterised by - automatic detection of the medical object and time-resolved tracking of the respective position thereof using the image data by means of an image processing algorithm, - ascertaining, by means of the image processing algorithm, that the medical object has reached the target position, - identification of the medical object, - visualisation of the image data by means of a visualisation algorithm, wherein at least one parameter of the visualisation algorithm is automatically adapted as a function of the identification of the medical object, in order to improve an image quality of the visualisation, and - storage of a plurality of the detected positions of the medical object and associated detection times in a database. - continuous acquisition of image data obtained by means of a medical imaging method, - acquisition of a predetermined target position for the medical object, - indication that the detected medical object has reached the target position, - automatic detection of the medical object and time-resolved tracking of the respective position thereof using the image data by means of an image processing algorithm, - ascertaining, by means of the image processing algorithm, that the medical object has reached the target position, - identification of the medical object, - visualisation of the image data by means of a visualisation algorithm, wherein at least one parameter of the visualisation algorithm is automatically adapted as a function of the identification of the medical object, in order to improve an image quality of the visualisation, and - storage of a plurality of the detected positions of the medical object and associated detection times in a database.
A coiling system for coiling a hot rolled product, comprising: - a base assembly comprising a base plate, a central drum extending from the base plate along a vertical axis, and a receiving sleeve arranged outside of said central drum, - a support structure configured to support the base assembly and comprising a first drive mechanism configured to rotate the base assembly around the vertical axis, - a feeding device configured to feed hot rolled product to the base assembly so as to form a coil, wherein the receiving sleeve is configured to receive a first end of the hot rolled product landing on said base plate so that a coil starts to form inside of said receiving sleeve and outside of said central drum, characterised in that the base assembly is releasably connected to the first drive mechanism so that the base assembly, after coiling, may be removed from the support structure. - a base assembly comprising a base plate, a central drum extending from the base plate along a vertical axis, and a receiving sleeve arranged outside of said central drum, - a support structure configured to support the base assembly and comprising a first drive mechanism configured to rotate the base assembly around the vertical axis, - a feeding device configured to feed hot rolled product to the base assembly so as to form a coil,
Method of operating a wireless network, the wireless network comprising an access point (320, 322, 324, 326, 328) configured to wirelessly connect user devices to a further network, wherein the access point is wirelessly operating at a wireless channel, wherein one or more wireless sources are transmitting radio signals in one or more wireless channels, the method comprising: obtaining data indicating a radio signal power present at the access point for each wireless channel; calculating an interference parameter indicating an interference on at least one wireless channel based on the obtained data, wherein the obtained data is weighted for each wireless channel based on a channel overlap parameter; obtaining (105, 107) a change of the calculated interference parameter in time; and determining (109, 111, 113, 115, 117) whether to perform an action among performable actions based on the obtained change in the calculated interference parameter in time, wherein the action is changing the wireless channel used by the access point to a wireless channel for which a lower interference parameter is calculated. obtaining data indicating a radio signal power present at the access point for each wireless channel; calculating an interference parameter indicating an interference on at least one wireless channel based on the obtained data, wherein the obtained data is weighted for each wireless channel based on a channel overlap parameter; obtaining (105, 107) a change of the calculated interference parameter in time; and determining (109, 111, 113, 115, 117) whether to perform an action among performable actions based on the obtained change in the calculated interference parameter in time, wherein the action is changing the wireless channel used by the access point to a wireless channel for which a lower interference parameter is calculated.
Ear lifter for crops with a support bar, wherein the support bar extends in a main direction of extension and has, arranged one after the other in the main direction of extension, a fastening portion, a middle portion and a skid portion, wherein the support bar has a restraining device extending along the central portion, wherein the restraining device reinforces the central portion with respect to a bending stress, wherein a stiffening effect of the restraining device is greater in a first bending direction than in a second bending direction (-Z) opposite to the first bending direction, characterised in that the restraining device is connected to the central section in such a way that the bending stress causes a relative movement of the restraining device to the central section, wherein the relative movement is more restricted under the bending stress in the first bending direction than under the bending stress in the second bending direction (-Z). wherein the restraining device reinforces the central portion with respect to a bending stress, wherein a stiffening effect of the restraining device is greater in a first bending direction than in a second bending direction (-Z) opposite to the first bending direction, characterised in that the restraining device is connected to the central section in such a way that the bending stress causes a relative movement of the restraining device to the central section, wherein the relative movement is more restricted under the bending stress in the first bending direction than under the bending stress in the second bending direction (-Z).
A method of bonding two substrates together, the method comprising: A. providing a composition comprising: (i) a compound comprising: a) at least one alkoxy silane moiety; and b) at least one moiety selected from an aromatic nitroso or an aromatic nitroso precursor and combinations thereof; and (ii) a carrier for the compound, the carrier comprising at least 0.1 % water; B. heating the composition; and C. applying the composition to a bonding surface of at least one of the substrates and bringing the bonding surfaces of the substrates together. A. providing a composition comprising: (i) a compound comprising: a) at least one alkoxy silane moiety; and b) at least one moiety selected from an aromatic nitroso or an aromatic nitroso precursor and combinations thereof; and (ii) a carrier for the compound, the carrier comprising at least 0.1 % water; (i) a compound comprising: a) at least one alkoxy silane moiety; and b) at least one moiety selected from an aromatic nitroso or an aromatic nitroso precursor and combinations thereof; and a) at least one alkoxy silane moiety; and b) at least one moiety selected from an aromatic nitroso or an aromatic nitroso precursor and combinations thereof; and (ii) a carrier for the compound, the carrier comprising at least 0.1 % water; B. heating the composition; and C. applying the composition to a bonding surface of at least one of the substrates and bringing the bonding surfaces of the substrates together.
Method for operating an energy store for a photovoltaic installation, which is subjected to an infeed limitation for feeding energy into a public power grid, wherein the method has the following steps: reading in at least one characteristic value (t 1, t 2, t full) of the photovoltaic installation and/or of the energy store on at least one operating day of the photovoltaic installation preceding a current operating day; identifying a charging start time (t start) of the energy store for the current operating day using the characteristic value (t 1, t 2, t full) of the preceding operating day and a processing rule; and supplying a charging signal for the energy store at the identified charging start time (t start) of the current operating day in order to operate the energy store. reading in at least one characteristic value (t 1, t 2, t full) of the photovoltaic installation and/or of the energy store on at least one operating day of the photovoltaic installation preceding a current operating day; identifying a charging start time (t start) of the energy store for the current operating day using the characteristic value (t 1, t 2, t full) of the preceding operating day and a processing rule; and supplying a charging signal for the energy store at the identified charging start time (t start) of the current operating day in order to operate the energy store.
A purified chondroitinase ABC Type I mutant polypeptide that degrades a proteoglycan, said polypeptide selected from SEQ ID No: 2, SEQ ID No: 3 or SEQ ID No: 4, wherein the polypeptide retains its proteoglycan degrading activity.
A multi-axis acceleration sensor (100,300,400,600,800,900) comprising: a three-dimensional frame (108,408,608,808,908); a central mass (102,302,402,602,802,902) disposed within the frame (108,408,608,808,908), the central mass having three principal axes; and a plurality of transducers (106,306,406,606,806,906) mechanically coupled between the frame (108,408,608,808,908) and the central mass (102,402,602,802,902); wherein the transducers (106,306,406,606,806,906) are arranged in three pairs, the transducers of each pair being coupled to opposing sides of the central mass (102,402,602,802,902) defined along a respective one of the three principal axes, characterized in that each of the transducers (106,306,406,606,806,906) has a crystal orientation defining a shear sensitivity direction, the shear sensitivity direction of the transducers (106,306,406,606,806,906) in each pair being oriented generally parallel to one another and substantially perpendicular to the respective principal axis. a three-dimensional frame (108,408,608,808,908); a central mass (102,302,402,602,802,902) disposed within the frame (108,408,608,808,908), the central mass having three principal axes; and a plurality of transducers (106,306,406,606,806,906) mechanically coupled between the frame (108,408,608,808,908) and the central mass (102,402,602,802,902); wherein the transducers (106,306,406,606,806,906) are arranged in three pairs, the transducers of each pair being coupled to opposing sides of the central mass (102,402,602,802,902) defined along a respective one of the three principal axes, characterized in that each of the transducers (106,306,406,606,806,906) has a crystal orientation defining a shear sensitivity direction, the shear sensitivity direction of the transducers (106,306,406,606,806,906) in each pair being oriented generally parallel to one another and substantially perpendicular to the respective principal axis.
A method for reducing memory access latency of a memory system comprising: monitoring a request rate of speculative memory read requests from a penultimate-level cache to a main memory, the speculative memory read requests corresponding to data read requests that missed in the penultimate-level cache, each of the speculative memory read requests being a core demand speculative memory read request or a prefetch speculative memory read request, and each of the data read requests being a core demand data read request or a prefetch data read request; monitoring a hit rate of searches of a last-level cache for data requested by the data read requests, each of the speculative memory read requests being issued in parallel with a search of the last-level cache for corresponding data; selectively enabling core demand speculative memory read requests to the main memory in parallel with searching of the last-level cache for data of a corresponding core demand data read request based on the request rate and the hit rate; and selectively enabling prefetch speculative memory read requests to the main memory in parallel with searching of the last-level cache for data of a corresponding prefetch data read request based on the request rate and the hit rate. monitoring a request rate of speculative memory read requests from a penultimate-level cache to a main memory, the speculative memory read requests corresponding to data read requests that missed in the penultimate-level cache, each of the speculative memory read requests being a core demand speculative memory read request or a prefetch speculative memory read request, and each of the data read requests being a core demand data read request or a prefetch data read request; monitoring a hit rate of searches of a last-level cache for data requested by the data read requests, each of the speculative memory read requests being issued in parallel with a search of the last-level cache for corresponding data; selectively enabling core demand speculative memory read requests to the main memory in parallel with searching of the last-level cache for data of a corresponding core demand data read request based on the request rate and the hit rate; and selectively enabling prefetch speculative memory read requests to the main memory in parallel with searching of the last-level cache for data of a corresponding prefetch data read request based on the request rate and the hit rate.