mhurhangee/ep-ind-claims huggingface dataset:
A method of watermarking video images of a particular instance of a virtual environment of a video game, comprising the steps of: selecting a plurality of virtual objects (1010, 1020) for inclusion within the virtual environment, the virtual objects being 3D models having a reference value set as a visual property, and being associated with a flag indicating that the virtual objects are suitable for use in encoding a binary sequence within the virtual environment; respectively altering a visual property of the selected virtual objects from a reference value to a respective different value, wherein the respective different value is selected responsive to a respective identification value of identification data associated with that particular instance of the virtual environment, wherein the visual property has a visible effect on the appearance of the virtual objects, and is one or more selected from the list consisting of: i. scale; ii. placement; iii. rotation; and iv. type; and wherein the identification data comprises a serial number or a user's login ID; and rendering for display the virtual environment comprising the altered virtual objects whose sequence corresponds to a binary sequence that encodes the identification data, wherein a start position of the binary sequence is identified based upon a known positional relationship between the start position of the sequence of altered virtual objects and a known reference object. selecting a plurality of virtual objects (1010, 1020) for inclusion within the virtual environment, the virtual objects being 3D models having a reference value set as a visual property, and being associated with a flag indicating that the virtual objects are suitable for use in encoding a binary sequence within the virtual environment; respectively altering a visual property of the selected virtual objects from a reference value to a respective different value, wherein the respective different value is selected responsive to a respective identification value of identification data associated with that particular instance of the virtual environment, wherein the visual property has a visible effect on the appearance of the virtual objects, and is one or more selected from the list consisting of: i. scale; ii. placement; iii. rotation; and iv. type; and i. scale; ii. placement; iii. rotation; and iv. type; and wherein the identification data comprises a serial number or a user's login ID; and rendering for display the virtual environment comprising the altered virtual objects whose sequence corresponds to a binary sequence that encodes the identification data, wherein a start position of the binary sequence is identified based upon a known positional relationship between the start position of the sequence of altered virtual objects and a known reference object.
Shaft-hub connection, in particular roll journal-wobbler connection for use in rolling mills, a shaft that can be rotated about an axis of rotation extending in the longitudinal direction being designed with a roll journal arranged coaxially thereon, which can be at least partly inserted into an opening in a hub of the shaft-hub connection, the hub comprising a receiving element and the roll journal and the receiving element being connected at least indirectly to each other in a form-fitting and/or force-fitting manner, directly or via an interposed wearing device, characterized in that the roll journal is formed so as to be stepped, forming journal subregions (14, 15) of different dimensions, in such a way that the roll journal tapers towards its free end, and in that the opening receiving the roll journal in the hub is formed by the receiving element or a wearing device arranged between receiving element and the roll journal, and is stepped so as to communicate with the roll journal.
A vegetation cutting device comprising: a rotating cutting head and having a cutting line, the cutting line arranged to define a swath for cutting vegetation; a cutting line feeding mechanism comprising a counterweight for balancing a free end of the cutting line protruding from the cutting head, the counterweight being configured to actuate the cutting line feeding mechanism and feed more cutting line when the length of the free end of the cutting line is shorter than or equal to a feed length; characterised in further comprising a guide wheel mounted on the vegetation cutting device and having an outer surface for engaging the ground, the guide wheel being moveable between a retracted position and an extended position wherein when the guide wheel is in the retracted position, the feed length is substantially equal to a distance between the outer surface of the guide wheel engaging the ground and the cutting head. a rotating cutting head and having a cutting line, the cutting line arranged to define a swath for cutting vegetation; a cutting line feeding mechanism comprising a counterweight for balancing a free end of the cutting line protruding from the cutting head, the counterweight being configured to actuate the cutting line feeding mechanism and feed more cutting line when the length of the free end of the cutting line is shorter than or equal to a feed length; characterised in further comprising a guide wheel mounted on the vegetation cutting device and having an outer surface for engaging the ground, the guide wheel being moveable between a retracted position and an extended position wherein when the guide wheel is in the retracted position, the feed length is substantially equal to a distance between the outer surface of the guide wheel engaging the ground and the cutting head.
Metering device comprising - a base body, - at least one seat arranged on the base body, for the releasable fastening of a pipette tip, - an ejection device arranged on the base body for releasing the pipette tip from the seat, which comprises - a throw-off device which is movable relative to the seat, - a transmitting mechanism operatively connected to the throw-off device for moving the throw-off device relative to the seat, - drive means for driving the transmitting mechanism, and - a stop on the transmitting mechanism, - a counter stop arranged on the base body which interacts with the stop and limits the movement of the transmitting mechanism upwards, and - a restoring means which acts, on the one hand, on the base body and, on the other hand, on the ejection device wherein the restoring means is a spring means and presses the stop against the counter stop when the transmitting mechanism is not driven by the drive means, - characterised in that the stop and/or the counter stop consists at least partially of an elastomer or a thermoplastic elastomer and may be resiliently deformed perpendicular to the stop surface thereof, so that the stop and/or the counter stop weaken the impact, when the restoring means moves the ejection device with the stop against the counter stop. - a base body, - at least one seat arranged on the base body, for the releasable fastening of a pipette tip, - an ejection device arranged on the base body for releasing the pipette tip from the seat, which comprises - a throw-off device which is movable relative to the seat, - a transmitting mechanism operatively connected to the throw-off device for moving the throw-off device relative to the seat, - drive means for driving the transmitting mechanism, and - a stop on the transmitting mechanism, - a counter stop arranged on the base body which interacts with the stop and limits the movement of the transmitting mechanism upwards, and - a restoring means which acts, on the one hand, on the base body and, on the other hand, on the ejection device wherein the restoring means is a spring means and presses the stop against the counter stop when the transmitting mechanism is not driven by the drive means, - characterised in that the stop and/or the counter stop consists at least partially of an elastomer or a thermoplastic elastomer and may be resiliently deformed perpendicular to the stop surface thereof, so that the stop and/or the counter stop weaken the impact, when the restoring means moves the ejection device with the stop against the counter stop.
Method for producing a bone cement from at least two starting components in a device comprising a first hollow cylindrical container and a second hollow cylindrical container, wherein the second container comprises a first interior and a second interior, a vessel arranged in the first container, wherein the vessel stores a monomer liquid, a dispensing plunger arranged between the first container and the second interior, comprising the steps of: a. opening the vessel by means of a first movement of the vessel relative to the second container, b. the monomer liquid flowing into the second interior, while the dispensing plunger is designed to be permeable to gases and liquids, c. conveying the monomer liquid into a bone cement powder stored in the first interior by means of a first axial displacement of the first container into the second container, wherein the dispensing plunger for conveying the monomer liquid undergoes a transformation from being permeable to gases and liquids to being impermeable to liquids and solids, and d. squeezing the bone cement formed from the monomer liquid and the bone cement powder out of the device by means of a second axial displacement of the first container into the second container. a first hollow cylindrical container and a second hollow cylindrical container, wherein the second container comprises a first interior and a second interior, a vessel arranged in the first container, wherein the vessel stores a monomer liquid, a dispensing plunger arranged between the first container and the second interior, comprising the steps of: a. opening the vessel by means of a first movement of the vessel relative to the second container, b. the monomer liquid flowing into the second interior, while the dispensing plunger is designed to be permeable to gases and liquids, c. conveying the monomer liquid into a bone cement powder stored in the first interior by means of a first axial displacement of the first container into the second container, wherein the dispensing plunger for conveying the monomer liquid undergoes a transformation from being permeable to gases and liquids to being impermeable to liquids and solids, and d. squeezing the bone cement formed from the monomer liquid and the bone cement powder out of the device by means of a second axial displacement of the first container into the second container. a. opening the vessel by means of a first movement of the vessel relative to the second container, b. the monomer liquid flowing into the second interior, while the dispensing plunger is designed to be permeable to gases and liquids, c. conveying the monomer liquid into a bone cement powder stored in the first interior by means of a first axial displacement of the first container into the second container, wherein the dispensing plunger for conveying the monomer liquid undergoes a transformation from being permeable to gases and liquids to being impermeable to liquids and solids, and d. squeezing the bone cement formed from the monomer liquid and the bone cement powder out of the device by means of a second axial displacement of the first container into the second container.
A peristaltic pump, comprising: a flexible membrane forming at least one bladder against a support, wherein each bladder is provided with one input orifice which admits a fluid to the bladder and one outlet orifice which releases the fluid from the bladder; and at least one roller bearing is configured to rotate about an axis and to apply a compressive force against the at least one bladder characterized in that the bladder has a shape with an apex angle against which the roller bearing presses, wherein the apex angle is between about 45 and about 110 degrees.
Method for thermal insulation of an evacuable container comprising an inner container, an outer container and a cavity disposed between the inner container and the outer container, wherein the cavity is provided to receive a thermally insulating particulate material and for receiving the thermally insulating particulate material the steps of evacuating the cavity, filling the thermally insulating particulate material into the cavity, compressing the thermally insulating particulate material in the cavity, evacuating the cavity and sealing the cavity are performed, wherein said method comprises a) using a vacuum pump to reduce a pressure in the cavity and after achieving a first value of the pressure interrupting the connection to the vacuum pump, b) subsequently making a connection from a reservoir container of the thermally insulating particulate material to a filling opening provided in the region of the cavity, c) setting the evacuable container into motion, wherein the thermally insulating particulate material flows into the cavity according to a) and the pressure in the cavity increases due to the air introduced with the thermally insulating particulate material, d) terminating the filling at a second value of the pressure by interrupting the connection from the cavity to the reservoir container, e) repeating step a), wherein the output of the vacuum pump with which the cavity is deaerated is controlled such that the profile over time of the mass flow exiting from the cavity of air introduced with the thermally insulating particulate material is at a maximum, f) subsequently repeating steps b)-e) up to the desired degree of filling and g) as the final step sealing the evacuated cavity. a) using a vacuum pump to reduce a pressure in the cavity and after achieving a first value of the pressure interrupting the connection to the vacuum pump, b) subsequently making a connection from a reservoir container of the thermally insulating particulate material to a filling opening provided in the region of the cavity, c) setting the evacuable container into motion, wherein the thermally insulating particulate material flows into the cavity according to a) and the pressure in the cavity increases due to the air introduced with the thermally insulating particulate material, d) terminating the filling at a second value of the pressure by interrupting the connection from the cavity to the reservoir container, e) repeating step a), wherein the output of the vacuum pump with which the cavity is deaerated is controlled such that the profile over time of the mass flow exiting from the cavity of air introduced with the thermally insulating particulate material is at a maximum, f) subsequently repeating steps b)-e) up to the desired degree of filling and g) as the final step sealing the evacuated cavity.
A coffee grinding machine comprising a first burr and a second burr, wherein at least one of the first and second burrs (3, 4) is rotatable about an axis of rotation (Y-Y), wherein said burrs (3, 4) are mutually cooperating to grind coffee, wherein said machine comprises a motor which rotates at least one of the burrs with respect to the other one, wherein the axis of rotation (X-X) of said motor does not coincide with the axis (Y-Y) of rotation of the burrs (3, 4) so that the coffee which is ground by the burrs (3, 4) is directed to an output of a conveyor cone for use thereof, characterized in that the machine also comprises anti-static means for reducing or eliminating the static charge of the ground coffee, wherein said anti-static means comprise an annular member positioned downstream of said burrs (3, 4) and comprising discrete anti-static elements.
A method of handling instances of enclaves on an execution platform, the execution platform comprising a secure component, the secure component serving as a trusted interface between a trusted platform module of the execution platform and enclaves of an enclave environment on the execution platform, wherein only a single enclave, denoted base enclave, in the enclave environment is enabled to communicate with the secure component, the method comprising: receiving, by the base enclave, an indication from another enclave in the enclave environment upon start-up of a new instance of said another enclave; and determining, by the base enclave, to enable continued running of the new instance only when number of currently running instances of said another enclave is within an interval of allowed number of running instances of said another enclave. receiving, by the base enclave, an indication from another enclave in the enclave environment upon start-up of a new instance of said another enclave; and determining, by the base enclave, to enable continued running of the new instance only when number of currently running instances of said another enclave is within an interval of allowed number of running instances of said another enclave.
A cosmetic product comprising: a low viscosity cosmetic composition; a receiving member in which the low viscosity cosmetic composition is received; and a reticulated structure which covers an opening of the receiving member, wherein the reticulated structure has a thickness of from 0.4 mm to 3.0 mm and wherein the reticulated structure has elasticity; wherein the low viscosity cosmetic composition has viscosity of from 1,000 cPs to 7,000 cPs, and wherein the low viscosity cosmetic composition is received in the receiving member without an impregnating material. a low viscosity cosmetic composition; a receiving member in which the low viscosity cosmetic composition is received; and a reticulated structure which covers an opening of the receiving member, wherein the reticulated structure has a thickness of from 0.4 mm to 3.0 mm and wherein the reticulated structure has elasticity; wherein the low viscosity cosmetic composition has viscosity of from 1,000 cPs to 7,000 cPs, and wherein the low viscosity cosmetic composition is received in the receiving member without an impregnating material.
Surface coating on a structured metallic or metallised surface, characterised in that the surface coating exhibits hydrophobic and/or oleophobic properties and the thickness of the surface coating is smaller than the structure depth of the structured metallic or metallised surface, which is referred to as surface structure, wherein the structure depth is the roughness of the surface structure, and lies in the range of Ra = 5 to 100 μm.
Vacuum insulation panel with a core of open-pore material and with an enclosure enclosing the core in a close-fitting, complete and gas-tight manner on all sides, wherein the enclosure comprises at least one gas-tight barrier layer, wherein the enclosure has a protective layer of a heat-resistant material in at least one region of the outer surface of the vacuum insulation panel on the outside of the barrier layer or on an intermediate layer located on the outside of the barrier layer, characterized in that, the heat-resistant protective layer consists substantially of mica particles, in that the mica particles of the heat-resistant protective layer are applied and fixed on a sheet-line carrier material, in that the sheet-line carrier material is formed by the intermediate layer located on the barrier layer, in the case of multilayer construction by the intermediate layer located on the outermost barrier layer, and in that the mica particles are pre-fixed to the sheet-line carrier material by a binder and are covered and fixed by an outer top layer.
Method for producing an electrical connection between an electrical conductor comprising a plurality of individual wires and a contact element, wherein the electrical conductor is arranged in a contact portion of the contact element, and the contact portion and the electrical conductor are subsequently pressed together so that the contact portion surrounds the electrical conductor, characterized in that by means of laser irradiation of the contact portion, or by means of laser irradiation of the electrical conductor through an opening in the contact portion, a plurality of elongate welded connections spaced apart from one another are produced between the contact portion and the electrical conductor, wherein the elongate welded connections each extend in an irradiation direction from an irradiated region of the contact portion, or from an irradiated region of the electrical conductor, through an entire cross-section of the pressed electrical conductor to an area of the contact portion opposite to the irradiated region so that the electrical conductor is connected to this area of the contact portion, wherein the irradiated regions are arranged in a grid.
A pneumatic radial tire comprising a carcass layer and a cross-ply belt package with cut-ends which is disposed over the said carcass layer, said cross-ply belt package having at least two layers (5, 6), comprising composite strips as reinforcement elements which is characterized in that, the said strips are made of uniaxial carbon fibers in a resin matrix and crimps of the said strips are in longitudinal direction in xz plane or in lateral direction in xy plane, wherein x is the longitudinal axis of the composite strip, y is the lateral axis of the composite strip and z perpendicular to the xy plane.
Arrangement for removing carbon dioxide from an extracorporeal blood stream and/or for enriching the extracorporeal blood stream with oxygen, having a filter comprising a membrane that separates a blood region, through which the extracorporeal blood stream is guided, from a gas region, through which a gas stream of a purge gas is guided, a first gas storage tank in which a first gas is received, and at least a second gas storage tank in which a second gas, different from the first gas, is received, a gas mixer unit for mixing the first gas and the second gas to give the purge gas, and having a supply line for supplying the purge gas to the gas region of the filter, characterized in that an electronic control unit for controlling the gas mixer unit is provided, the control unit comprises an input unit, with the aid of which the fraction of the first gas in the purge gas is adjustable by an operator, and in that the control unit controls the gas mixer unit in such a way that the purge gas has the adjusted fraction of the first gas, in that the gas mixer unit comprises a first proportional valve for adjusting the volumetric flow of the first gas withdrawn from the first gas storage tank, and a second proportional valve for adjusting the volumetric flow of the second gas withdrawn from the second gas storage tank, and in that the control unit controls the first proportional valve and/or the second proportional valve in order to adjust the fraction of the first gas adjusted via the input unit, and in that a heating unit for heating the purge gas is arranged downstream from the gas mixer unit and upstream from the filter, in that a temperature sensor for determining an actual value of the temperature of the purge gas is arranged upstream from the filter, in that a further temperature sensor for determining the temperature of the purge gas is arranged downstream from the filter, and in that the control unit controls the heating unit in such a way that the heating unit heats the purge gas according to the temperature determined with the aid of the first and/or second temperature sensor.