mhurhangee/ep-ind-claims huggingface dataset:
A granulator mill comprising: a frame, preferably arranged to stand directly on a substrate or indirectly on the substrate via a number of wheels, in the normal position of use of said granulator mill, a cutter housing arranged at the frame and having a granule chamber, the granule chamber comprises at least one non-rotatable blade inside the granule chamber, a rotatable rotor arranged inside the granule chamber, the rotor comprising a plurality of blades (32, 34) arranged at a periphery of the rotor, which blades (32, 34) are arranged for cooperation with the at least one non-rotatable blade for granulating waste material to granules, wherein a normal (n) to a first opening of the granule chamber is pointing substantially vertically upwards in the normal position of use of said granulator mill, characterised in that the cutter housing is pivotably arranged at the frame by means of a first pivot means, for pivoting the cutter housing including the granule chamber and the rotor between the normal position of use and a cleaning position, wherein in the cleaning position, the normal (n) of the first opening of the granule chamber points towards a surface plane of the substrate. a frame, preferably arranged to stand directly on a substrate or indirectly on the substrate via a number of wheels, in the normal position of use of said granulator mill, a cutter housing arranged at the frame and having a granule chamber, the granule chamber comprises at least one non-rotatable blade inside the granule chamber, a rotatable rotor arranged inside the granule chamber, the rotor comprising a plurality of blades (32, 34) arranged at a periphery of the rotor, which blades (32, 34) are arranged for cooperation with the at least one non-rotatable blade for granulating waste material to granules, wherein a normal (n) to a first opening of the granule chamber is pointing substantially vertically upwards in the normal position of use of said granulator mill,
A convex ostomy device, comprising i) a pressure-sensitive center region covered on both sides with an adhesive; and ii) a region outside of the center region, covered on both sides with adhesive and having a thickness of 0.5 mm to 3 mm, characterised in that the center region is thinner than the region, and has a thickness of 0.1 mm to 0.5 mm, the thin center region being tearable, and the broken thin center region being adapted to be rolled up and moulded towards the outer part of the device. i) a pressure-sensitive center region covered on both sides with an adhesive; and ii) a region outside of the center region, covered on both sides with adhesive and having a thickness of 0.5 mm to 3 mm, characterised in that the center region is thinner than the region, and has a thickness of 0.1 mm to 0.5 mm, the thin center region being tearable, and the broken thin center region being adapted to be rolled up and moulded towards the outer part of the device.
Cascade organic Rankine cycle system comprising a hot source, at least a first high temperature organic Rankine cycle and a second low temperature organic Rankine cycle, the first high temperature organic Rankine cycle comprising a first preheater and a second preheater and the second low temperature organic Rankine cycle comprising a preheater; said cycles also comprising at least one vaporiser (1, 11), at least one turbine (5, 15), at least one condenser (6, 16), where the hot source first supplies a vaporizer of the high temperature cycle, then the vaporiser of the low temperature cycle and finally it is divided into two flows which feed the first preheater of the high temperature cycle and the preheater of the low temperature cycle, said system being characterized in that the first high-temperature organic Rankine cycle comprises an additional vaporizer operating at an intermediate pressure between the pressure of the vaporiser of the high temperature cycle and the pressure of the vaporiser of the low temperature cycle, said further vaporiser being fed by a partial flow of the hot source extracted downstream of the first vaporiser and upstream of the second preheater of the same high temperature cycle and said further vaporiser being used to produce organic fluid vapor at the intermediate pressure to be used in the turbine of the high temperature cycle.
A system comprising a shelving unit, the shelving unit comprising: i. a self-stabilized weighing assembly comprising: a plurality of load cell assemblies, two shelf brackets each comprising a vertical member including a bracket hook, and a horizonal member supporting at least one respective load cell assembly, and a shelf for storing thereupon a plurality of products characterized by a plurality of SKU-identifiers, said shelf comprising a shelf-frame that includes a member(s) (e.g., 91) that, when joined with the two shelf brackets, provide rigidity, and ii. a shelving assembly comprising: a back panel and at least one upright associated with said back panel and adapted to receive a respective one of the bracket hooks. i. a self-stabilized weighing assembly comprising: a plurality of load cell assemblies, two shelf brackets each comprising a vertical member including a bracket hook, and a horizonal member supporting at least one respective load cell assembly, and a shelf for storing thereupon a plurality of products characterized by a plurality of SKU-identifiers, said shelf comprising a shelf-frame that includes a member(s) (e.g., 91) that, when joined with the two shelf brackets, provide rigidity, and a plurality of load cell assemblies, two shelf brackets each comprising a vertical member including a bracket hook, and a horizonal member supporting at least one respective load cell assembly, and a shelf for storing thereupon a plurality of products characterized by a plurality of SKU-identifiers, said shelf comprising a shelf-frame that includes a member(s) (e.g., 91) that, when joined with the two shelf brackets, provide rigidity, and ii. a shelving assembly comprising: a back panel and at least one upright associated with said back panel and adapted to receive a respective one of the bracket hooks.
A work tool, comprising: a motor; a power transmission means, receiving motive power of the motor and transmitting the motive power to a tip tool; a housing, accommodating at least a portion of the power transmission means; weights, swingably supported by the housing; and an urging means (71 or 71a), urging the weights such that the weights are located at an initial neutral position, characterised in that for the work tool: the weights and the urging means (71 or 71a) are respectively disposed to two sides of the housing to put the power transmission means therebetween, the urging means (71 or 71a) are stretched between the weights and the housing, the work tool comprises a connection means, and the connection means connects the weights respectively disposed to the two sides of the housing, such that the weights swing integrally. a motor; a power transmission means, receiving motive power of the motor and transmitting the motive power to a tip tool; a housing, accommodating at least a portion of the power transmission means; weights, swingably supported by the housing; and an urging means (71 or 71a), urging the weights such that the weights are located at an initial neutral position, characterised in that for the work tool: the weights and the urging means (71 or 71a) are respectively disposed to two sides of the housing to put the power transmission means therebetween, the urging means (71 or 71a) are stretched between the weights and the housing, the work tool comprises a connection means, and the connection means connects the weights respectively disposed to the two sides of the housing, such that the weights swing integrally. the weights and the urging means (71 or 71a) are respectively disposed to two sides of the housing to put the power transmission means therebetween, the urging means (71 or 71a) are stretched between the weights and the housing, the work tool comprises a connection means, and the connection means connects the weights respectively disposed to the two sides of the housing, such that the weights swing integrally.
An optical apparatus, comprising: an optical fiber; an optical device on a device substrate, the device substrate having a groove for receiving the optical fiber and positioning a proximal end of the optical fiber to establish optical coupling between the optical fiber and the optical device, a first segment at or near the proximal end of the optical fiber being secured to the device substrate in the groove; a circuit board having a substantially flat upper surface, the device substrate being mounted on the circuit board on the substantially flat upper surface, a second segment of the optical fiber being secured by first adhesive means to the circuit board on the substantially flat upper surface, the second fiber segment being distal to the first fiber segment and; at least one electrical connection between the optical device and the circuit board; characterized by a fiber support member on the substantially flat surface of the circuit board beneath a portion of the optical fiber between the device substrate and the second fiber segment, at least a portion of the optical fiber between the first and second fiber segments being secured to the fiber support member by second adhesive means. an optical fiber; an optical device on a device substrate, the device substrate having a groove for receiving the optical fiber and positioning a proximal end of the optical fiber to establish optical coupling between the optical fiber and the optical device, a first segment at or near the proximal end of the optical fiber being secured to the device substrate in the groove; a circuit board having a substantially flat upper surface, the device substrate being mounted on the circuit board on the substantially flat upper surface, a second segment of the optical fiber being secured by first adhesive means to the circuit board on the substantially flat upper surface, the second fiber segment being distal to the first fiber segment and; at least one electrical connection between the optical device and the circuit board; characterized by a fiber support member on the substantially flat surface of the circuit board beneath a portion of the optical fiber between the device substrate and the second fiber segment, at least a portion of the optical fiber between the first and second fiber segments being secured to the fiber support member by second adhesive means.
A method of mitigating an amplification attack by a controller node (100;202;700) on an end system (108;210;702,704) in a network (112;214), the method comprising: detecting one or more candidate attack request packets (110;212) received by an intermediary node (104,106;204,206,208) in the network; and limiting response traffic of response packets (114;216) communicated from the intermediary node to the end system by a credit representing an amount of data received in the one or more candidate attack requests communicated from the controller node to the intermediary node, wherein each response packet transmitted from the intermediary node to the end system draws on the credit. detecting one or more candidate attack request packets (110;212) received by an intermediary node (104,106;204,206,208) in the network; and limiting response traffic of response packets (114;216) communicated from the intermediary node to the end system by a credit representing an amount of data received in the one or more candidate attack requests communicated from the controller node to the intermediary node, wherein each response packet transmitted from the intermediary node to the end system draws on the credit.
A display screen for an electronic device, comprising: a functional area configured to achieve a function of the electronic device and comprising a plurality of pixel points, the plurality of pixel points defining a gap area therebetween; and a signal emitter received in the gap area, wherein the display screen further comprises a switch coupled to the signal emitter and at least one of the plurality of pixel points, the gap area is further provided with a signal receiver therein, the signal emitter is configured to emit a detecting signal and the signal receiver is configured to receive a reflected signal generated by the detecting signal being reflected by an external object, the signal emitter is an infrared emitter and the signal receiver is an infrared receiver, characterized in that the switch is configured to turn on the signal emitter and turn off the at least one of the plurality of pixel points when receiving a first drive signal, and the switch is further configured to turn on the at least one of the plurality of pixel points and turn off the signal emitter when receiving a second drive signal, wherein the first drive signal is received when the display screen enters into an object sensing mode and the second drive signal is received when the display screen enters into a display mode. a functional area configured to achieve a function of the electronic device and comprising a plurality of pixel points, the plurality of pixel points defining a gap area therebetween; and a signal emitter received in the gap area, wherein the display screen further comprises a switch coupled to the signal emitter and at least one of the plurality of pixel points, the gap area is further provided with a signal receiver therein, the signal emitter is configured to emit a detecting signal and the signal receiver is configured to receive a reflected signal generated by the detecting signal being reflected by an external object, the signal emitter is an infrared emitter and the signal receiver is an infrared receiver, characterized in that the switch is configured to turn on the signal emitter and turn off the at least one of the plurality of pixel points when receiving a first drive signal, and the switch is further configured to turn on the at least one of the plurality of pixel points and turn off the signal emitter when receiving a second drive signal, wherein the first drive signal is received when the display screen enters into an object sensing mode and the second drive signal is received when the display screen enters into a display mode.
A method of forming a projection (8A, 8B) on a surface of a work (110, 1), the method comprising: forming a first bank by laser metal deposition such that the first bank surrounds a projection forming region on the surface of the work (110, 1); forming a first layer on the projection forming region by the laser metal deposition such that the first layer covers the first bank; laminating at least one first height raising layer on the first layer by the laser metal deposition; forming a second bank by the laser metal deposition along a peripheral edge of the at least one first height raising layer; forming an intermediate base layer on the at least one first height raising layer by the laser metal deposition such that the intermediate base layer covers the second bank; and laminating at least one second height raising layer on the intermediate base layer by the laser metal deposition.
A material testing machine, adapted to conduct a tensile test by applying a tensile test force to a test piece in a state in which both ends of the test piece are gripped by a pair of grippers (21, 22), characterized by comprising: a storing section, which stores a value of an appropriate natural frequency, wherein a value of a natural frequency of a system comprising the test piece and one of the pair of grippers (21, 22) when the test piece is gripped with an appropriate gripping force by the one gripper (21, 22) is taken as the value of the appropriate natural frequency; a before-test natural frequency measuring means (41, 14), which measures a value of a before-test natural frequency, wherein a value of a natural frequency of the system comprising the test piece and the one gripper (21, 22) when the test piece is gripped by the one gripper before the tensile test starts is taken as the value of the before-test natural frequency; a comparing section, which compares the value of the before-test natural frequency with the value of the appropriate natural frequency; and a controlling section which allows the starting of a material test if the value of the before-test natural frequency is greater than the value of the appropriate natural frequency, and conducts a warning display if the value of the before-test natural frequency is smaller than the value of the appropriate natural frequency. a storing section, which stores a value of an appropriate natural frequency, wherein a value of a natural frequency of a system comprising the test piece and one of the pair of grippers (21, 22) when the test piece is gripped with an appropriate gripping force by the one gripper (21, 22) is taken as the value of the appropriate natural frequency; a before-test natural frequency measuring means (41, 14), which measures a value of a before-test natural frequency, wherein a value of a natural frequency of the system comprising the test piece and the one gripper (21, 22) when the test piece is gripped by the one gripper before the tensile test starts is taken as the value of the before-test natural frequency; a comparing section, which compares the value of the before-test natural frequency with the value of the appropriate natural frequency; and a controlling section which allows the starting of a material test if the value of the before-test natural frequency is greater than the value of the appropriate natural frequency, and conducts a warning display if the value of the before-test natural frequency is smaller than the value of the appropriate natural frequency.
A bracket for securing to a U-shaped ladder rung, the bracket comprising: a rung insertion area defined by a bottom, by two sidewalls extending from the bottom, and by two gussets extending from the bottom and positioned between the sidewalls; wherein each sidewall includes a top and two curved arms and each gusset includes a top and two sides; wherein slots are formed between each curved arm of the sidewalls and each side of the gusset; and an upper member, extending from the top of one of the sidewalls, wherein the bracket is configured to receive the sidewalls of the U-shaped ladder rung in the slots, thereby securing the U-shaped ladder rung to the bracket and wherein the slots are narrower than the thickness of the sidewalls of the U-shaped ladder rung, thereby providing an interference fit with the U-shaped ladder rung. a rung insertion area defined by a bottom, by two sidewalls extending from the bottom, and by two gussets extending from the bottom and positioned between the sidewalls; wherein each sidewall includes a top and two curved arms and each gusset includes a top and two sides; wherein slots are formed between each curved arm of the sidewalls and each side of the gusset; and an upper member, extending from the top of one of the sidewalls, wherein the bracket is configured to receive the sidewalls of the U-shaped ladder rung in the slots, thereby securing the U-shaped ladder rung to the bracket and wherein the slots are narrower than the thickness of the sidewalls of the U-shaped ladder rung, thereby providing an interference fit with the U-shaped ladder rung.
A method of operation of a head-mounted audio visual device of an augmented reality system, the method comprising: generating, by the ahead-mounted audio visual device, a virtual world immersive experience within a virtual space while physically moving within a physical space; receiving, by the head-mounted audio visual device, a teleport control signal; and moving, in response to the teleport control signal, a virtual object of interest in the virtual space to a location in the virtual space that corresponds to a target location in the physical space, wherein the target location in the physical space is an approximate center of the physical space determined by the head-mounted audio visual device. generating, by the ahead-mounted audio visual device, a virtual world immersive experience within a virtual space while physically moving within a physical space; receiving, by the head-mounted audio visual device, a teleport control signal; and moving, in response to the teleport control signal, a virtual object of interest in the virtual space to a location in the virtual space that corresponds to a target location in the physical space, wherein the target location in the physical space is an approximate center of the physical space determined by the head-mounted audio visual device.
Sensor installation comprising an evaluation unit and a marking region, comprising at least one optical sensor unit embodied to record at least one image of the marking region with optical markings, wherein the optical markings comprise position information in relation to their position in the marking region, wherein the evaluation unit is embodied to determine the relative position of the optical sensor unit in relation to the marking region in six spatial degrees of freedom on the basis of the at least one image, wherein the evaluation unit comprises a rough evaluation unit embodied to read out the position information from at least one optical marking in the recorded image and to provide the position information, wherein the position information comprises the coordinates of the position of the respective optical marking in the marking region, wherein the evaluation unit comprises a pattern identification unit embodied to capture and/or search for a geometric pattern from at least one optical marking in the at least one image, wherein the evaluation unit comprises a distance evaluation unit and the optical sensor unit comprises an optical imaging unit with a focal length f, wherein the distance evaluation unit is embodied to determine the distance between the optical sensor unit and the marking region on the basis of a distortion and an imaging scale of the geometric pattern in the at least one image and the focal length f, wherein the evaluation unit comprises an angle determination unit embodied to determine the rotational degrees of freedom of the optical sensor unit in respect of the marking region on the basis of a distortion of the geometric pattern in the at least one image.