mhurhangee/patent-ind-claim-en huggingface dataset:
Decorative panel , in particular a floor panel, ceiling panel or wall panel, comprising: - a core provided with an upper side and a lower side, - a decorative top structure affixed, directly or indirectly, on said upper side of the core , said decorative top structure comprising: • at least one decorative print layer forming at least one décor image, • a substantially transparent or translucent three-dimensional embossing structure at least partially covering said print layer , wherein the embossing structure is a multi-layer embossing structure which comprises: ∘ at least one, at least partially cured base layer provided with a plurality of indentations , and ∘ at least one at least partially cured elevated pattern layer formed by a plurality of elevations printed on top of said base layer . - a core provided with an upper side and a lower side, - a decorative top structure affixed, directly or indirectly, on said upper side of the core , said decorative top structure comprising: • at least one decorative print layer forming at least one décor image, • a substantially transparent or translucent three-dimensional embossing structure at least partially covering said print layer , wherein the embossing structure is a multi-layer embossing structure which comprises: ∘ at least one, at least partially cured base layer provided with a plurality of indentations , and ∘ at least one at least partially cured elevated pattern layer formed by a plurality of elevations printed on top of said base layer . • at least one decorative print layer forming at least one décor image, • a substantially transparent or translucent three-dimensional embossing structure at least partially covering said print layer , wherein the embossing structure is a multi-layer embossing structure which comprises: ∘ at least one, at least partially cured base layer provided with a plurality of indentations , and ∘ at least one at least partially cured elevated pattern layer formed by a plurality of elevations printed on top of said base layer . ∘ at least one, at least partially cured base layer provided with a plurality of indentations , and ∘ at least one at least partially cured elevated pattern layer formed by a plurality of elevations printed on top of said base layer .
A system for locating modules of a unified plant model at runtime comprising: a requestor module configured to submit a request for locating a further module at runtime to a message engine; an audit log; a set of data brokers configured to maintain the audit log for the system and to log in the audit log audit messages generated by a plurality of modules in the system; and the message engine (110; 204; 300; 408; 502; 504; 506; 508; 833; 1110; 1295) configured to: in response to the request, dynamically search for modules, comprising the further module, at runtime by employing the set of data brokers, wherein the set of data brokers is configured to supply the message engine (110; 204; 300; 408; 502; 504; 506; 508; 833; 1110; 1295) with an ability to search for and find an audit message generated by the further module in the system ; determine a location for a data source being a source of data from the further module by employing attributes associated with the further module; provide the location for the data source to the requestor module ; and normalize messaging of various protocols and formats within the unified plant model to provide a consistent interface among the plurality of modules . a requestor module configured to submit a request for locating a further module at runtime to a message engine; an audit log; a set of data brokers configured to maintain the audit log for the system and to log in the audit log audit messages generated by a plurality of modules in the system; and the message engine (110; 204; 300; 408; 502; 504; 506; 508; 833; 1110; 1295) configured to: in response to the request, dynamically search for modules, comprising the further module, at runtime by employing the set of data brokers, wherein the set of data brokers is configured to supply the message engine (110; 204; 300; 408; 502; 504; 506; 508; 833; 1110; 1295) with an ability to search for and find an audit message generated by the further module in the system ; determine a location for a data source being a source of data from the further module by employing attributes associated with the further module; provide the location for the data source to the requestor module ; and normalize messaging of various protocols and formats within the unified plant model to provide a consistent interface among the plurality of modules . in response to the request, dynamically search for modules, comprising the further module, at runtime by employing the set of data brokers, wherein the set of data brokers is configured to supply the message engine (110; 204; 300; 408; 502; 504; 506; 508; 833; 1110; 1295) with an ability to search for and find an audit message generated by the further module in the system ; determine a location for a data source being a source of data from the further module by employing attributes associated with the further module; provide the location for the data source to the requestor module ; and normalize messaging of various protocols and formats within the unified plant model to provide a consistent interface among the plurality of modules .
Casting resin, comprising: at least one resin component which comprises an epoxy group, at least 50 % by weight of the resin component being an aliphatic epoxy resin; an aliphatic curing agent which has an APHA/Hazen colour number according to DIN ISO 6217 of 20 or less; at least one silane additive; and a fragrance. at least one resin component which comprises an epoxy group, at least 50 % by weight of the resin component being an aliphatic epoxy resin; an aliphatic curing agent which has an APHA/Hazen colour number according to DIN ISO 6217 of 20 or less; at least one silane additive; and a fragrance.
A computer-implemented method for a transport refrigeration unit including an evaluation and diagnostic engine using a processor , the method comprising: receiving, by the processor , customer business data associated with the transport refrigeration unit; obtaining customer usage data associated with a customer business operation, wherein the customer usage data is obtained using sensors associated with the transport refrigeration unit, and wherein the sensors comprise a thermostat for the transport refrigeration unit and a door sensor associated with an outside door of the transport refrigeration unit; obtaining environmental data associated with the transport refrigeration unit, including obtaining outside air temperature characterised in that obtaining environmental data associated with the transport refrigeration includes obtaining outside air humidity; and determining an action for the transport refrigeration unit, wherein the action comprises adjustment of a temperature of the thermostat, and wherein the usage and diagnostic engine is configured to look to the customer usage data and customer business data to determine that the transport refrigeration unit has an upcoming stop that might require the door to be opened and to adjust the thermostat temperature downward based at least in part on the outside air temperature and humidity and in anticipation of the door opening. receiving, by the processor , customer business data associated with the transport refrigeration unit; obtaining customer usage data associated with a customer business operation, wherein the customer usage data is obtained using sensors associated with the transport refrigeration unit, and wherein the sensors comprise a thermostat for the transport refrigeration unit and a door sensor associated with an outside door of the transport refrigeration unit; obtaining environmental data associated with the transport refrigeration unit, including obtaining outside air temperature characterised in that obtaining environmental data associated with the transport refrigeration includes obtaining outside air humidity; and determining an action for the transport refrigeration unit, wherein the action comprises adjustment of a temperature of the thermostat, and wherein the usage and diagnostic engine is configured to look to the customer usage data and customer business data to determine that the transport refrigeration unit has an upcoming stop that might require the door to be opened and to adjust the thermostat temperature downward based at least in part on the outside air temperature and humidity and in anticipation of the door opening.
A robot comprising: a base ; a robot arm including a first arm provided on the base rotatably around a first rotation axis ; a first motor provided in the first arm and configured to rotate the first arm ; a tabular section formed in a tabular shape, having one surface and an other surface, and provided inside of the base ; a control board attached to the one surface of the tabular section and configured to control driving of the robot arm ; and a power supply board attached to the other surface of the tabular section and configured to supply electric power to the control board . a base ; a robot arm including a first arm provided on the base rotatably around a first rotation axis ; a first motor provided in the first arm and configured to rotate the first arm ; a tabular section formed in a tabular shape, having one surface and an other surface, and provided inside of the base ; a control board attached to the one surface of the tabular section and configured to control driving of the robot arm ; and a power supply board attached to the other surface of the tabular section and configured to supply electric power to the control board .
Drill rod coupling comprising - a sleeve-shaped coupling receptacle , - a pin-shaped coupling member which is axially insertable into the coupling receptacle to form a rotationally fixed connection, and - at least one locking bolt which is directed transversely to the axial coupling direction and, in a locked coupling position, extends from the coupling receptacle into a locking recess on the coupling member , - wherein the locking bolt is mounted, so as to be radially adjustable between an unlocking position and a locking position on the sleeve-shaped coupling receptacle by means of a gravity-dependent adjusting mechanism , - wherein the adjusting mechanism comprises at least one movable actuator movable between a lower insertion position, in which the locking bolt is pushed into the locking position, and an upper retraction position, in which the locking bolt is retracted from the locking recess into the unlocking position, and - wherein the actuator is held in the lower insertion position by gravity, characterised in that - a load weight is detachably arranged at the outer end at each of the at least one actuator , - wherein a desired adjusting force can be preset by correspondingly increasing or decreasing the load weight . - a sleeve-shaped coupling receptacle , - a pin-shaped coupling member which is axially insertable into the coupling receptacle to form a rotationally fixed connection, and - at least one locking bolt which is directed transversely to the axial coupling direction and, in a locked coupling position, extends from the coupling receptacle into a locking recess on the coupling member , - wherein the locking bolt is mounted, so as to be radially adjustable between an unlocking position and a locking position on the sleeve-shaped coupling receptacle by means of a gravity-dependent adjusting mechanism , - wherein the adjusting mechanism comprises at least one movable actuator movable between a lower insertion position, in which the locking bolt is pushed into the locking position, and an upper retraction position, in which the locking bolt is retracted from the locking recess into the unlocking position, and - wherein the actuator is held in the lower insertion position by gravity, characterised in that - a load weight is detachably arranged at the outer end at each of the at least one actuator , - wherein a desired adjusting force can be preset by correspondingly increasing or decreasing the load weight .
Detection device for a beverage machine which has a height-adjustable outlet comprising at least one outlet nozzle , the detection device having the following features: a contact element fastened to the outlet for sensing contact with a vessel , characterised by a distance sensor arranged on the contact element for contactlessly providing a distance signal. a contact element fastened to the outlet for sensing contact with a vessel , characterised by a distance sensor arranged on the contact element for contactlessly providing a distance signal.
A dental x-ray image media holder comprising an image media backing plate adjustably affixed to a bite block ; said backing plate having at least one channel for receiving a post affixed to said bite block , such that the bite block can be selectively moved within said channel to orient the bite block in a predetermined position relative to the backing plate , wherein said backing plate has a first and second sides , such that said bite block is generally positioned on said first side of said backing plate when in use, wherein said second side of said backing plate is provided with means to affix an image media thereto, wherein said means to affix includes means to removably affix an image media thereto, wherein a releasable adhesive is provided on said second side of said backing plate , wherein at least one strap is secured to said backing plate , such that after an image media is placed into physical contact with said second side of said backing plate , said strap can be wrapped to physically impinge upon the image media thereby securing it in position relative to said backing plate .
A magnetic sensor , comprising: a first plurality of magnetoresistive sensor elements coupled together as a first circuit ; and a second circuit adjacent to the first circuit and configured to receive a bipolar current signal from a bipolar current source coupled to the second circuit , wherein a portion of the second circuit is adjacent to each magnetoresistive sensor element of the first plurality of magnetoresistive sensor elements , wherein the bipolar current signal is configured to generate a magnetic field to cancel at least a portion of 1/f noise generated from at least one magnetoresistive sensor element of the first plurality of magnetoresistive sensor elements , wherein the bipolar current signal is a cyclic signal including a positive portion and a negative portion different from the positive portion , wherein the first circuit has a high output and a low output in response to the bipolar current signal , and wherein the bipolar current signal is delivered at a rate of at least two times of an output data rate of an output signal of the first circuit, wherein the bipolar current signal is asymmetric with the positive portion and the negative portion occupying different percentages of each cycle of the bipolar current signal , and wherein the high output and the low output from the first circuit are sampled, added, and averaged for the cancellation of at least a portion of the 1/f noise generated from at least one magnetoresistive sensor element of the first plurality of magnetoresistive sensor elements . a first plurality of magnetoresistive sensor elements coupled together as a first circuit ; and a second circuit adjacent to the first circuit and configured to receive a bipolar current signal from a bipolar current source coupled to the second circuit , wherein a portion of the second circuit is adjacent to each magnetoresistive sensor element of the first plurality of magnetoresistive sensor elements , wherein the bipolar current signal is configured to generate a magnetic field to cancel at least a portion of 1/f noise generated from at least one magnetoresistive sensor element of the first plurality of magnetoresistive sensor elements , wherein the bipolar current signal is a cyclic signal including a positive portion and a negative portion different from the positive portion , wherein the first circuit has a high output and a low output in response to the bipolar current signal , and wherein the bipolar current signal is delivered at a rate of at least two times of an output data rate of an output signal of the first circuit, wherein the bipolar current signal is asymmetric with the positive portion and the negative portion occupying different percentages of each cycle of the bipolar current signal , and wherein the high output and the low output from the first circuit are sampled, added, and averaged for the cancellation of at least a portion of the 1/f noise generated from at least one magnetoresistive sensor element of the first plurality of magnetoresistive sensor elements .
Electric connection apparatus comprising a support body with an oblong development and provided with at least two electrical conductors associated with the support body along its oblong development, and at least a connection device selectively attachable to the support body in any position whatsoever along the oblong development of the latter, and provided with contact terminals configured to generate an electric connection with said conductors , said support body being defined by a sheath made of flexible and electrically insulating material, wherein said conductors are completely incorporated in the thickness of said sheath and extend for the entire oblong development of said support body , wherein said connection device is provided with a housing cavity with a shape at least partly mating with the cross section of said sheath and configured to house, during use, the latter, and obtain a same-shape coupling by interference, wherein said contact terminals are defined by pins configured to pierce at least said sheath and to each contact one of said conductors and provide both an electric connection between the connection device and the conductors , and a structural connection between the connection device and the support body , wherein said pins extend from a bottom wall of said housing cavity , characterized in that said sheath has a C-shaped or U-shaped shape defined by a base and by two lateral arms which extend from opposite ends of the base and define an attachment seating , having in section a dove-tail shape, defined by a bottom wall and respective lateral walls which extend from the bottom wall in converging directions and configured to allow on one side to position a light strip inside it, or to attach the support body to a wall.
Assembly for an axial turbomachine , in particular for an aircraft turbojet engine, the assembly comprising: - an annular row of stator vanes each with an airfoil and a radial head containing a cylindrical trunnion ; the vanes being orientable by pivoting around the axis of the trunnion ; - an actuating device for pivoting the vanes comprising a synchronization ring and operating rods connecting the synchronization ring to each vane ; - an outer shroud comprising a tubular wall and having an annular row of radial orifices for receiving the heads of the vanes ; the shroud comprising two axially adjacent tubular sections , the sections being assembled by means of respective flanges , characterized in that the first section comprises a cylindrical surface coaxial with the section and forms a seat for the actuating device , and in that the cylindrical surface is an external surface of a tubular wall axially overlapping the two flanges . - an annular row of stator vanes each with an airfoil and a radial head containing a cylindrical trunnion ; the vanes being orientable by pivoting around the axis of the trunnion ; - an actuating device for pivoting the vanes comprising a synchronization ring and operating rods connecting the synchronization ring to each vane ; - an outer shroud comprising a tubular wall and having an annular row of radial orifices for receiving the heads of the vanes ;
A data collection device for collecting photovoltaic power generation data, the data collection device comprising: a reception unit configured to receive, from a photovoltaic device , an amount of generated photovoltaic power and photovoltaic power generation related information; a storage unit configured to store accumulated information of other photovoltaic devices; a control unit configured to determine a predicted life span of the photovoltaic device based on the photovoltaic power generation related information received from the reception unit and the accumulated information stored in the storage unit; and a transceiver configured to transmit a result of the determination to an external device , characterized in that , the photovoltaic power generation related information comprises at least one of a use period, failure history, accumulated generation, weather information, and installation position of the photovoltaic device, and the control unit is configured to determine a failure probability at regular intervals based on the photovoltaic power generation related information and the accumulated information, to determine an average failure probability at the regular intervals, and to determine a period in which the determined average failure probability is the highest, as the predicted life span of the photovoltaic device. a reception unit configured to receive, from a photovoltaic device , an amount of generated photovoltaic power and photovoltaic power generation related information; a storage unit configured to store accumulated information of other photovoltaic devices; a control unit configured to determine a predicted life span of the photovoltaic device based on the photovoltaic power generation related information received from the reception unit and the accumulated information stored in the storage unit; and a transceiver configured to transmit a result of the determination to an external device , characterized in that , the photovoltaic power generation related information comprises at least one of a use period, failure history, accumulated generation, weather information, and installation position of the photovoltaic device, and the control unit is configured to determine a failure probability at regular intervals based on the photovoltaic power generation related information and the accumulated information, to determine an average failure probability at the regular intervals, and to determine a period in which the determined average failure probability is the highest, as the predicted life span of the photovoltaic device.