mhurhangee/ep-ind-claims huggingface dataset:
An injection nozzle for receiving a finish of a preform and forming of a container from the preform, the injection nozzle including a nozzle body provided at one end of the injection nozzle, the nozzle body defining a receiving space adapted to receive the finish of the preform, at least one inlet passageway defined through the nozzle body and communicating with the receiving space, characterized by the fact that the nozzle body is a manifold defining a cavity and portions of the cavity being defined by an inner wall and an outer wall of the manifold, a plurality of ports (76, 78) defined through the inner wall and communicating the cavity with the receiving space, the at least one inlet passageway terminating in communication with the cavity, a source of cooling medium at a temperature less than the temperature of the finish of the preform coupled to the inlet passageway, wherein cooling medium received from the at least one inlet passageway into the cavity is directed through at least some of the ports (76, 78) toward the finish of the preform located within the receiving space to uniformly cool the finish of the preform.
A voice wake-up method for a device, characterized by comprising: determining a user interaction state after a sleep state of the device is entered; acquiring keywords in a first interaction information of a previous interaction process performed before sleep according to keyword information rules, and adding the keywords to an original wake-up word library to obtain the real-time wake-up word library when the user interaction state is to continue said previous interaction process; and using the original wake-up word library as the real-time wake-up word library when the user interaction state is to restart the interaction process, the real-time wake-up word library being configured to perform a next interaction process; and acquiring a voice signal input by a user, and performing wake-up based on the real-time wake-up word library and the voice signal. determining a user interaction state after a sleep state of the device is entered; acquiring keywords in a first interaction information of a previous interaction process performed before sleep according to keyword information rules, and adding the keywords to an original wake-up word library to obtain the real-time wake-up word library when the user interaction state is to continue said previous interaction process; and using the original wake-up word library as the real-time wake-up word library when the user interaction state is to restart the interaction process, the real-time wake-up word library being configured to perform a next interaction process; and acquiring a voice signal input by a user, and performing wake-up based on the real-time wake-up word library and the voice signal.
An apparatus comprising: particle motion sensors; and a streamer containing the particle motion sensors to be towed in connection with a seismic survey, the towing of the streamer producing a turbulent flow and the streamer comprising: an inner cable comprising a material to circumscribe and extend along a longitudinal axis of the streamer and circumscribe at least one of the particle motion sensors; and a fluid containing layer to surround the inner cable to reduce noise otherwise sensed by the particle motion sensors due to the turbulent flow. particle motion sensors; and a streamer containing the particle motion sensors to be towed in connection with a seismic survey, the towing of the streamer producing a turbulent flow and the streamer comprising: an inner cable comprising a material to circumscribe and extend along a longitudinal axis of the streamer and circumscribe at least one of the particle motion sensors; and a fluid containing layer to surround the inner cable to reduce noise otherwise sensed by the particle motion sensors due to the turbulent flow. an inner cable comprising a material to circumscribe and extend along a longitudinal axis of the streamer and circumscribe at least one of the particle motion sensors; and a fluid containing layer to surround the inner cable to reduce noise otherwise sensed by the particle motion sensors due to the turbulent flow.
A cradling apparatus for a portable communication device having a first housing, a second housing, and link portions provided between the first housing and the second housing to slide and inclinedly cradle the second housing, the apparatus comprising: guide portions coupled to opposing sides of the first housing; guide members slidably coupled to an inside of the guide portions; hinge portions protruding from the guide members, the hinge portions being rotatably coupled to the second housing; and pressurizing portions provided on one end of the hinge portions for pressurizing one end of the hinge portions and the guide members against the guide portions, wherein the hinge portions further comprises bushes coupled with a hinge housing formed in the second housing and are rotatably coupled to the hinge portions, and E-rings engaged with one ends of the hinge portions to prevent separation of the bushes. guide portions coupled to opposing sides of the first housing; guide members slidably coupled to an inside of the guide portions; hinge portions protruding from the guide members, the hinge portions being rotatably coupled to the second housing; and pressurizing portions provided on one end of the hinge portions for pressurizing one end of the hinge portions and the guide members against the guide portions, wherein the hinge portions further comprises bushes coupled with a hinge housing formed in the second housing and are rotatably coupled to the hinge portions, and E-rings engaged with one ends of the hinge portions to prevent separation of the bushes.
A distributed power system comprising: a plurality of direct current, DC, power modules (205a-d, 405a-d, 505a-d, 605a-d, 705a-d) providing a DC output; an inverter (204, 304, 404, 504, 704) coupled to said DC power modules and converting input power received on the DC output from said DC power modules to provide output power to an electrical load; and characterized in that the system comprises a protection mechanism configured to cease said input power on the DC output when said inverter stops producing said output power; a switch disposed between the power modules and the inverter; and a monitoring and detection mechanism configured to activate the switch when the monitoring and detection mechanism detects an electrical parameter of the load to be out of a predetermined specification. a plurality of direct current, DC, power modules (205a-d, 405a-d, 505a-d, 605a-d, 705a-d) providing a DC output; an inverter (204, 304, 404, 504, 704) coupled to said DC power modules and converting input power received on the DC output from said DC power modules to provide output power to an electrical load; and characterized in that the system comprises a protection mechanism configured to cease said input power on the DC output when said inverter stops producing said output power; a switch disposed between the power modules and the inverter; and a monitoring and detection mechanism configured to activate the switch when the monitoring and detection mechanism detects an electrical parameter of the load to be out of a predetermined specification. a protection mechanism configured to cease said input power on the DC output when said inverter stops producing said output power; a switch disposed between the power modules and the inverter; and a monitoring and detection mechanism configured to activate the switch when the monitoring and detection mechanism detects an electrical parameter of the load to be out of a predetermined specification.
Warehouse for storing loading units with storage equipment, wherein the storage equipment has high racks, wherein the storage equipment is embodied as a self-supporting carrier structure, characterised in that the self-supporting carrier structure is braced against supporting elements of the warehouse, wherein the supporting elements are building supports of the warehouse, wherein the self-supporting storage equipment is suspended on the building supports of the warehouse.
Process for the preparation of a meat-based feed concentrate, characterized in that a) a cutter is fat with at least the following ingredients at a temperature equal to or less than +25°C, in particular, in between -18° and +7° C to produce a feed product: at least one component of the meat group; b) the ingredients are cut into a feed pre-product with a moisture content of between 30 % and 60 % by weight and a particle sizes to be in the range of 10 mm to 0.1 mm or less for 5 to 15 minutes; c) optionally the feed precursor is dried to a moisture content in between 5 % and 40% by weight; d) the feed pre-product having a moisture content between 5 % and 40 % by weight is cut into particles having a size in between 0.5 mm and 5 mm; and e) one or more thickening agents, in particular selected from the group: guar gum, carboxymethylcellulose, xanthan gum, carrageenan and starch, are added to the particles of the dried feed pre-product to obtain the meat based feed concentrate. a) a cutter is fat with at least the following ingredients at a temperature equal to or less than +25°C, in particular, in between -18° and +7° C to produce a feed product: at least one component of the meat group; b) the ingredients are cut into a feed pre-product with a moisture content of between 30 % and 60 % by weight and a particle sizes to be in the range of 10 mm to 0.1 mm or less for 5 to 15 minutes; c) optionally the feed precursor is dried to a moisture content in between 5 % and 40% by weight; d) the feed pre-product having a moisture content between 5 % and 40 % by weight is cut into particles having a size in between 0.5 mm and 5 mm; and e) one or more thickening agents, in particular selected from the group: guar gum, carboxymethylcellulose, xanthan gum, carrageenan and starch, are added to the particles of the dried feed pre-product to obtain the meat based feed concentrate.
A nail art printing apparatus having a receiving means for the placement of a nail or plurality of nails, the nail art printing apparatus being connectable to an electronic device, the electronic device having an interface means being operably engagable with the nail art printing apparatus, the nail art printing apparatus being operable to apply a plurality of colours and/or designs to one or more natural and/or artificial nails, wherein the nail art printing apparatus has a safety means for preventing injury to a finger or plurality of fingers placed into the receiving means from any mechanisms or electronics of the nail art printing apparatus, wherein the safety means comprises at least one resistance sensor configured to detect any resistance to the movement of one or more moving components of the nail art printing apparatus over and above the normal resistance encountered by the movable components.
Mobile solid fuel combustion installation with a combustion chamber, a hot air plate-type heat exchanger with a sheet metal plate channel with two flat sides formed of sheet metal and a cooling air guide and a hot gas guide, wherein the hot gas guide runs in the longitudinal direction through the sheet metal plate channel and the cooling air guide in the width direction around the sheet metal plate channel, characterized in that the sheet metal flat sides are opposed to each other in the height direction, wherein a turbulator with a swirling member that is placed between the sheet metal flat sides is placed in the sheet metal plate channel in the hot gas guide and that the swirling member is designed as a sheet metal strip and is mounted oscillatingly movable in the height direction in the sheet metal plate channel.
A wireless communication device comprising: a physical, PHY, layer module; a media access control, MAC, layer module coupled to the PHY layer module and configured to: send a data transmission, generate a limited acknowledgement, LACK, response when a memory for receiving data is storing a predetermined amount of the data, wherein the limited acknowledgement, LACK, response indicates successful receipt of a data transmission; and generate an acknowledgement, ACK, response when the memory for receiving the data is storing less than the predetermined amount of the data, wherein the acknowledgement, ACK, response indicates successful receipt of a data transmission; and a counter that is configured to be: incremented when the LACK responsed is sent or decremented when the ACK response is sent; checked (1110, 1118) against a LACK threshold and an ACK threshold to determine whether to lower or raise a data rate, respectively, being used to transmit data to the wireless communication device (1112, 1120). a physical, PHY, layer module; a media access control, MAC, layer module coupled to the PHY layer module and configured to: send a data transmission, generate a limited acknowledgement, LACK, response when a memory for receiving data is storing a predetermined amount of the data, wherein the limited acknowledgement, LACK, response indicates successful receipt of a data transmission; and generate an acknowledgement, ACK, response when the memory for receiving the data is storing less than the predetermined amount of the data, wherein the acknowledgement, ACK, response indicates successful receipt of a data transmission; and send a data transmission, generate a limited acknowledgement, LACK, response when a memory for receiving data is storing a predetermined amount of the data, wherein the limited acknowledgement, LACK, response indicates successful receipt of a data transmission; and generate an acknowledgement, ACK, response when the memory for receiving the data is storing less than the predetermined amount of the data, wherein the acknowledgement, ACK, response indicates successful receipt of a data transmission; and a counter that is configured to be: incremented when the LACK responsed is sent or decremented when the ACK response is sent; checked (1110, 1118) against a LACK threshold and an ACK threshold to determine whether to lower or raise a data rate, respectively, being used to transmit data to the wireless communication device (1112, 1120).
Module of equipment to be fitted into an electrical box, comprising: - a housing made of insulating material which delimits an internal space for receiving an electrical mechanism, - a front plate to be affixed to the front of said housing, and - at least one snap-fitting means for securing the housing in the electrical box, which comprises: • a latching part designed to latch onto said electrical box, • a tab which bears said latching part and which is flexible between a rest position and a deformed position, the rest position of the tab being located outwards with respect to the housing compared to the deformed position, and • means for manoeuvring said tab in order to move it into the deformed position, characterized in that the module of equipment comprises retention means which are formed in one piece with the housing or with the front plate, and which are designed to engage by snap-fitting with said tab so as to retain the latter in the deformed position. - a housing made of insulating material which delimits an internal space for receiving an electrical mechanism, - a front plate to be affixed to the front of said housing, and - at least one snap-fitting means for securing the housing in the electrical box, which comprises: • a latching part designed to latch onto said electrical box, • a tab which bears said latching part and which is flexible between a rest position and a deformed position, the rest position of the tab being located outwards with respect to the housing compared to the deformed position, and • means for manoeuvring said tab in order to move it into the deformed position, • a latching part designed to latch onto said electrical box, • a tab which bears said latching part and which is flexible between a rest position and a deformed position, the rest position of the tab being located outwards with respect to the housing compared to the deformed position, and • means for manoeuvring said tab in order to move it into the deformed position,
A braided stent system comprising: a stent body having a lumen formed by a plurality of braided members with interstices formed therebetween; an expansion ring mechanically connected to inner and outer surfaces of the lumen of the stent body, the expansion ring having a frame with a shape memory configuration with a diameter larger than available expansion of the stent body, the frame imparting an outwardly expanding radial force to the stent body, the frame comprising a plurality of elongate members (28, 30) joined at a coupling and at first and second intersections (36, 46) opposite the coupling; and at least one clip extended from the intersections (36, 46) and operable to slidably secure the frame to the inner and outer surfaces of the lumen; wherein the expansion ring is operable to open and anchor the stent body for receiving a flow diverter. a stent body having a lumen formed by a plurality of braided members with interstices formed therebetween; an expansion ring mechanically connected to inner and outer surfaces of the lumen of the stent body, the expansion ring having a frame with a shape memory configuration with a diameter larger than available expansion of the stent body, the frame imparting an outwardly expanding radial force to the stent body, the frame comprising a plurality of elongate members (28, 30) joined at a coupling and at first and second intersections (36, 46) opposite the coupling; and at least one clip extended from the intersections (36, 46) and operable to slidably secure the frame to the inner and outer surfaces of the lumen; wherein the expansion ring is operable to open and anchor the stent body for receiving a flow diverter.
A process for implementing a container with coated inner side walls and bottom, comprising the steps of: - providing metallic plates to form the walls and the bottom of said container; - applying on a whole surface of each plate an anti-shock coating layer made of a material apt to absorb shocks, obtaining coated plates; - assembling said coated plates to form said container in such a manner that said coated surfaces realize the inner walls and bottom of said container, the process further comprising a step of shaping said coated plates for implementing reinforcing ribs, before assembly. - providing metallic plates to form the walls and the bottom of said container; - applying on a whole surface of each plate an anti-shock coating layer made of a material apt to absorb shocks, obtaining coated plates; - assembling said coated plates to form said container in such a manner that said coated surfaces realize the inner walls and bottom of said container,
A foamed electrical wire, comprising: a conductor; and a foamed insulating layer; wherein the foamed insulating layer comprises a thermoplastic resin that is a crystalline thermoplastic resin having a melting point of 150°C or more or a non-crystalline thermoplastic resin having a glass transition temperature of 150°C or more, and wherein the average bubble diameter of the foamed insulating layer is 5 μm or less. a conductor; and a foamed insulating layer;
Coolable dosing module having an inner sleeve which is designed to receive an injector, which extends substantially in a longitudinal direction, such that the inner sleeve is arranged around the circumference of the injector at least over a partial region of the longitudinal extent of said injector; and an outer sleeve which surrounds the inner sleeve such that a volume suitable for receiving a fluid coolant is formed between the inner sleeve and the outer sleeve, characterized in that an upper end, averted from the injection opening, of the inner sleeve is formed as a collar which extends in a radial direction and which is designed to receive and guide an end region of the outer sleeve such that a region of the collar surrounds the end region of the outer sleeve, so that the end region of the outer sleeve is connected in fluid-tight fashion to the collar, wherein at least one fluid connector is formed on the collar of the inner sleeve; and wherein a lower, face-side region, facing towards the injection opening, of the outer sleeve is connected in fluid-tight fashion by welding to a lower, face-side region, facing towards the injection opening, of the inner sleeve.
A dialysis machine comprising a controller unit (101, 201, 1801), a base unit (402, 502, 1803), and a reservoir unit, wherein the base unit is in data communication with the controller unit and wherein the base unit is configured to receive the reservoir unit characterised in that said reservoir unit comprises: an internal pan having an external surface and an internal surface and defining a first volume adapted to hold a fluid therein; an external pan having an external surface and an internal surface and defining a second volume adapted to house the internal pan with a space between the external surface of the internal pan and the internal surface of the external pan; a heating element, configured to generate heat and positioned within the space between the external surface of the internal pan and the internal surface of the external pan; and a first plurality of electrical contacts attached to the external surface of the external pan and electrically coupled to the heating element. an internal pan having an external surface and an internal surface and defining a first volume adapted to hold a fluid therein; an external pan having an external surface and an internal surface and defining a second volume adapted to house the internal pan with a space between the external surface of the internal pan and the internal surface of the external pan; a heating element, configured to generate heat and positioned within the space between the external surface of the internal pan and the internal surface of the external pan; and a first plurality of electrical contacts attached to the external surface of the external pan and electrically coupled to the heating element.
A chocolate tempering machine comprising dispensing means for the distribution of tempered chocolate, rotating horizontal conveyer means (C, N), with metal meshes, situated beneath said dispensing means; and a collection tank for the excess chocolate falling from said dispensing means positioned under said conveyor means (C,N); characterized in that it also comprises irradiating means (L1,L2,L3,L4) suitable for diffusing heat towards certain areas (V,P) situated downstream of said dispensing means.
A heat exchanger, in particular for an automotive vehicle, comprising a bundle of tubes with fins interposed between the tubes for heat exchange, the bundle being delimited by two end fins (70, 72), the heat exchanger further comprising two headers (541, 543) receiving the ends of the bundle and at least one side plate (50, 52) disposed on one of said end fins, the side plate comprising two side plate portions (501, 503, 521, 523), each side plate portion being connected to one of the header, characterized in that each side plate portion has one of its end portions provided with two longitudinal lugs (340, 350, 361, 371).