mhurhangee/patent-ind-claim-en huggingface dataset:
A network comprising (i) a plurality of spatially separate cement mix operation units, each of which comprises at least one sensor for monitoring at least one characteristic of its operation, and/or a system to manually input at least one characteristic of its operation, (ii) a central processing unit, to which each sensor or the manual system is configured to send its information and which is configured to store and/or process the information, wherein said plurality of spatially separate cement mix operation units is operably connected to said central processing unit, characterised in that the mix operation units comprise at least one mix operation unit in which a cement mix is to be carbonated and wherein the mix operation unit in which the cement mix is to be carbonated is configured to deliver liquid carbon dioxide to the cement mix in such a manner that the liquid carbon dioxide is converted to gaseous and solid carbon dioxide as it is delivered to the cement mix. (i) a plurality of spatially separate cement mix operation units, each of which comprises at least one sensor for monitoring at least one characteristic of its operation, and/or a system to manually input at least one characteristic of its operation, (ii) a central processing unit, to which each sensor or the manual system is configured to send its information and which is configured to store and/or process the information, wherein said plurality of spatially separate cement mix operation units is operably connected to said central processing unit,
A fuel and/or lubricant system for an engine, comprising: an engine component (101;201) configured to be in fluid communication with the fuel and/or lubricant; characterised by : an alternating current (AC) source electrically connected to the engine component (101;201) to create an electric field of alternating polarity to subject particles within the fuel and/or lubricant to dielectrophoresis as the fuel and/or lubricant passes through the electric field to prevent deposits from forming on the engine component (101;201), wherein the engine component (101;201) is a filter screen (101;201) configured to filter the fuel and/or lubricant to subject particles within the fuel and/or lubricant to dielectrophoresis as the fuel and/or lubricant passes through the filter screen (101;201). an engine component (101;201) configured to be in fluid communication with the fuel and/or lubricant; characterised by : an alternating current (AC) source electrically connected to the engine component (101;201) to create an electric field of alternating polarity to subject particles within the fuel and/or lubricant to dielectrophoresis as the fuel and/or lubricant passes through the electric field to prevent deposits from forming on the engine component (101;201), wherein the engine component (101;201) is a filter screen (101;201) configured to filter the fuel and/or lubricant to subject particles within the fuel and/or lubricant to dielectrophoresis as the fuel and/or lubricant passes through the filter screen (101;201).
Device comprised in a cellular phone, comprising at least: - a near-field communication module ; - an ultra-wide band communication module ; - a host circuit adapted to relaying communications between the near-field communication module and applications hosted by the cellular phone; and - a secure element , and wherein: the near-field communication element is coupled to the ultra-wide band communication module by a first digital bus and to the secure element by a second digital bus , distinct from a third bus coupling the near-field communication module to the host circuit, and the near-field communication module containing a routing table containing the switching parameters of the different exchanges between the ultra-wide band communication module , the host circuit , and the secure element so that the near-field communication module is adapted to having exchanges between the ultra-wide band communication module and the secure element transit through the near field communication module, without passing through the host circuit . - a near-field communication module ; - an ultra-wide band communication module ; - a host circuit adapted to relaying communications between the near-field communication module and applications hosted by the cellular phone; and - a secure element , the near-field communication element is coupled to the ultra-wide band communication module by a first digital bus and to the secure element by a second digital bus , distinct from a third bus coupling the near-field communication module to the host circuit, and the near-field communication module containing a routing table containing the switching parameters of the different exchanges between the ultra-wide band communication module , the host circuit , and the secure element so that the near-field communication module is adapted to having exchanges between the ultra-wide band communication module and the secure element transit through the near field communication module, without passing through the host circuit .
A toy or game apparatus , said apparatus including a figure or character member and a trigger means , wherein user actuation of the trigger means causes at least part of the figure or character member to vibrate and/or shake, said vibrating or shaking occurring occasionally and/or after a period of time has elapsed characterised in that the figure or character member is an animal figure or character member including substantially flexible material portions that move when the animal figure or character member shakes or vibrates, such that said material portions cause any water or other liquid added to the figure or character member to be flung about when the figure or character member shakes or vibrates.
An image forming apparatus comprising: a transport unit that transports an object along a transport path ; a transfer unit that transfers an image onto the object on the transport path ; and a fixing unit that has a heat source for increasing a temperature inside the fixing unit , into which the object onto which the image has been transferred is carried along the transport path , and includes a first opening and closing member that opens a carry-in opening when the object is carried into the fixing unit and closes the carry-in opening after the object is carried into the fixing unit , wherein the fixing unit includes a second opening and closing member that opens a carry-out opening through which the object is carried out of the fixing unit after fixing of the image transferred onto the object and closes the carry-out opening after the object is carried out of the fixing unit , the image forming apparatus being characterized in that the fixing unit further includes a covering unit that covers the heat source when the second opening and closing member opens the carry-out opening and exposes the heat source when the second opening and closing member closes the carry-out opening. a transport unit that transports an object along a transport path ; a transfer unit that transfers an image onto the object on the transport path ; and a fixing unit that has a heat source for increasing a temperature inside the fixing unit , into which the object onto which the image has been transferred is carried along the transport path , and includes a first opening and closing member that opens a carry-in opening when the object is carried into the fixing unit and closes the carry-in opening after the object is carried into the fixing unit , wherein the fixing unit includes a second opening and closing member that opens a carry-out opening through which the object is carried out of the fixing unit after fixing of the image transferred onto the object and closes the carry-out opening after the object is carried out of the fixing unit , the image forming apparatus being characterized in that the fixing unit further includes a covering unit that covers the heat source when the second opening and closing member opens the carry-out opening and exposes the heat source when the second opening and closing member closes the carry-out opening.
A piezoelectric pump , comprising: a piezoelectric device having a through-hole ; a first elastic plate covering an end of the through-hole and having a communication hole communicating with the through-hole ; and a second elastic plate covering another end of the through-hole , characterized in that at least one of the first elastic plate or the second elastic plate includes a recess inward in an axial direction of the through-hole , wherein the at least one of the first elastic plate or the second elastic plate including the recess includes a flat portion surrounding the recess and a groove (G) located between the recess and the flat portion . a piezoelectric device having a through-hole ; a first elastic plate covering an end of the through-hole and having a communication hole communicating with the through-hole ; and a second elastic plate covering another end of the through-hole , characterized in that at least one of the first elastic plate or the second elastic plate includes a recess inward in an axial direction of the through-hole , wherein the at least one of the first elastic plate or the second elastic plate including the recess includes a flat portion surrounding the recess and a groove (G) located between the recess and the flat portion .
A multilayered tether link for a vehicle tether comprising: a tether belt material characterized by having a folded wedge section formed by the tether belt material being sinuously folded about at least one wedge portion , wherein the tether belt material and the at least one wedge portion are sewn together with at least one stitch to form a layered construction and a hole is formed through the layered construction for attachment to a vehicle part .
A process for removing contaminants from a stream, the process comprising: contacting a stream with a sorbent in a contaminant removal zone, wherein the sorbent comprises copper, cupric oxide, cuprous oxide, and a halide, the stream comprising at least hydrogen and including one or more contaminants selected from a group consisting of mercury, arsenic, phosphine and sulfur compounds; and, selectively removing one or more of the contaminants from the stream to provide a purified stream, wherein the process further comprises: forming the sorbent from a mixture of a porous support, a basic copper carbonate, and a halide material; activating the sorbent such that the sorbent comprises copper, cupric oxide, and cuprous oxide, wherein the activation occurs at a temperature not exceeding 165 °C (329 °F); and, loading the sorbent into a contaminant removal zone after the sorbent has been activated; wherein the sorbent comprises from 1 to 35 wt% copper, and wherein the cuprous oxide comprises from 45 to 75% of the copper in the sorbent. contacting a stream with a sorbent in a contaminant removal zone, wherein the sorbent comprises copper, cupric oxide, cuprous oxide, and a halide, the stream comprising at least hydrogen and including one or more contaminants selected from a group consisting of mercury, arsenic, phosphine and sulfur compounds; and, selectively removing one or more of the contaminants from the stream to provide a purified stream, wherein the process further comprises: forming the sorbent from a mixture of a porous support, a basic copper carbonate, and a halide material; activating the sorbent such that the sorbent comprises copper, cupric oxide, and cuprous oxide, wherein the activation occurs at a temperature not exceeding 165 °C (329 °F); and, loading the sorbent into a contaminant removal zone after the sorbent has been activated; wherein the sorbent comprises from 1 to 35 wt% copper, and wherein the cuprous oxide comprises from 45 to 75% of the copper in the sorbent. forming the sorbent from a mixture of a porous support, a basic copper carbonate, and a halide material; activating the sorbent such that the sorbent comprises copper, cupric oxide, and cuprous oxide, wherein the activation occurs at a temperature not exceeding 165 °C (329 °F); and, loading the sorbent into a contaminant removal zone after the sorbent has been activated; wherein the sorbent comprises from 1 to 35 wt% copper, and wherein the cuprous oxide comprises from 45 to 75% of the copper in the sorbent.
An injection device comprising - a housing (10; 340) containing a cartridge , - a dose setting means (60, 70; 350) being operable in a first direction to set a desired dose to be dispensed, - a piston rod being adapted to cooperate with a piston so as to cause a set dose to be injected from the cartridge , and - a first clicker component (100; 320), which is rotationally largely constrained to the housing (10; 340), and a second clicker component (80; 300), which is rotatable relative to the housing (10; 340) during dose dispensing, with the clicker components (80, 100; 320, 300) being adapted to contact each other only near the end of dispensing of a set dose to thereby provide an audible and/or tactile first feedback to a user, characterized in that the first clicker component (100; 320) is displaceable relative to the housing (10; 340) between a proximal dose setting position and a distal dose dispensing position. - a housing (10; 340) containing a cartridge , - a dose setting means (60, 70; 350) being operable in a first direction to set a desired dose to be dispensed, - a piston rod being adapted to cooperate with a piston so as to cause a set dose to be injected from the cartridge , and - a first clicker component (100; 320), which is rotationally largely constrained to the housing (10; 340), and a second clicker component (80; 300), which is rotatable relative to the housing (10; 340) during dose dispensing, with the clicker components (80, 100; 320, 300) being adapted to contact each other only near the end of dispensing of a set dose to thereby provide an audible and/or tactile first feedback to a user, characterized in that the first clicker component (100; 320) is displaceable relative to the housing (10; 340) between a proximal dose setting position and a distal dose dispensing position.
A pump, in particular an orbital pump, for pumping a fluid, wherein the pump comprises at least one pump control system, a motor that can be controlled by the pump control system, a rotor shaft for fluid transport, and a rotor sensor for detecting an absolute angle of rotation of the rotor shaft , the rotor sensor is connected to the pump control system and designed to transmit the angle of rotation of the rotor shaft to the pump control system, and the pump control system is designed to rotationally control the rotor shaft by means of the motor until the rotor shaft is in a pre-determined angle of rotation position, characterized in that between a fluid inlet into the pump and a fluid outlet from the pump, a leakage flow channel is determined in the pump, which channel is closed with the rotor shaft in the pre-determined angle of rotation position, wherein a leakage flow between the fluid inlet and the fluid outlet is inhibited.. the pump comprises at least one pump control system, a motor that can be controlled by the pump control system, a rotor shaft for fluid transport, and a rotor sensor for detecting an absolute angle of rotation of the rotor shaft , the rotor sensor is connected to the pump control system and designed to transmit the angle of rotation of the rotor shaft to the pump control system, and the pump control system is designed to rotationally control the rotor shaft by means of the motor until the rotor shaft is in a pre-determined angle of rotation position, characterized in that between a fluid inlet into the pump and a fluid outlet from the pump, a leakage flow channel is determined in the pump, which channel is closed with the rotor shaft in the pre-determined angle of rotation position, wherein a leakage flow between the fluid inlet and the fluid outlet is inhibited..
Elevator operating device for inputting a travel request in an elevator system , comprising: a communication device that is configured to communicate with an elevator controller of the elevator system ; a central control device that is communicatively connected to the communication device ; a first call input device that is communicatively connected to the central control device , wherein the first call input device comprises buttons that are each assigned to a floor (L, L1) of a building and are disposed in the elevator operating device so as to be accessible to a first passenger (P) for inputting a destination floor (L, L1); and a second call input device that is communicatively connected to the central control device and is arranged so as to be accessible to a second passenger (P) for the step-by-step input of a destination floor (L, L1), wherein the first call input device and the second call input device are arranged at a distance from one another on the passenger side, wherein the second call input device comprises a rotary knob , characterized in that the rotary knob is configured as a retractable rotary knob that has an operating element with a passenger-side front side , wherein the front side of the operating element in a retracted position is substantially planar with a passenger-side front surface of the elevator operating device , and wherein the operating element protrudes from the passenger-side front surface in a protruding position. a communication device that is configured to communicate with an elevator controller of the elevator system ; a central control device that is communicatively connected to the communication device ; a first call input device that is communicatively connected to the central control device , wherein the first call input device comprises buttons that are each assigned to a floor (L, L1) of a building and are disposed in the elevator operating device so as to be accessible to a first passenger (P) for inputting a destination floor (L, L1); and a second call input device that is communicatively connected to the central control device and is arranged so as to be accessible to a second passenger (P) for the step-by-step input of a destination floor (L, L1), wherein the first call input device and the second call input device are arranged at a distance from one another on the passenger side, wherein the second call input device comprises a rotary knob , characterized in that the rotary knob is configured as a retractable rotary knob that has an operating element with a passenger-side front side , wherein the front side of the operating element in a retracted position is substantially planar with a passenger-side front surface of the elevator operating device , and wherein the operating element protrudes from the passenger-side front surface in a protruding position.
A product including a medicament comprising: (a) a chewable consumable center which will dissolve in the mouth of the consumer and/or be swallowed; and (b) a coating comprising a medicament and a fat-based confectionery that surrounds the consumable center and wherein the coating comprises at least 50% by weight of the product. (a) a chewable consumable center which will dissolve in the mouth of the consumer and/or be swallowed; and (b) a coating comprising a medicament and a fat-based confectionery that surrounds the consumable center and wherein the coating comprises at least 50% by weight of the product.
A tread portion comprising: a generally circumferentially extending groove defined therein, the groove having a groove cross-section defined by a groove bottom , a first groove sidewall , and a second groove sidewall , the second groove sidewall opposite and substantially parallel to the first groove sidewall , the groove having a groove width defined between the first groove sidewall and the second groove sidewall ; and a plurality of stone rejectors extending between the first groove sidewall and the second groove sidewall , each of the stone rejectors in the plurality of stone rejectors circumferentially spaced from an adjacent stone rejector of the plurality of stone rejectors , wherein each of the stone rejectors comprises a raised platform and a protrusion , the raised platform extending axially from the first groove sidewall to the second groove sidewall and the protrusion extending from a top surface of the raised platform , characterized in that the protrusion has an elongated shape that extends axially along the top surface to a width that is 5% to 95% of the groove width . a generally circumferentially extending groove defined therein, the groove having a groove cross-section defined by a groove bottom , a first groove sidewall , and a second groove sidewall , the second groove sidewall opposite and substantially parallel to the first groove sidewall , the groove having a groove width defined between the first groove sidewall and the second groove sidewall ; and a plurality of stone rejectors extending between the first groove sidewall and the second groove sidewall , each of the stone rejectors in the plurality of stone rejectors circumferentially spaced from an adjacent stone rejector of the plurality of stone rejectors , wherein each of the stone rejectors comprises a raised platform and a protrusion , the raised platform extending axially from the first groove sidewall to the second groove sidewall and the protrusion extending from a top surface of the raised platform , characterized in that the protrusion has an elongated shape that extends axially along the top surface to a width that is 5% to 95% of the groove width .
Method for, in particular automatically, carrying out a vehicle function of a vehicle , which is part of an outfit consisting of a towing vehicle and at least one trailer, for reducing a hazard risk of the vehicle in the event of an occurring, potentially worsening and/or spreading hazard, in particular a fire in the vehicle , comprising: - detecting the potentially worsening and/or spreading hazard of the vehicle by means of a sensor device of the vehicle , and determining at least one hazard variable characteristic of a hazard risk of the vehicle on the basis of the detected hazard; - determining at least one vehicle function of the vehicle , wherein the determined driving function is an, in particular automatic, uncoupling process of the vehicle from the outfit, and determining at least one predicted variable which is characteristic of the hazard risk of the vehicle when carrying out the vehicle function; - determining a vehicle function signal characteristic of the determined vehicle function on the basis of the at least one predicted variable; - providing the determined vehicle function signal of the at least one hazard variable for automatically carrying out the vehicle function and/or for output to an occupant of the vehicle by means of an output device, in particular of the vehicle . - detecting the potentially worsening and/or spreading hazard of the vehicle by means of a sensor device of the vehicle , and determining at least one hazard variable characteristic of a hazard risk of the vehicle on the basis of the detected hazard; - determining at least one vehicle function of the vehicle , wherein the determined driving function is an, in particular automatic, uncoupling process of the vehicle from the outfit, and determining at least one predicted variable which is characteristic of the hazard risk of the vehicle when carrying out the vehicle function; - determining a vehicle function signal characteristic of the determined vehicle function on the basis of the at least one predicted variable; - providing the determined vehicle function signal of the at least one hazard variable for automatically carrying out the vehicle function and/or for output to an occupant of the vehicle by means of an output device, in particular of the vehicle .