mhurhangee/patent-ind-claim-en huggingface dataset:
A device for filling cheese curd into a pressing mould comprising - a curd distributor , having an inlet end through which cheese curd may be received, and an outlet end through which the cheese curd may exit the curd distributor , - a pressing-mould holder arranged below the outlet of the curd distributor , - one or more drive units , configured to perform a relative motion between the curd distributor and the pressing mould holder in accordance with a selected number of motion patterns, - a control unit, configured to control the motion pattern based on input comprising an identifier of a pressing-mould configuration positioned by the pressing-mould holder, wherein the distributor is pivotally suspended at an upper end thereof, such that the lower end, comprising the outlet , is freely movable in a curved plane orthogonal to the flow of curd falling out of the outlet while the movement of the inlet end is quite moderate allowing for a continuous feed of curd, the pivot points enabling the distributor to pivot around an axis (R1), wherein a linkage coupled to a drive shaft effects the motion around the axis (R1), while another drive is arranged to effect a tilt around an axis (R2). - a curd distributor , having an inlet end through which cheese curd may be received, and an outlet end through which the cheese curd may exit the curd distributor , - a pressing-mould holder arranged below the outlet of the curd distributor , - one or more drive units , configured to perform a relative motion between the curd distributor and the pressing mould holder in accordance with a selected number of motion patterns, - a control unit, configured to control the motion pattern based on input comprising an identifier of a pressing-mould configuration positioned by the pressing-mould holder, wherein
Storage choke for a multiphase DC/DC converter, comprising at least two coils and a core , by means of which the coils are coupled to one another, wherein the core comprises a first region , which comprises a first material, and a second region , which comprises a second material that is different from the first material, the first material and the second material being magnetic, wherein the first region comprises rod-shaped cores and inner plates , each coil being wound around a corresponding one of the rod-shaped cores , the rod-shaped cores being arranged between the inner plates and bearing directly on the inner plates , and wherein the second region comprises outer plates , which are arranged on the sides of the inner plates facing away from the rod-shaped cores and are arranged parallel to the inner plates . wherein the core comprises a first region , which comprises a first material, and a second region , which comprises a second material that is different from the first material, the first material and the second material being magnetic, wherein the first region comprises rod-shaped cores and inner plates , each coil being wound around a corresponding one of the rod-shaped cores , the rod-shaped cores being arranged between the inner plates and bearing directly on the inner plates , and wherein the second region comprises outer plates , which are arranged on the sides of the inner plates facing away from the rod-shaped cores and are arranged parallel to the inner plates .
A computer-implemented method of providing visual aid to a person within a navigable environment, the method comprising: receiving , at one or more processors, via a computing device disposed within the navigable environment, an indication of an intent of a person to navigate within the navigable environment; determining , via the one or more processors, a current location of the person within the navigable environment; determining , via the one or more processors, based upon the received indication of the navigation intent, a destination of the person within the navigable environment; determining , via the one or more processors, based upon the determination of the current location and destination, an activation arrangement comprising a determination of one or more visual aid devices to be activated within the navigable environment to guide the person from the current location to the destination; and causing , via the one or more processors, activation of the one or more visual aid devices according to the activation arrangement, wherein the person within the navigable environment is a first person, and wherein the determined activation arrangement comprises a seatback unit corresponding to a second person located between the current location and the destination, and wherein causing activation of the one or more visual aid devices according to the activation arrangement comprises causing a visual alert to be displayed via the seatback unit to notify the second person of movement of the first person in the navigable environment. receiving , at one or more processors, via a computing device disposed within the navigable environment, an indication of an intent of a person to navigate within the navigable environment; determining , via the one or more processors, a current location of the person within the navigable environment; determining , via the one or more processors, based upon the received indication of the navigation intent, a destination of the person within the navigable environment; determining , via the one or more processors, based upon the determination of the current location and destination, an activation arrangement comprising a determination of one or more visual aid devices to be activated within the navigable environment to guide the person from the current location to the destination; and causing , via the one or more processors, activation of the one or more visual aid devices according to the activation arrangement, wherein the person within the navigable environment is a first person, and wherein the determined activation arrangement comprises a seatback unit corresponding to a second person located between the current location and the destination, and wherein causing activation of the one or more visual aid devices according to the activation arrangement comprises causing a visual alert to be displayed via the seatback unit to notify the second person of movement of the first person in the navigable environment.
A valve, comprising: a chamber having a longitudinal axis; a piston positioned at least partially in the chamber ; a first polymagnet coupled to a first side of the piston . the first polymagnet having a first magnetized surface with a selected pattern of both north and south pole regions (144. 146); a second polymagnet positioned in the chamber and facing the first polymagnet , the second polymagnet having a second magnetized surface with a selected pattern of both north and south pole regions , wherein the first and second surfaces are facing each other and are perpendicular to the axis of the chamber ; and an actuator coupled to the second polymagnet , wherein the actuator is configured to rotate the second polymagnet from a first rotational position to a second rotational position, which causes the first polymagnet and the piston to move in an axial direction with respect to the second polymagnet . a chamber having a longitudinal axis; a piston positioned at least partially in the chamber ; a first polymagnet coupled to a first side of the piston . the first polymagnet having a first magnetized surface with a selected pattern of both north and south pole regions (144. 146); a second polymagnet positioned in the chamber and facing the first polymagnet , the second polymagnet having a second magnetized surface with a selected pattern of both north and south pole regions , wherein the first and second surfaces are facing each other and are perpendicular to the axis of the chamber ; and an actuator coupled to the second polymagnet , wherein the actuator is configured to rotate the second polymagnet from a first rotational position to a second rotational position, which causes the first polymagnet and the piston to move in an axial direction with respect to the second polymagnet .
A method of vehicle heat dissipation, comprising: setting an area corresponding to a touch operation of a user on a map interface of a terminal as a safety zone where user properties are not subjected to loss due to a vehicle parking location in accordance with the touch operation of the user on the map interface; determining whether a vehicle is located in the preset safety zone; acquiring environment data in the preset safety zone when the vehicle is located in the preset safety zone, wherein the environment data includes information on vehicle interior environment and vehicle exterior environment; and controlling the vehicle to dissipate heat based on the environment data, if the vehicle is located in the preset safety zone. setting an area corresponding to a touch operation of a user on a map interface of a terminal as a safety zone where user properties are not subjected to loss due to a vehicle parking location in accordance with the touch operation of the user on the map interface; determining whether a vehicle is located in the preset safety zone; acquiring environment data in the preset safety zone when the vehicle is located in the preset safety zone, wherein the environment data includes information on vehicle interior environment and vehicle exterior environment; and controlling the vehicle to dissipate heat based on the environment data, if the vehicle is located in the preset safety zone.
An ophthalmic lens , comprising: an anterior face and a posterior , the faces disposed about an optical axis , and at least one diffractive profile imposed on the anterior face or the posterior face, the at least one diffractive profile comprised of an inner echelette and between 1 and 4 peripheral echelettes , wherein at least 2 echelettes are not adjacent to each other, characterized in that : the at least 2 echelettes that are not adjacent to each other are separated by a refractive region. an anterior face and a posterior , the faces disposed about an optical axis , and at least one diffractive profile imposed on the anterior face or the posterior face, the at least one diffractive profile comprised of an inner echelette and between 1 and 4 peripheral echelettes , wherein at least 2 echelettes are not adjacent to each other, characterized in that : the at least 2 echelettes that are not adjacent to each other are separated by a refractive region.
The compound or a pharmaceutically acceptable salt or ester prodrug thereof, wherein the prodrug is formed on the free carboxylic acid moiety, for use in the treatment of a disease resulting from a mycobacterial infection.
An exercise equipment, comprising: a base ; a rail disposed on the base ; an operating device movably disposed on the base and for driving along the rail ; and at least one magnetic resistance device connected to the operating device and the base , wherein the magnetic resistance device is for providing a magnetic resistance in accordance with an operation of the operating device , and comprises: at least one magnet base connected to the operating device ; a conductive member disposed on the rail and is made of copper, silver or aluminum; and at least one magnet located on the magnet base and being adjacent to the conductive member , wherein a movement between the magnet and the conductive member is provided for generating the magnetic resistance; characterized in that the exercise equipment further comprises an adjusting device for adjusting an adjacent area of the magnets and the conductive member to adjust the generated magnetic resistance, wherein the adjusting device is operable by a user during using the exercise equipment via a controlling member . a base ; a rail disposed on the base ; an operating device movably disposed on the base and for driving along the rail ; and at least one magnetic resistance device connected to the operating device and the base , wherein the magnetic resistance device is for providing a magnetic resistance in accordance with an operation of the operating device , and comprises: at least one magnet base connected to the operating device ; a conductive member disposed on the rail and is made of copper, silver or aluminum; and at least one magnet located on the magnet base and being adjacent to the conductive member , wherein a movement between the magnet and the conductive member is provided for generating the magnetic resistance; characterized in that the exercise equipment further comprises an adjusting device for adjusting an adjacent area of the magnets and the conductive member to adjust the generated magnetic resistance, wherein the adjusting device is operable by a user during using the exercise equipment via a controlling member . at least one magnet base connected to the operating device ; a conductive member disposed on the rail and is made of copper, silver or aluminum; and at least one magnet located on the magnet base and being adjacent to the conductive member , wherein a movement between the magnet and the conductive member is provided for generating the magnetic resistance; characterized in that the exercise equipment further comprises an adjusting device for adjusting an adjacent area of the magnets and the conductive member to adjust the generated magnetic resistance, wherein the adjusting device is operable by a user during using the exercise equipment via a controlling member .
Storage module having a modularly designed housing, where a number of heat storage plates filled with phase change material are arranged in the housing and a heat transfer medium of an external fluid conduit system can flow through the housing, where a flat flow channel for transporting the heat transfer medium is provided between adjacently arranged heat storage plates, characterised in that the housing of the storage module and the heat storage plate are designed in such a way that the heat storage plate can be supported in the housing without any holding elements, and heat storage plates mounted directly above one another and/or directly next to one another each form a defined flow channel .
A first microwave sensor device for detecting activity and for sending a communications signal to a second microwave sensor device , comprising: a microwave transceiver for transmitting a microwave transmit signal (T1a) and for receiving a microwave receive signal (R1) which is a reflection of the microwave transmit signal (T1a); a detector for processing the microwave transmit signal (T1a) and the microwave receive signal (R1) thereby to detect activity based on a first characteristic difference between the microwave transmit signal (T1a) and the microwave receive signal (R1); and a control unit to control the microwave transceiver to transmit a communications signal (Tib) for detection at the second microwave sensor device , said communication signal (Tib) being with a second characteristic difference with respect to a characteristic of a microwave transmit signal (T2a) of the second microwave sensor device , which second characteristic difference is adapted to be detected by the second microwave sensor device so as to be aware of the communication characterised in that the control unit is adapted to transmit the communications signal (Tib) in response to the detection of movement as the activity; and said communications signal (Tib) is adapted to mimic the microwave transmit signal (T2a) of the second microwave sensor device reflected by a moving object, by having the second characteristic difference equal to the characteristic variation of the characteristic of the microwave transmit signal (T2a) of the second microwave sensor device caused by the moving object. a microwave transceiver for transmitting a microwave transmit signal (T1a) and for receiving a microwave receive signal (R1) which is a reflection of the microwave transmit signal (T1a); a detector for processing the microwave transmit signal (T1a) and the microwave receive signal (R1) thereby to detect activity based on a first characteristic difference between the microwave transmit signal (T1a) and the microwave receive signal (R1); and a control unit to control the microwave transceiver to transmit a communications signal (Tib) for detection at the second microwave sensor device , said communication signal (Tib) being with a second characteristic difference with respect to a characteristic of a microwave transmit signal (T2a) of the second microwave sensor device , which second characteristic difference is adapted to be detected by the second microwave sensor device so as to be aware of the communication characterised in that the control unit is adapted to transmit the communications signal (Tib) in response to the detection of movement as the activity; and said communications signal (Tib) is adapted to mimic the microwave transmit signal (T2a) of the second microwave sensor device reflected by a moving object, by having the second characteristic difference equal to the characteristic variation of the characteristic of the microwave transmit signal (T2a) of the second microwave sensor device caused by the moving object.
A torch tip for a handheld plasma torch, the handheld plasma torch having a trigger and a torch tip mount, the torch tip comprising: a substantially hollow nozzle , the nozzle having an end face through which a plasma exit orifice is disposed; an electrode disposed relative to the nozzle ; the nozzle being mounted relative to the electrode to define a plasma chamber; a swirl ring , such that a cooling gas can flow between the electrode and nozzle, passing through the swirl ring and flowing through the plasma chamber and out the end face of the nozzle; and a housing disposed relative to the nozzle and the electrode , the nozzle , electrode and housing forming an assembled torch tip having a distal end and a proximal end , the proximal end of the assembled torch tip configured to couple to the torch tip mount, the torch tip being characterised by the end face having at least one supplemental orifice disposed relative to the plasma exit orifice ; such that in use substantially all of the cooling gas can be used to cool the consumables at the tip of the torch and substantially all of the cooling gas can exit through the supplemental orifices , wherein a distance from the distal end to the proximal end of the assembled torch tip is greater than about 7.6 cm (3 inches). a substantially hollow nozzle , the nozzle having an end face through which a plasma exit orifice is disposed; an electrode disposed relative to the nozzle ; the nozzle being mounted relative to the electrode to define a plasma chamber; a swirl ring , such that a cooling gas can flow between the electrode and nozzle, passing through the swirl ring and flowing through the plasma chamber and out the end face of the nozzle; and a housing disposed relative to the nozzle and the electrode , the nozzle , electrode and housing forming an assembled torch tip having a distal end and a proximal end , the proximal end of the assembled torch tip configured to couple to the torch tip mount, the torch tip being characterised by the end face having at least one supplemental orifice disposed relative to the plasma exit orifice ; such that in use substantially all of the cooling gas can be used to cool the consumables at the tip of the torch and substantially all of the cooling gas can exit through the supplemental orifices , wherein a distance from the distal end to the proximal end of the assembled torch tip is greater than about 7.6 cm (3 inches).
A welding method for welding an object to be welded using a pulsed laser, comprising: a step for selecting infrared rays having a wavelength allowing detection whether a keyhole is formed or not in a molten pool from among infrared rays radiating from a welded portion during keyhole-type welding of the object; and a step for determining quality of the welded portion on the basis of intensity of the selected infrared rays, characterized in that a first integrated value is calculated by integrating the intensity of the selected infrared rays during one pulse output of the pulsed laser with respect to time, the first integrated value is compared with a first threshold, if the first integrated value is more than the first threshold, it is determined that the penetration shortage does not occur in the welded portion, and if the first integrated value is less than or equal to the first threshold, it is determined that the penetration shortage occurs in the welded portion. a step for selecting infrared rays having a wavelength allowing detection whether a keyhole is formed or not in a molten pool from among infrared rays radiating from a welded portion during keyhole-type welding of the object; and a step for determining quality of the welded portion on the basis of intensity of the selected infrared rays, characterized in that a first integrated value is calculated by integrating the intensity of the selected infrared rays during one pulse output of the pulsed laser with respect to time, the first integrated value is compared with a first threshold, if the first integrated value is more than the first threshold, it is determined that the penetration shortage does not occur in the welded portion, and if the first integrated value is less than or equal to the first threshold, it is determined that the penetration shortage occurs in the welded portion.
Guide vane element for a guide vane segment having the guide vane element and a seal carrier , the guide vane element comprising a flange formed in a radial extension direction (R) of the guide vane element , which flange has a support surface for the arrangement and support of a seal carrier , and comprising at least one positioning means protruding from the flange in the radial extension direction (R) for aligning the seal carrier relative to the guide vane element , the positioning means having at least two positioning mandrels arranged in a fork-like manner relative to one another, which are designed to engage in a circumferential radial groove of the seal carrier in the arrangement of the seal carrier on the flange , and a partial surface of the positioning means adjoining the flange in a transition from the flange to the positioning means , and respective surface normals of the support surface and the partial surface enclosing an angle (α) different from a zero angle, the partial surface being offset and/or beveled relative to the support surface and not coming into contact with the seal carrier in the guide vane segment , characterized in that the support surface is designed as an annular surface segment.
A light curtain for detecting objects in a monitoring area, having an arrangement of transmitters emitting light beams , having an arrangement of receivers receiving light beams , and having an evaluation unit in which an object detection signal in the form of a binary switching signal, the switching states of which indicate whether an object is present in the monitoring area or not, is generated as a function of received signals from the receivers , is generated, characterised in that at least one amplifier is provided which is operated in a multiplex mode in such a way that it is used to amplify received signals from different receivers in succession over time, and in that switching interference II occurring in the amplified received signals during switching operations of the multiplex mode is compensated for by compensation signals generated in a controller .