mhurhangee/ep-ind-claims huggingface dataset:
A grill for cooking food products, comprising: a substantially flat platen comprising a top surface and a bottom surface, said top surface for receiving the food products, wherein said platen has a front end and a back end so that a user operates the grill from said front end of the platen, and the platen is divided into a plurality of separate heating zones (51, 53, 55) adjacent to one another along a length of said platen from said front end to said back end; a plurality of heating elements below said bottom surface, wherein each of said heating elements is a forced draft gas burner, wherein each of said heating zones has a heating element associated therewith; a pressurized burner box, wherein each of said plurality of heating elements is within said burner box; a chassis connected to said platen and enclosing each of said plurality of heating elements and said burner box, so that said platen and said plurality of heating elements are within a single lane of the grill; and a controller in communication with each of said plurality of heating elements, wherein said controller controls an operating temperature of each of said plurality of heating elements independently of other heating elements. a substantially flat platen comprising a top surface and a bottom surface, said top surface for receiving the food products, wherein said platen has a front end and a back end so that a user operates the grill from said front end of the platen, and the platen is divided into a plurality of separate heating zones (51, 53, 55) adjacent to one another along a length of said platen from said front end to said back end; a plurality of heating elements below said bottom surface, wherein each of said heating elements is a forced draft gas burner, wherein each of said heating zones has a heating element associated therewith; a pressurized burner box, wherein each of said plurality of heating elements is within said burner box; a chassis connected to said platen and enclosing each of said plurality of heating elements and said burner box, so that said platen and said plurality of heating elements are within a single lane of the grill; and a controller in communication with each of said plurality of heating elements, wherein said controller controls an operating temperature of each of said plurality of heating elements independently of other heating elements.
A handheld cutting apparatus for cutting to a desired length a strap for attaching a monitoring device to an individual, the apparatus comprising a handle body including a first handle and a second handle, the apparatus characterized by: the handle body including a slot configured to allow the strap to pass through; and the apparatus comprising: a head having a first end and a second end, wherein the second end is affixed to the handle body; an attachment mechanism on the first end of the head being configured to releasably secure the first end of the head to the strap, at an end of the strap, prior to cutting; and a blade protruding from a surface of the first handle, disposed proximate to the second end of the head, the blade being configured to cut the strap when the strap is passed through the slot in the handle body to form a circumference in combination with the head, wherein the distance along the head between the first end of the head and the blade approximates a device body length of the monitoring device, wherein a cutting pad is disposed on a surface of the handle body opposite the blade, such that squeezing the first handle and the second handle together forces the blade against the cutting pad. the handle body including a slot configured to allow the strap to pass through; and the apparatus comprising: a head having a first end and a second end, wherein the second end is affixed to the handle body; an attachment mechanism on the first end of the head being configured to releasably secure the first end of the head to the strap, at an end of the strap, prior to cutting; and a blade protruding from a surface of the first handle, disposed proximate to the second end of the head, the blade being configured to cut the strap when the strap is passed through the slot in the handle body to form a circumference in combination with the head, wherein the distance along the head between the first end of the head and the blade approximates a device body length of the monitoring device, wherein a cutting pad is disposed on a surface of the handle body opposite the blade, such that squeezing the first handle and the second handle together forces the blade against the cutting pad. a head having a first end and a second end, wherein the second end is affixed to the handle body; an attachment mechanism on the first end of the head being configured to releasably secure the first end of the head to the strap, at an end of the strap, prior to cutting; and a blade protruding from a surface of the first handle, disposed proximate to the second end of the head, the blade being configured to cut the strap when the strap is passed through the slot in the handle body to form a circumference in combination with the head, wherein the distance along the head between the first end of the head and the blade approximates a device body length of the monitoring device, wherein a cutting pad is disposed on a surface of the handle body opposite the blade, such that squeezing the first handle and the second handle together forces the blade against the cutting pad.
A non-pneumatic tire comprising: an inner tube attachable to an axle; an outer tube configured to surround the inner tube from an outer side in a tire radial direction; an elastically deformable connecting member configured to connect the inner tube and the outer tube to each other; and a tread member fitted onto the outer tube, wherein a space is formed in a portion of the tread member in which a wheel tread of the tread member is avoided, characterized in that: the space is a depression section formed in an inner circumferential surface of the tread member and formed in a groove shape extending in the tire circumferential direction; and in that the depression section extends throughout the circumference of the inner circumferential surface of the tread member. an inner tube attachable to an axle; an outer tube configured to surround the inner tube from an outer side in a tire radial direction; an elastically deformable connecting member configured to connect the inner tube and the outer tube to each other; and a tread member fitted onto the outer tube, wherein a space is formed in a portion of the tread member in which a wheel tread of the tread member is avoided, characterized in that: the space is a depression section formed in an inner circumferential surface of the tread member and formed in a groove shape extending in the tire circumferential direction; and in that the depression section extends throughout the circumference of the inner circumferential surface of the tread member. the space is a depression section formed in an inner circumferential surface of the tread member and formed in a groove shape extending in the tire circumferential direction; and in that the depression section extends throughout the circumference of the inner circumferential surface of the tread member.
Improved method for bending ceramic tiles, of the type involving the stages of making grooves in the lower surface of the tile in a position that corresponds to the area of the tile to be bent, filling the grooves obtained on the tile with a filling material compatible with the material of which the tile is made, resting the tile on a shaped support, heating at least the area of the tile to be bent up to the softening temperature of the area itself, cooling the modelled tile thus obtained; characterised in that, after the filling stage, the grooves are covered with a flexible strip, made with an incombustible refractory material up to at least the softening temperature of the tile, which is anchored to the surface of the tile on which the grooves are obtained.
An assembly including a filtering element and a cover configured to be removably fixed to a filter housing adapted to receive the filtering element, said cover comprising a wall, wherein an inspection hole is formed on said wall to allow the presence of the filtering element to be detected, the cover further comprising a plug for closing the inspection hole, the assembly being characterized in that the filtering element comprises a zigzag folded filtering web that ends at the front with an end panel, wherein the wall of the cover is adapted to be placed in front of and in contact with the end panel of the filtering element, and wherein the plug is formed as a single piece of plastics material with the wall of the cover. a filtering element and a cover configured to be removably fixed to a filter housing adapted to receive the filtering element, said cover comprising a wall, wherein an inspection hole is formed on said wall to allow the presence of the filtering element to be detected, the cover further comprising a plug for closing the inspection hole, the assembly being characterized in that the filtering element comprises a zigzag folded filtering web that ends at the front with an end panel, wherein the wall of the cover is adapted to be placed in front of and in contact with the end panel of the filtering element, and wherein the plug is formed as a single piece of plastics material with the wall of the cover.
A method comprising: while a device is in a locked state: receiving a speech input at the device, the speech input including a command associated with a restricted feature of the device; determining whether the speech input was spoken by an authorized user of the device, the determining including comparing the speech input to a voiceprint of the authorized user; processing the speech input to identify the command; and upon determining that the speech input was spoken by the authorized user, executing the identified command to invoke the restricted feature of the device, wherein the method is performed by one or more processors of the device. receiving a speech input at the device, the speech input including a command associated with a restricted feature of the device; determining whether the speech input was spoken by an authorized user of the device, the determining including comparing the speech input to a voiceprint of the authorized user; processing the speech input to identify the command; and upon determining that the speech input was spoken by the authorized user, executing the identified command to invoke the restricted feature of the device, wherein the method is performed by one or more processors of the device.
An in vitro or ex vivo method of producing induced pluripotent stem cells from mammalian non-pluripotent cells, the method comprising: a) introducing one or more exogenous polypeptides selected from the group consisting of: an Oct polypeptide, a Klf polypeptide, a Myc polypeptide, and a Sox polypeptide into the non-pluripotent cells; and b) contacting the non-pluripotent cells with an agent that inhibits H3K9 methylation, thereby producing induced pluripotent stem cells. a) introducing one or more exogenous polypeptides selected from the group consisting of: an Oct polypeptide, a Klf polypeptide, a Myc polypeptide, and a Sox polypeptide into the non-pluripotent cells; and b) contacting the non-pluripotent cells with an agent that inhibits H3K9 methylation, thereby producing induced pluripotent stem cells.
Connection device comprising: - a housing body which forms a connection structure and a supply cable input, and - several plug contacts, wherein - the plug contacts are designed as clamping contacts, which are received in recesses in a base segment, - Aacircuit receiving section is formed in the housing body, and - an electronic plug circuit is received in the circuit receiving section, - the plug contacts are accessible via slot openings in a lower end face of the base segment, - the plug circuit is designed as an addressable plug circuit and adjusts the power transfer from a power wire of a supply cable to at least one of the plug contacts in accordance with an information content of a supplied signal on at least one of the plug contacts, and - the plug circuit is constructed and configured so that it generates a feedback signal that describes the current flowing through the plug contact. - a housing body which forms a connection structure and a supply cable input, and - several plug contacts, wherein - the plug contacts are designed as clamping contacts, which are received in recesses in a base segment, - Aacircuit receiving section is formed in the housing body, and - an electronic plug circuit is received in the circuit receiving section, - the plug contacts are accessible via slot openings in a lower end face of the base segment, - the plug circuit is designed as an addressable plug circuit and adjusts the power transfer from a power wire of a supply cable to at least one of the plug contacts in accordance with an information content of a supplied signal on at least one of the plug contacts, and - the plug circuit is constructed and configured so that it generates a feedback signal that describes the current flowing through the plug contact.
A method of optimizing the display of x-ray images captured from an x-ray source, comprising: providing a collimator configured to expose a first area to a first radiation level and a second area to a second lower radiation level; providing at least one input device configured to provide coordinates relative to a current x-ray image displayed on said monitor;determining a first Region of Interest on a currently displayed image based on first coordinates provided by said at least one input device at a first time, wherein said first ROI is in the said first area of said collimator and wherein a first background area, different to said first ROI, is in said second area of the collimator; capturing a first x-ray image, or first x-ray images, through the said provided collimator according to said first ROI; determining a second Region of Interest on said first image based on second coordinates, different to said first coordinates, provided by said at least one input device at a second time, wherein said second ROI is in said first area of said collimator and wherein a second background area, different to said second ROI, is in said second area of said collimator; capturing a second x-ray image, or second x-ray images, through said provided collimator according to said second ROI; and optimizing the displayed second images using a tone correction for background pixel correction based on a factor provided by dividing pixel values of the said first ROI of said first x-ray image by the corresponding pixel values in said second background area of said second x-ray image. providing a collimator configured to expose a first area to a first radiation level and a second area to a second lower radiation level; providing at least one input device configured to provide coordinates relative to a current x-ray image displayed on said monitor;determining a first Region of Interest on a currently displayed image based on first coordinates provided by said at least one input device at a first time, wherein said first ROI is in the said first area of said collimator and wherein a first background area, different to said first ROI, is in said second area of the collimator; capturing a first x-ray image, or first x-ray images, through the said provided collimator according to said first ROI; determining a second Region of Interest on said first image based on second coordinates, different to said first coordinates, provided by said at least one input device at a second time, wherein said second ROI is in said first area of said collimator and wherein a second background area, different to said second ROI, is in said second area of said collimator; capturing a second x-ray image, or second x-ray images, through said provided collimator according to said second ROI; and optimizing the displayed second images using a tone correction for background pixel correction based on a factor provided by dividing pixel values of the said first ROI of said first x-ray image by the corresponding pixel values in said second background area of said second x-ray image.
A data transmission method, comprising: processing (410, 1010), by a network device, a to-be-sent first optical data unit, ODU, to obtain a second ODU, wherein a bit rate of the second ODU is lower than a bit rate of the first ODU; and sending (420, 1020), by the network device, the second ODU; characterized in that the sending, by the network device, the second ODU comprises: mapping, by the network device, the second ODU to a third ODU, wherein a bit rate of the third ODU is n×50G, and n is a positive integer; and sending, by the network device, the third ODU through m flexible optical transport network FlexO interfaces, wherein m is a positive integer, and a bit rate of each FlexO interface is 50G. processing (410, 1010), by a network device, a to-be-sent first optical data unit, ODU, to obtain a second ODU, wherein a bit rate of the second ODU is lower than a bit rate of the first ODU; and sending (420, 1020), by the network device, the second ODU; characterized in that the sending, by the network device, the second ODU comprises: mapping, by the network device, the second ODU to a third ODU, wherein a bit rate of the third ODU is n×50G, and n is a positive integer; and sending, by the network device, the third ODU through m flexible optical transport network FlexO interfaces, wherein m is a positive integer, and a bit rate of each FlexO interface is 50G. mapping, by the network device, the second ODU to a third ODU, wherein a bit rate of the third ODU is n×50G, and n is a positive integer; and sending, by the network device, the third ODU through m flexible optical transport network FlexO interfaces, wherein m is a positive integer, and a bit rate of each FlexO interface is 50G.
Method for supplying power and transferring data by wire between a master station (20, 20') and a set of at least one peripheral device (10, 11, 12, 13), each peripheral device comprising a set of at least one electrical or electronic device (10_3) able to execute a given function, the peripheral devices being linked electrically in parallel to the master station by way of a first and of a second electrical wire, the method comprising steps consisting in: - generating an output signal from the master station (20, 20'), the output signal comprising a data frame, the frame comprising a set of at least one channel, each channel comprising a set of at least one bit and being assigned to drive a given function of a given electrical or electronic device (10_3) of a given peripheral device, - coding the data in accordance with a protocol that makes it possible to generate a square-wave AC output signal, - generating a synchronization signal (SYNC) from the master station, and - transmitting said synchronization signal (SYNC) and said output signal to the set of peripheral devices on the first and the second electrical wire, and - upon receipt of said output signal by a peripheral device, rectifying said output signal so as to supply said peripheral device with electric power, characterized in that the method furthermore comprises a step consisting in: - driving a current-consuming device (10_4) of a peripheral device of said set of at least one peripheral device (10, 11, 12, 13), said current-consuming device being configured to generate at least one burst of current consumption peaks for a predetermined duration T' when it is activated. - generating an output signal from the master station (20, 20'), the output signal comprising a data frame, the frame comprising a set of at least one channel, each channel comprising a set of at least one bit and being assigned to drive a given function of a given electrical or electronic device (10_3) of a given peripheral device, - coding the data in accordance with a protocol that makes it possible to generate a square-wave AC output signal, - generating a synchronization signal (SYNC) from the master station, and - transmitting said synchronization signal (SYNC) and said output signal to the set of peripheral devices on the first and the second electrical wire, and - upon receipt of said output signal by a peripheral device, rectifying said output signal so as to supply said peripheral device with electric power, - driving a current-consuming device (10_4) of a peripheral device of said set of at least one peripheral device (10, 11, 12, 13), said current-consuming device being configured to generate at least one burst of current consumption peaks for a predetermined duration T' when it is activated.
A biowaste collection system comprising a vehicle such as a truck having a chassis fitted with a tank for storing biowaste and a hopper for receiving said waste, and a washing module having means for washing the container, the washing means and the receiving hopper being arranged in two separate and adjacent areas on the chassis of a treatment space of the truck, means for separating said areas being fitted on the one hand with means for securing containers (6, 6') in a tilted emptying position and on the other hand with means for moving the containers (6, 6') secured to the separating means on the chassis of the vehicle between two positions, above the washing means and above the receiving hopper respectively, and driving means rotating said separating means about a vertical axis in the treatment space of the truck, characterized in that: - said system has mechanical means for collecting biowaste containers (6, 6') having at least one gripping arm and suitable for moving each container (6, 6') between a location on the ground and at least one emptying position on the vehicle, - the receiving hopper is located in the vicinity of a first side wall of the vehicle comprising the gripping arm, and the washing means being positioned in the vicinity of a second side wall, - the separating means consist of a wall separating the areas of the washing means and the receiving hopper respectively when said wall is in a stable, immobile position, said wall being provided, on each of its faces, with means (12, 13, 14, 12', 13', 14') for securing a biowaste container (6, 6'), and - the containers (6, 6') are secured by the securing means (12, 13, 14, 12', 13', 14') at a height such that the opening thereof is positioned at a distance from the chassis allowing the opening of a hinged closure cover. - said system has mechanical means for collecting biowaste containers (6, 6') having at least one gripping arm and suitable for moving each container (6, 6') between a location on the ground and at least one emptying position on the vehicle, - the receiving hopper is located in the vicinity of a first side wall of the vehicle comprising the gripping arm, and the washing means being positioned in the vicinity of a second side wall, - the separating means consist of a wall separating the areas of the washing means and the receiving hopper respectively when said wall is in a stable, immobile position, said wall being provided, on each of its faces, with means (12, 13, 14, 12', 13', 14') for securing a biowaste container (6, 6'), and - the containers (6, 6') are secured by the securing means (12, 13, 14, 12', 13', 14') at a height such that the opening thereof is positioned at a distance from the chassis allowing the opening of a hinged closure cover.