mhurhangee/ep-ind-claims huggingface dataset:
An oven comprising: - a door movable between an open position and a closed position; - a cooking chamber configured to receive a food product, the cooking chamber being defined at least in part by a top wall, a bottom wall, a first sidewall and a second sidewall, the cooking chamber further defining an opening that interfaces with the door; - a radio frequency, RF, energy source configured to apply RF energy to the food product; and - an RF choke being disposed at a portion of the door facing the cooking chamber when the door is in the closed position; wherein the door comprises a handle disposed on a side of the door opposite the RF choke, characterized in that the handle is attached to a front face of the door at an angle relative to the front face of the door such that the handle extends beyond a top of the door along a direction extending from a pivot axis of the door toward the top of the door, further comprising a hinge assembly operably coupling the bottom portion of the door to a body of the oven, wherein the door is configured to pivot about a horizontally oriented axis, wherein an extension portion extends below a bottom portion of the door defining a receiving space through which the bottom portion of the door pivots during transition of the door between the open position and the closed position, further comprising a cleaning slot formed in the extension portion. - a door movable between an open position and a closed position; - a cooking chamber configured to receive a food product, the cooking chamber being defined at least in part by a top wall, a bottom wall, a first sidewall and a second sidewall, the cooking chamber further defining an opening that interfaces with the door; - a radio frequency, RF, energy source configured to apply RF energy to the food product; and - an RF choke being disposed at a portion of the door facing the cooking chamber when the door is in the closed position; wherein the door comprises a handle disposed on a side of the door opposite the RF choke,
An agricultural working machine for the execution of an agricultural working process which is operated at an operating point defined by operating parameters, with a driver assistance system which comprises a memory with data stored in the memory, a computing device for processing the data stored in the memory, and a graphical user interface, wherein the computing device determines the respective current operating point during the execution of the working process, wherein the computing device graphically depicts an operating data field via the user interface which represents a range of display values for a first operating parameter (B 1), and the current value for the first operating parameter (B 1) is graphically depicted in the operating data field, wherein the computing device evaluates the first operating parameter (B 1) over at least a portion of the range of display values in accordance with an evaluation criterion which relates to a second operating parameter (B 2), wherein a characteristic diagram system is stored in the memory and contains relationships between at least a portion of the operating parameters, and wherein the computing device carries out the evaluation of the first operating parameter (B 1) based on a relationship between the first operating parameter (B 1) and the second operating parameter (B 2) contained in the characteristic diagram system and graphically depicts the evaluation data determined thereby in the operating data field, wherein the working machine has a propulsion unit and at least two drive running elements, in particular drive wheels or drive tracks, which are driven by the propulsion unit in order to produce a traction on the ground, characterized in that the first operating parameter (B 1) relates to the traction between the drive running elements and the ground and the computing device shows in the operating data field that a change in a third operating parameter (B 3) can lead to a change in the first operating parameter (B 1), preferably that, based on the characteristic diagram system, the computing device determines which qualitative change in the third operating parameter (B 3) leads to which qualitative change in the first operating parameter (B 1) and depicts this in the operating data field, wherein the third operating parameter (B 3) relates to the ballasting of the working machine.
An epoxy-amine adduct having two or more -NH 2 groups per molecule; and the epoxy-amine adduct being obtainable by a reaction of an epoxy compound with an amine compound, said epoxy compound comprising a compound represented by Formula (a): wherein X is selected from a single bond and a divalent group comprising at least one atom, said amine compound comprising a compound represented by Formula (b): R 2 (NH 2) r (b) wherein R 2 is an r-valent group comprising two or more r-valent linear or branched chain aliphatic hydrocarbon groups bonded to each other directly or via a divalent heteroatom-containing linkage group; and r represents 2 or 3, and wherein the ratio [alicyclic epoxy group/amino group] of the alicyclic epoxy groups of the epoxy compound to the amino groups of the amine compound is from 0.10 to 0.95. wherein X is selected from a single bond and a divalent group comprising at least one atom, said amine compound comprising a compound represented by Formula (b): R 2 (NH 2) r (b) wherein R 2 is an r-valent group comprising two or more r-valent linear or branched chain aliphatic hydrocarbon groups bonded to each other directly or via a divalent heteroatom-containing linkage group; and r represents 2 or 3, and wherein the ratio [alicyclic epoxy group/amino group] of the alicyclic epoxy groups of the epoxy compound to the amino groups of the amine compound is from 0.10 to 0.95. wherein R 2 is an r-valent group comprising two or more r-valent linear or branched chain aliphatic hydrocarbon groups bonded to each other directly or via a divalent heteroatom-containing linkage group; and r represents 2 or 3, and wherein the ratio [alicyclic epoxy group/amino group] of the alicyclic epoxy groups of the epoxy compound to the amino groups of the amine compound is from 0.10 to 0.95.
A processing system, characterized in that the processing system comprises: a determination unit configured to determine an adjustment-required parameter based on training data of a trainee performing walking training in a walking training apparatus, the training data being acquired during the walking training, the adjustment-required parameter being, among parameters that are adjustable in the walking training apparatus, a parameter of which a frequency of adjustments by a training assistant who assists the trainee performing walking training in the walking training apparatus or by an assistant in a hospital other than the training assistant is lower than an adjustment criterion; and an output unit configured to output, during the walking training of the trainee, parameter information indicating the adjustment-required parameter and effect information indicating an adjustment effect that is obtained when the adjustment-required parameter is adjusted. a determination unit configured to determine an adjustment-required parameter based on training data of a trainee performing walking training in a walking training apparatus, the training data being acquired during the walking training, the adjustment-required parameter being, among parameters that are adjustable in the walking training apparatus, a parameter of which a frequency of adjustments by a training assistant who assists the trainee performing walking training in the walking training apparatus or by an assistant in a hospital other than the training assistant is lower than an adjustment criterion; and an output unit configured to output, during the walking training of the trainee, parameter information indicating the adjustment-required parameter and effect information indicating an adjustment effect that is obtained when the adjustment-required parameter is adjusted.
Firearm support for a firearm comprising: - a body, which is provided with at least one profile (106, 106a, 106b, 107a, 107b) on its surface; - a feeler pin, for striking against the profile and for being coupled to the firearm so as to follow the movement of said firearm; - a support element rotatable around a first axis (z-z) relative to the body, wherein the support element is also configured for being coupled to the firearm so as to allow a mutual rotation between said firearm and said support element around a second axis (x-x); wherein the body comprises a fixed portion and a mobile portion, for being fixed in a plurality of positions relative to the fixed portion, so as to change the configuration of the profile; wherein the fixed portion comprises a first profile and the mobile portion comprises a second profile; said first profile and second profile forming the profile against which the feeler pin is going to strike in a first orientation of the body; characterized in that the fixed portion comprises a third profile and the mobile portion comprises a fourth profile; said third profile and fourth profile forming the profile against which the feeler pin is going to strike in an upside-down orientation of the body; and in that the body is configured to be removed from the support element and be reassembled so as to be turned upside-down by 180° relative to said support element. - a body, which is provided with at least one profile (106, 106a, 106b, 107a, 107b) on its surface; - a feeler pin, for striking against the profile and for being coupled to the firearm so as to follow the movement of said firearm; - a support element rotatable around a first axis (z-z) relative to the body, wherein the support element is also configured for being coupled to the firearm so as to allow a mutual rotation between said firearm and said support element around a second axis (x-x); wherein the body comprises a fixed portion and a mobile portion, for being fixed in a plurality of positions relative to the fixed portion, so as to change the configuration of the profile; wherein the fixed portion comprises a first profile and the mobile portion comprises a second profile; said first profile and second profile forming the profile against which the feeler pin is going to strike in a first orientation of the body; characterized in that the fixed portion comprises a third profile and the mobile portion comprises a fourth profile; said third profile and fourth profile forming the profile against which the feeler pin is going to strike in an upside-down orientation of the body; and in that the body is configured to be removed from the support element and be reassembled so as to be turned upside-down by 180° relative to said support element.
Pipeline repairing system for a pipeline, which is lined with a hose liner, and the pipeline has a connection opening in which a house connection arrangement of the pipeline repairing system can be fixed, wherein the house connection arrangement comprises an upper part and a lower part, characterised in that the upper part has a base plate and a sleeve section, wherein an internal thread and a chamber with a sealing ring are provided in the sleeve section, wherein the upper part with the sleeve section can be inserted through the connection opening, and the base plate is configured to bear against an inner wall section of the pipeline, and the lower part has a sleeve body with an external thread and a radial collar, wherein a seat with a seal is provided between the external thread and the radial collar.
Process for removal of acidic gas constituents from a synthesis gas comprising at least hydrogen (H 2), carbon monoxide, carbon dioxide (CO 2) and hydrogen sulfide (H 2 S) by absorption of the acidic gas constituents in a physical scrubbing medium in which a first scrubbing medium laden with at least carbon dioxide (CO 2) is supplied to a decompression vessel for depressurization from a first absorption apparatus via a first feed conduit and a second scrubbing medium laden with at least carbon dioxide (CO 2) is supplied to the decompression vessel for depressurization from a second absorption apparatus via a second feed conduit, wherein a first synthesis gas stream is supplied to the first absorption apparatus and a second synthesis gas stream is supplied to the second absorption apparatus, wherein the carbon dioxide content in the first synthesis gas stream is higher than the carbon dioxide content in the second synthesis gas stream and the carbon dioxide concentration in the first laden scrubbing medium is at least 5 mol% higher than the carbon dioxide concentration in the second laden scrubbing medium, characterized in that an at least partial commixing of the first and the second laden scrubbing medium is effected in the decompression vessel, wherein the commixing and depressurization affords a partially regenerated scrubbing medium and the first feed conduit and the second feed conduit are arranged such that carbon dioxide desorbed from the first laden scrubbing medium by the depressurization is at least partially absorbed by the second laden scrubbing medium and gases desorbed in the decompression vessel are recompressed and after compression are recycled to the first and/or the second synthesis gas stream as recycle gas comprising hydrogen (H 2), carbon monoxide and carbon dioxide (CO 2).
An apparatus for downhole photon imaging, comprising: a photon source that emits photons; a first detector module positioned above the photon source, the first detector module comprising a plurality of photon detectors (18a-d) to detect photons and produce a first signal in response to the received photons, wherein each detector is positioned to correspond to a different depth of investigation; a first detector collimator coupled to the detectors to allow backscattered photons at a pre-determined angle to be detected by the detectors of the first detector module; a second detector module positioned below the photon source, the second detector module comprising a plurality of photon detectors (20a-d) to detect photons and produce a second signal in response to the received photons, wherein each detector of the second detector module is positioned to correspond to a different depth of investigation; and a second detector collimator coupled to the detectors of the second detector module to allow backscattered photons at a pre-determined angle to be detected by the detectors of the second detector module; and an image processing unit that generates an image of a wellbore surrounding the apparatus based upon at least one of the first or second signal. a photon source that emits photons; a first detector module positioned above the photon source, the first detector module comprising a plurality of photon detectors (18a-d) to detect photons and produce a first signal in response to the received photons, wherein each detector is positioned to correspond to a different depth of investigation; a first detector collimator coupled to the detectors to allow backscattered photons at a pre-determined angle to be detected by the detectors of the first detector module; a second detector module positioned below the photon source, the second detector module comprising a plurality of photon detectors (20a-d) to detect photons and produce a second signal in response to the received photons, wherein each detector of the second detector module is positioned to correspond to a different depth of investigation; and a second detector collimator coupled to the detectors of the second detector module to allow backscattered photons at a pre-determined angle to be detected by the detectors of the second detector module; and a second detector module positioned below the photon source, the second detector module comprising a plurality of photon detectors (20a-d) to detect photons and produce a second signal in response to the received photons, wherein each detector of the second detector module is positioned to correspond to a different depth of investigation; and a second detector collimator coupled to the detectors of the second detector module to allow backscattered photons at a pre-determined angle to be detected by the detectors of the second detector module; and an image processing unit that generates an image of a wellbore surrounding the apparatus based upon at least one of the first or second signal.
A cargo loading system, comprising: a cargo shuttle having a frame; and an air cushion located beneath the cargo shuttle, wherein the air cushion is formed by an air curtain positioned within a channel of the frame, wherein the frame comprises an air supply hole in fluid communication with the channel and the air cushion; characterized in that the cargo loading system further comprises: a seal spring positioned within the channel and above the air curtain, and configured to exert a first downward pressure on the air curtain, wherein the air passing through the air supply hole exerts a second downward pressure on the air curtain. a cargo shuttle having a frame; and an air cushion located beneath the cargo shuttle, wherein the air cushion is formed by an air curtain positioned within a channel of the frame, wherein the frame comprises an air supply hole in fluid communication with the channel and the air cushion; characterized in that the cargo loading system further comprises: a seal spring positioned within the channel and above the air curtain, and configured to exert a first downward pressure on the air curtain, wherein the air passing through the air supply hole exerts a second downward pressure on the air curtain. a seal spring positioned within the channel and above the air curtain, and configured to exert a first downward pressure on the air curtain, wherein the air passing through the air supply hole exerts a second downward pressure on the air curtain.
An agricultural mesh for baling comprising a plurality of columns of chain or pillars, in which each column of chain or pillar comprises a plurality of meshes, with said columns of chains or pillars interconnected and associated by means of weft, characterized in that it has a triangular configuration resulting from the interlacing of the weft in a first column of chain or pillar, passage through a second column of chain or pillar, interlacing in a third column of chain or pillar and return to the first column of chain or pillar through the longitudinal zigzag reverse path with passage through the second column of chain or pillar, and return to the first column of chain or pillar at intervals of six meshes along the length of the agricultural mesh for baling.
A server system comprising: one or more processors configured to: receive an intra-route navigation error package including a plurality of route context data from a user computer device, the intra-route navigation error package indicating that a navigation error occurred at a geospatial location, wherein the plurality of route context data is selected from the group consisting of user biometric data, image data, sound data, and weather data; send, to the user computing device, a detailed feedback package configured to cause the user computer device to display a feedback interface at a later point in time when the user of the user computer device is not traveling, the detailed feedback package including a route context determined based on the plurality of route context data and configured to be presented to the user via the feedback interface; receive, from the user computing device, a user input of detailed feedback entered via the feedback interface; and determine a map correction for a map database based on the user input of detailed feedback. receive an intra-route navigation error package including a plurality of route context data from a user computer device, the intra-route navigation error package indicating that a navigation error occurred at a geospatial location, wherein the plurality of route context data is selected from the group consisting of user biometric data, image data, sound data, and weather data; send, to the user computing device, a detailed feedback package configured to cause the user computer device to display a feedback interface at a later point in time when the user of the user computer device is not traveling, the detailed feedback package including a route context determined based on the plurality of route context data and configured to be presented to the user via the feedback interface; receive, from the user computing device, a user input of detailed feedback entered via the feedback interface; and determine a map correction for a map database based on the user input of detailed feedback.
A method comprising: based on at least one of a plurality of call return levels, taking, by a loop detector, a snapshot of a retired predicted block during a first retirement time; comparing the snapshot to a subsequent retired predicted block at a second retirement time; and based on the comparison, identifying a loop and loop exit branches within the loop for use by a loop exit branch monitor, wherein the loop exit branch monitor determines whether to override a general purpose conditional prediction. based on at least one of a plurality of call return levels, taking, by a loop detector, a snapshot of a retired predicted block during a first retirement time; comparing the snapshot to a subsequent retired predicted block at a second retirement time; and based on the comparison, identifying a loop and loop exit branches within the loop for use by a loop exit branch monitor, wherein the loop exit branch monitor determines whether to override a general purpose conditional prediction.
Holder, attachable on clothing, for a labelling element, with a frame, wherein the frame at two opposite sides comprises holding strips projecting in a direction towards each other with a rear-facing holding surface behind which is an access opening and with a rear wall located on the rear side characterised in that between the sides at least one support element projects forwards over the two holding surfaces and in that the frame and support element are formed in one piece from the holder