mhurhangee/patent-ind-claim-en huggingface dataset:
Method comprising: - the protection of a boot sequence of a processing device by incrementations of a counting value (TIL) generated by a monotonic counter ; - a first time period (x) after the beginning of the boot sequence (RESET), the comparison, by the protection circuit , between the counting value and a first reference value (M); and - if the counting value is smaller than the first reference value, the modification, by the protection circuit , of the counting value into the first reference value. - the protection of a boot sequence of a processing device by incrementations of a counting value (TIL) generated by a monotonic counter ; - a first time period (x) after the beginning of the boot sequence (RESET), the comparison, by the protection circuit , between the counting value and a first reference value (M); and - if the counting value is smaller than the first reference value, the modification, by the protection circuit , of the counting value into the first reference value.
An elevator inspection and maintenance system comprising: a mechatronic body movable via remote or automatic operation, an inspection and maintenance head installed on the mechatronic body , wherein said inspection and maintenance head is fitted with a manipulation tool to perform a maintenance operation on at least one component of an elevator system remotely or automatically; wherein the elevator inspection and maintenance system is installable on an elevator cab , in a hoist way , or in a machine room of the elevator system ; and characterized in that the elevator inspection and maintenance system includes a track laid on said elevator cab , hoist way , or machine room, and wherein the elevator inspection and maintenance system is movably attached to said track . a mechatronic body movable via remote or automatic operation, an inspection and maintenance head installed on the mechatronic body , wherein said inspection and maintenance head is fitted with a manipulation tool to perform a maintenance operation on at least one component of an elevator system remotely or automatically; wherein the elevator inspection and maintenance system is installable on an elevator cab , in a hoist way , or in a machine room of the elevator system ; and
A method for controlling a pump system having a pump unit for dispensing multi-component material under pressure by means of a spray gun, the pump unit comprising a pump device , a mixer and a spray gun , the pump device having at least two pumps for pumping component material and associated liquid tanks for storing component material, the pump device having an operating means by means of which the pump device is controlled, characterized in that the operating means has a display element and operating elements , the pump unit having at least one other pump device , the pump system having a control device , data being exchanged between the control device and the operating means, the control device and the operating means together forming a control unit , the pump unit being controlled by means of the control unit.
An ingestible bio-telemetry communication network, comprising: a plurality of ingestible devices, wherein, in use, the plurality of ingestible devices are taken by a patient, wherein each of the plurality of ingestible devices is configured to obtain data relating to the patient, and transmit the data by bursting bits of the data with a selected pulse spacing that is directly related to a carrier frequency generated and used by each of the plurality of ingestible devices, wherein the bursting bits are made of pulses which represent the presence of a data bit, wherein each pulse is repeated one or more times for a given data bit, and a burst pattern of the data is configured to have 50% or more burst density, wherein the pulses transmitted by each of the plurality of ingestible devices have a duty cycle of about 1 to 1000; and a receiver configured to be positioned outside the patient's body and simultaneously receive the data transmitted from each of the plurality of ingestible devices. a plurality of ingestible devices, wherein, in use, the plurality of ingestible devices are taken by a patient, wherein each of the plurality of ingestible devices is configured to obtain data relating to the patient, and transmit the data by bursting bits of the data with a selected pulse spacing that is directly related to a carrier frequency generated and used by each of the plurality of ingestible devices, wherein the bursting bits are made of pulses which represent the presence of a data bit, wherein each pulse is repeated one or more times for a given data bit, and a burst pattern of the data is configured to have 50% or more burst density, wherein the pulses transmitted by each of the plurality of ingestible devices have a duty cycle of about 1 to 1000; and a receiver configured to be positioned outside the patient's body and simultaneously receive the data transmitted from each of the plurality of ingestible devices.
A method comprising: providing, by a server device to a first client device , a presentation of a first instance of source code; receiving, by the server device, first source code changes to the first instance of the source code performed by the first client device associated with a first user account; receiving, by the server device from the first client device, a selection of a first presentation type from a plurality of presentation types comprising the first presentation type and a second presentation type prior to the first source code changes being committed to the source code stored at a repository of a source control platform , wherein the first presentation type specifies first access privileges to the first source code changes for at least a second user account, wherein the second presentation type specifies second access privileges to the first source code changes for the at least the second user account, wherein the second access privileges are different from the first access privileges of the first presentation type; and providing, to a second client device associated with the second user account, a presentation of a second instance of the source code with the first source code changes in accordance with the first presentation type prior to the first source code changes being committed to the source code stored at the repository of the source control platform. providing, by a server device to a first client device , a presentation of a first instance of source code; receiving, by the server device, first source code changes to the first instance of the source code performed by the first client device associated with a first user account; receiving, by the server device from the first client device, a selection of a first presentation type from a plurality of presentation types comprising the first presentation type and a second presentation type prior to the first source code changes being committed to the source code stored at a repository of a source control platform , wherein the first presentation type specifies first access privileges to the first source code changes for at least a second user account, wherein the second presentation type specifies second access privileges to the first source code changes for the at least the second user account, wherein the second access privileges are different from the first access privileges of the first presentation type; and providing, to a second client device associated with the second user account, a presentation of a second instance of the source code with the first source code changes in accordance with the first presentation type prior to the first source code changes being committed to the source code stored at the repository of the source control platform.
A process for improving precision in a diagnostic test utilizing an enzymatic biosensor comprising: contacting a sample suspected of having a target analyte therein with an amount of a fluid comprising an amount of the target analyte prior to analysis of the sample for the target analyte; wherein the contacting is done within an analytical zone defined by the biosensor, the biosensor configured for detection of a presence of the target analyte; and wherein the contacting is effective to increase a degree of precision in the analysis for the target analyte, and wherein the fluid comprises a wash fluid which is delivered to the analytical zone prior to delivery of the sample to the analytical zone, wherein the fluid comprises an amount of the target analyte greater than a lower medical decision value and lower than an upper medical decision value for the target analyte. contacting a sample suspected of having a target analyte therein with an amount of a fluid comprising an amount of the target analyte prior to analysis of the sample for the target analyte; wherein the contacting is done within an analytical zone defined by the biosensor, the biosensor configured for detection of a presence of the target analyte; and wherein the contacting is effective to increase a degree of precision in the analysis for the target analyte, and wherein the fluid comprises a wash fluid which is delivered to the analytical zone prior to delivery of the sample to the analytical zone, wherein the fluid comprises an amount of the target analyte greater than a lower medical decision value and lower than an upper medical decision value for the target analyte.
A transport device for transporting sacks or bags, comprising at least one transport element extending in the transport direction (z), which lies on a bottom of the sack or bag, and a counter position against which the transport element presses the sack or bag by means of a pressing force, characterized in that the transport element comprises cutouts, recesses or depressions, so that the pressing force is reduced at these points in at least one region of the bottom , and/or that elongated elevations or nubs arranged in series, are provided on the transport element, so that only with said elongated elevations or nubs can the sack or bag be pressed by means of a pressing force against the counter position. that the transport element comprises cutouts, recesses or depressions, so that the pressing force is reduced at these points in at least one region of the bottom , and/or that elongated elevations or nubs arranged in series, are provided on the transport element, so that only with said elongated elevations or nubs can the sack or bag be pressed by means of a pressing force against the counter position.
A method for manufacturing a closed-loop cable, said cable comprising a center and metal strands wound in a helix around said center, wherein the two ends of said cable are connected in splice areas in which splice knots are formed using the ends of each of said strands, which are next inserted inside said cable after having locally removed the center, each splice area next being overmolded using a polymer.
An appliance configured to contact tissue, comprising: (a) a tissue interface portion comprising a viscoelastic foam that exibits a tack configured to provide a tissue contact surface of the appliance, wherein the viscoelastic foam has a level of tack measured using the Standard Test Method for Pressure-Sensitive Tack of Adhesives ASTM D2979-16 between about 0.5 and about 9 mJ/cm 2 , a Shore A of about 10 or less and preferably a Shore 00 durometer of about 30 or less, more preferably of about 20 or less, and still more preferably of about 10 or less, as measured using the Standard Test Method for Rubber Property -Durometer Hardness ASTM D2240-15; a density (specific gravity) of about 0.9 g/cm 3 or less; an elastic (storage) modulus between about 1 kPa and about 15 kPa ; a viscous (loss) modulus of between about 0.8 kPa and about 7 kPa; and (b) a non-contacting portion configured to support the tissue interface portion and to be separated from the tissue by the tissue interface portion. (a) a tissue interface portion comprising a viscoelastic foam that exibits a tack configured to provide a tissue contact surface of the appliance, wherein the viscoelastic foam has a level of tack measured using the Standard Test Method for Pressure-Sensitive Tack of Adhesives ASTM D2979-16 between about 0.5 and about 9 mJ/cm 2 , a Shore A of about 10 or less and preferably a Shore 00 durometer of about 30 or less, more preferably of about 20 or less, and still more preferably of about 10 or less, as measured using the Standard Test Method for Rubber Property -Durometer Hardness ASTM D2240-15; a density (specific gravity) of about 0.9 g/cm 3 or less; an elastic (storage) modulus between about 1 kPa and about 15 kPa ; a viscous (loss) modulus of between about 0.8 kPa and about 7 kPa; and a density (specific gravity) of about 0.9 g/cm 3 or less; an elastic (storage) modulus between about 1 kPa and about 15 kPa ; a viscous (loss) modulus of between about 0.8 kPa and about 7 kPa; and (b) a non-contacting portion configured to support the tissue interface portion and to be separated from the tissue by the tissue interface portion.
A Bluetooth speaker with a broadcasting mode configured to work in a normal mode as a standalone speaker playing music by default when turned on; and when switching into the broadcasting mode: play a broadcaster role of a master mode when successfully paired with a smart device with Advanced Audio Distribution Profile, A2DP, audio streaming, wherein as long as the smart device continues to play music, the speaker reproduces and rebroadcasts the audio streaming to multiple salve Bluetooth speakers; and play a receiver role of a slave mode when either not paired with any smart device or paired with smart device without any audio streaming, wherein the Bluetooth speaker is configured to automatically switch its role from the slave mode to the master mode when there is the A2DP audio stream coming in and to automatically switch its role from the master mode to the slave mode when the A2DP audio stream stops. work in a normal mode as a standalone speaker playing music by default when turned on; and when switching into the broadcasting mode: play a broadcaster role of a master mode when successfully paired with a smart device with Advanced Audio Distribution Profile, A2DP, audio streaming, wherein as long as the smart device continues to play music, the speaker reproduces and rebroadcasts the audio streaming to multiple salve Bluetooth speakers; and play a receiver role of a slave mode when either not paired with any smart device or paired with smart device without any audio streaming, wherein the Bluetooth speaker is configured to automatically switch its role from the slave mode to the master mode when there is the A2DP audio stream coming in and to automatically switch its role from the master mode to the slave mode when the A2DP audio stream stops. play a broadcaster role of a master mode when successfully paired with a smart device with Advanced Audio Distribution Profile, A2DP, audio streaming, wherein as long as the smart device continues to play music, the speaker reproduces and rebroadcasts the audio streaming to multiple salve Bluetooth speakers; and play a receiver role of a slave mode when either not paired with any smart device or paired with smart device without any audio streaming, wherein the Bluetooth speaker is configured to automatically switch its role from the slave mode to the master mode when there is the A2DP audio stream coming in and to automatically switch its role from the master mode to the slave mode when the A2DP audio stream stops.
A method for preparing a compound of formula (A): or a salt or solvate thereof, comprising the steps of: (a) carboxylating a compound of formula (E) or a salt thereof: under reaction conditions sufficient to form a compound of formula (D) or a hydrate, solvate, or salt thereof: (b) chlorinating a compound of formula (D) or a hydrate, solvate or salt thereof under reaction conditions sufficient to form a compound of formula (B) or a salt thereof: and (c) contacting a compound of formula (B) or a salt thereof with a compound of formula (C) or a salt thereof: under reaction conditions sufficient to yield a compound of formula (A). (a) carboxylating a compound of formula (E) or a salt thereof: under reaction conditions sufficient to form a compound of formula (D) or a hydrate, solvate, or salt thereof: (b) chlorinating a compound of formula (D) or a hydrate, solvate or salt thereof under reaction conditions sufficient to form a compound of formula (B) or a salt thereof: and (c) contacting a compound of formula (B) or a salt thereof with a compound of formula (C) or a salt thereof: under reaction conditions sufficient to yield a compound of formula (A).
A lung tumor detection device comprising: an electronic device programmed to: receive a plurality of images of a patient, wherein each image shows a lung tumor and a diaphragm in different locations, wherein the plurality of images have been acquired using an imaging modality other than ultrasound imaging; perform a mesh fit operation to fit a mesh to the lung in each of the plurality of images of the patient to generate a plurality of simulation phase fitted meshes representing the geometry of the diaphragm in different locations; determine a relationship assigning a location of the lung tumor to each mesh of the plurality of simulation phase fitted meshes; receive an ultrasound image ; and determine a current location of a lung tumor using the received ultrasound image , without detecting the lung tumor in the received ultrasound image, by comparing the diaphragm imaged in the ultrasound image with the plurality of simulation phase fitted meshes for identifying a most similar simulation phase fitted mesh, and determining the current location of the lung tumor using the determined relationship assigning a location of the lung tumor to each mesh of the plurality of simulation phase fitted meshes. receive a plurality of images of a patient, wherein each image shows a lung tumor and a diaphragm in different locations, wherein the plurality of images have been acquired using an imaging modality other than ultrasound imaging; perform a mesh fit operation to fit a mesh to the lung in each of the plurality of images of the patient to generate a plurality of simulation phase fitted meshes representing the geometry of the diaphragm in different locations; determine a relationship assigning a location of the lung tumor to each mesh of the plurality of simulation phase fitted meshes; receive an ultrasound image ; and determine a current location of a lung tumor using the received ultrasound image , without detecting the lung tumor in the received ultrasound image, by comparing the diaphragm imaged in the ultrasound image with the plurality of simulation phase fitted meshes for identifying a most similar simulation phase fitted mesh, and determining the current location of the lung tumor using the determined relationship assigning a location of the lung tumor to each mesh of the plurality of simulation phase fitted meshes.
A hose trolley comprising: a frame defining a central axis (X-X'), wherein the frame includes: a handle ; a support stand ; and one or more wheels ; a hose reel housed with the frame along the central axis (X-X'), wherein the support stand allows to support the hose trolley on a level surface (S); and a ground support element ; the hose trolley has at least an operating position and a driving position, and wherein the ground support element is rotatably connected to the hose trolley , wherein in the driving position, the hose trolley is supported on the level surface (S) by the wheels , whereby the hose trolley is movable on the level surface (S) in the driving position; characterized in that: in the operating position, the hose trolley is supported on the level surface (S) by the support stand and the ground support element such that the ground support element allows the rotation of the hose trolley with respect to the level surface (S) in a turning direction (T) substantially parallel to the level surface (S). a frame defining a central axis (X-X'), wherein the frame includes: a handle ; a support stand ; and one or more wheels ; a handle ; a support stand ; and one or more wheels ; a hose reel housed with the frame along the central axis (X-X'), wherein the support stand allows to support the hose trolley on a level surface (S); and a ground support element ; the hose trolley has at least an operating position and a driving position, and wherein the ground support element is rotatably connected to the hose trolley , wherein in the driving position, the hose trolley is supported on the level surface (S) by the wheels , whereby the hose trolley is movable on the level surface (S) in the driving position;
Device to form closed packages , comprising: - a base plate to support the base or the gable of the packages , - at least two support elements to support the side surfaces or the front surface and the rear surface of the packages , and - at least two sliding elements to form the side surfaces or the front surface and the rear surface of the packages , - wherein the support elements and the sliding elements have on their side facing the package at least one forming surface (24, 24', 24"), and - wherein at least one of the forming surfaces (24, 24', 24") is curved at least in sections, characterised in that the sliding elements are movably connected to the base plate . - a base plate to support the base or the gable of the packages , - at least two support elements to support the side surfaces or the front surface and the rear surface of the packages , and - at least two sliding elements to form the side surfaces or the front surface and the rear surface of the packages , - wherein the support elements and the sliding elements have on their side facing the package at least one forming surface (24, 24', 24"), and - wherein at least one of the forming surfaces (24, 24', 24") is curved at least in sections,
A cutting tip for a swing-type saw comprising a plurality of abrasive particles for cutting a workpiece while swinging, wherein: at least some of the abrasive particles are arranged in the form of abrasive particle groups ; each abrasive particle group is constituted by at least two abrasive particles ; the abrasive particles of each abrasive particle group at least overlap in a first direction corresponding in use to a direction of cutting; ones of the abrasive particle groups are adjacent and the distance between the adjacent ones of the abrasive particle groups in the first direction is 5 times or more than the size of the abrasive particles 2; the abrasive particles of each abrasive particle group are not in contact with each other; and the distance between adjacent ones of the abrasive particles constituting each abrasive particle group in a second direction, perpendicular to the first direction and parallel to the through-thickness direction, an offset in a width direction, is 50% or less of the size of the abrasive particles , characterized in that : the distance between adjacent ones of the abrasive particles constituting each abrasive particle group is 3 times or less than the size of the abrasive particles . at least some of the abrasive particles are arranged in the form of abrasive particle groups ; each abrasive particle group is constituted by at least two abrasive particles ; the abrasive particles of each abrasive particle group at least overlap in a first direction corresponding in use to a direction of cutting; ones of the abrasive particle groups are adjacent and the distance between the adjacent ones of the abrasive particle groups in the first direction is 5 times or more than the size of the abrasive particles 2; the abrasive particles of each abrasive particle group are not in contact with each other; and the distance between adjacent ones of the abrasive particles constituting each abrasive particle group in a second direction, perpendicular to the first direction and parallel to the through-thickness direction, an offset in a width direction, is 50% or less of the size of the abrasive particles ,