mhurhangee/patent-ind-claim-en huggingface dataset:
A computer optimized method of electric field treatment planning of a target tissue site, the method comprising: (a) obtaining an image of the target tissue site and storing the image in a computer unit, (b) determining a volume of the target tissue site and inputting into the computer unit one or more electric properties of the target tissue site, (c) the computer unit using the volume and the one or more electric properties of the target tissue site to: (i) determine an optimal number of electrodes to treat the target tissue site with electric fields, the optimal number of electrodes being one or more than one electrode, each electrode having one or more contacts, (ii) determine an optimal placement of the optimal number of electrodes determined in (i) within the target tissue site, and (iii) determine optimal voltages and phase shifts of each of the contacts of the optimal number of electrodes determined in (i) at the optimal placement determined in (ii)that results in a prescribed time average electric field coverage of the entire target tissue site, wherein the electric field is a dynamically oriented electric filed. (a) obtaining an image of the target tissue site and storing the image in a computer unit, (b) determining a volume of the target tissue site and inputting into the computer unit one or more electric properties of the target tissue site, (c) the computer unit using the volume and the one or more electric properties of the target tissue site to: (i) determine an optimal number of electrodes to treat the target tissue site with electric fields, the optimal number of electrodes being one or more than one electrode, each electrode having one or more contacts, (ii) determine an optimal placement of the optimal number of electrodes determined in (i) within the target tissue site, and (iii) determine optimal voltages and phase shifts of each of the contacts of the optimal number of electrodes determined in (i) at the optimal placement determined in (ii)that results in a prescribed time average electric field coverage of the entire target tissue site, wherein the electric field is a dynamically oriented electric filed. (i) determine an optimal number of electrodes to treat the target tissue site with electric fields, the optimal number of electrodes being one or more than one electrode, each electrode having one or more contacts, (ii) determine an optimal placement of the optimal number of electrodes determined in (i) within the target tissue site, and (iii) determine optimal voltages and phase shifts of each of the contacts of the optimal number of electrodes determined in (i) at the optimal placement determined in (ii)that results in a prescribed time average electric field coverage of the entire target tissue site, wherein the electric field is a dynamically oriented electric filed.
A composition for use in treatment of a gastrointestinal spasm in a subject, the composition comprising: a polyphenol combined with a reactive oxygen species; wherein the polyphenol has a molecular weight ranging from 170 Daltons to 4000 Daltons; the reactive oxygen species comprises hydrogen peroxide; and the gastrointestinal spasms are caused by gastroenteritis, lactose intolerance, flatulence, bloating, stress or colorectal cancer, or are self-induced through overeating and/or overdrinking. a polyphenol combined with a reactive oxygen species; wherein the polyphenol has a molecular weight ranging from 170 Daltons to 4000 Daltons; the reactive oxygen species comprises hydrogen peroxide; and the gastrointestinal spasms are caused by gastroenteritis, lactose intolerance, flatulence, bloating, stress or colorectal cancer, or are self-induced through overeating and/or overdrinking.
Method for diagnosing cancer associated with the formation of fusion genes in a subject, chosen from leukaemia, sarcoma or carcinoma, said method comprising an RT-MLPA step on a biological sample obtained from said subject using at least probe pairs chosen from: - the probes SEQ ID NO: 1 to 25, 30, 31 and 113 to 120 for diagnosing leukaemia, and/or - the probes SEQ ID NO: 374 to 405 for diagnosing sarcoma, and/or - the probes SEQ ID NO: 524 to 559 for diagnosing carcinoma, each of the probes being fused, at at least one end, with a priming sequence; said probe pair consisting of two probes hybridising side by side during the RT-MLPA step. - the probes SEQ ID NO: 1 to 25, 30, 31 and 113 to 120 for diagnosing leukaemia, and/or - the probes SEQ ID NO: 374 to 405 for diagnosing sarcoma, and/or - the probes SEQ ID NO: 524 to 559 for diagnosing carcinoma,
Cleaning system for cleaning a sensor window of an optical sensing device of a motor vehicle, the system comprising a housing module for cooperating with the sensing device, comprising a window opening, that defines a sensor window plane, for receiving therein the sensor window of the optical sensing device; a wiper module including a wiper for wiping the sensor window; a drive module, having a rotary output organ; and a kinematic transformer module interconnected between the drive module and the wiper module and configured for transforming a rotation of the rotary output organ of the drive module so as to drive the wiper in a cyclic wiper trajectory, characterized in that the cyclic wiper trajectory comprises a wiping section in which the wiper is driven substantially in the sensor window plane so as to wipe the sensor window, and a non-wiping section in which the wiper is driven at a distance away from the sensor window plane without wiping the sensor window. a housing module for cooperating with the sensing device, comprising a window opening, that defines a sensor window plane, for receiving therein the sensor window of the optical sensing device; a wiper module including a wiper for wiping the sensor window; a drive module, having a rotary output organ; and a kinematic transformer module interconnected between the drive module and the wiper module and configured for transforming a rotation of the rotary output organ of the drive module so as to drive the wiper in a cyclic wiper trajectory, characterized in that the cyclic wiper trajectory comprises a wiping section in which the wiper is driven substantially in the sensor window plane so as to wipe the sensor window, and a non-wiping section in which the wiper is driven at a distance away from the sensor window plane without wiping the sensor window.
A point cloud image generator comprising: a three-dimensional point cloud generating unit to generate three-dimensional point cloud data on the basis of a measured value at each of a plurality of irradiation points, the three-dimensional point cloud data being a piece of data representing a three-dimensional coordinate value of each of the plurality of irradiation points, and the measured value being obtained by irradiating a surrounding object with a laser from a laser scanner mounted on a measuring vehicle and measuring a bearing and a distance to each of the plurality of irradiation points; and a two-dimensional projection unit to perform two-dimensional projection processing on the three-dimensional point cloud data on the basis of a viewpoint position and a gaze direction, and generate a point cloud image, wherein the point cloud image includes a measurement position mark representing a position of the measuring vehicle at the time of measurement characterized by a position estimation unit to estimate a three-dimensional coordinate value of an estimated position, which is a position of the measuring vehicle when the point cloud image is displayed, by using measurement position data representing a three-dimensional coordinate value of the measuring vehicle at the time of measurement, and generate estimated position data representing the three-dimensional coordinate value being estimated, wherein the two-dimensional projection unit performs the two-dimensional projection processing on an estimated position mark representing the estimated position by using the estimated position data being generated, and generates an image including a three-dimensional point cloud, the measurement position mark , and the estimated position mark as the point cloud image.
A bale collection system for receiving and storing a bale , the bale collection system comprising: a baler having a rear aperture through which a bale may be ejected; a trough defining a storage bay sized to receive one or more bales therein, wherein the trough (82"") is coupled to the baler and movable with respect thereto between a first position, where no bale is positioned within the storage bay , and a second position where at least a portion of a bale is positioned within the storage bay , and wherein the first position is different than the second position; and a resistance element operatively coupled to the trough and configured to at least partially control the movement of the trough between the first and second positions, wherein the trough moves between the first position, where the trough is positioned a first distance from the rear aperture , and the second position, where the trough is positioned a second distance from the rear aperture greater than the first distance, characterized in that the motion of trough with respect to the baler and a damping force provided by the resistance element causes the trough to dissipate at least a portion of the kinetic energy of a bale as it exits the rear aperture . a baler having a rear aperture through which a bale may be ejected; a trough defining a storage bay sized to receive one or more bales therein, wherein the trough (82"") is coupled to the baler and movable with respect thereto between a first position, where no bale is positioned within the storage bay , and a second position where at least a portion of a bale is positioned within the storage bay , and wherein the first position is different than the second position; and a resistance element operatively coupled to the trough and configured to at least partially control the movement of the trough between the first and second positions, wherein the trough moves between the first position, where the trough is positioned a first distance from the rear aperture , and the second position, where the trough is positioned a second distance from the rear aperture greater than the first distance, characterized in that the motion of trough with respect to the baler and a damping force provided by the resistance element causes the trough to dissipate at least a portion of the kinetic energy of a bale as it exits the rear aperture .
A connector having: - a connector housing , wherein the connector housing has a contact element receptacle and a plurality of contact element receiving openings which are separated from each other by at least one crosspiece , - at least one electrical contact element which is arranged in the contact element receptacle and which is mounted with an end region in at least one contact element bearing region , wherein the contact element bearing region is configured in the crosspiece facing the contact element receptacle , the crosspiece is configured as an edge region of the connector housing and the contact element bearing region is configured around at least one of the contact element receiving openings , and wherein at least one complementary contact element can be inserted through the contact element receiving opening into the contact element receptacle at least in certain areas along an insertion direction (E), whereby an electrical contact can be produced between the at least one contact element and the at least one complementary contact element ; - a closing element which is displaceably arranged relative to the connector housing along the insertion direction (E) at least in certain areas in the contact element receptacle and, in an initial position, closes the at least one contact element receiving opening . - a connector housing , wherein the connector housing has a contact element receptacle and a plurality of contact element receiving openings which are separated from each other by at least one crosspiece , - at least one electrical contact element which is arranged in the contact element receptacle and which is mounted with an end region in at least one contact element bearing region , wherein the contact element bearing region is configured in the crosspiece facing the contact element receptacle , the crosspiece is configured as an edge region of the connector housing and the contact element bearing region is configured around at least one of the contact element receiving openings , and wherein at least one complementary contact element can be inserted through the contact element receiving opening into the contact element receptacle at least in certain areas along an insertion direction (E), whereby an electrical contact can be produced between the at least one contact element and the at least one complementary contact element ; - a closing element which is displaceably arranged relative to the connector housing along the insertion direction (E) at least in certain areas in the contact element receptacle and, in an initial position, closes the at least one contact element receiving opening .
Device for parallel dispensing of a print medium onto a substrate , in particular for producing one or more conductor tracks on a semiconductor substrate , with a printing unit which comprises a multitude of dispenser nozzles for simultaneous discharge of the print medium , and a driving means formed to generate a relative movement between the printing unit and the substrate in a movement direction , wherein at least a first dispenser nozzle and a second dispenser nozzle are arranged spaced apart from one another transversely in relation to the movement direction , characterized in that the first dispenser nozzle and a third dispenser nozzle of the printing unit are arranged spaced apart from one another along a common first longitudinal axis at a first nozzle spacing , wherein the first longitudinal axis runs parallel to the movement direction .
An electronic assembly comprising a base carrier structure having a cavity formed therein, a cover carrier structure , and an electronic component being disposed within the cavity and being connected electrically and/or thermally both with the cover carrier structure and with the base carrier structure , wherein the base carrier structure is made at least partially from a printed circuit board , wherein the printed circuit board is a circuit board comprising at least one dielectric layer and at least one structured metallic plane for thermally connecting the electronic component , characterized in that the structured metallic plane represents an antenna structure. a base carrier structure having a cavity formed therein, a cover carrier structure , and an electronic component being disposed within the cavity and being connected electrically and/or thermally both with the cover carrier structure and with the base carrier structure , wherein the base carrier structure is made at least partially from a printed circuit board , wherein the printed circuit board is a circuit board comprising at least one dielectric layer and at least one structured metallic plane for thermally connecting the electronic component , characterized in that the structured metallic plane represents an antenna structure.
A polymer-flavonoid conjugate, wherein said polymer is conjugated specifically at the C2' position of the B ring of said flavonoid via a thiol linker, wherein the polymer is hyaluronic acid, and wherein the flavonoid is (-)-epigallocatechin-3-gallate (EGCG).
A scroll compressor comprising: a fixed scroll including a fixed scroll wrap ; and a movable scroll including a movable scroll wrap , wherein the fixed scroll wrap includes: a fixed spiral portion having a spiral shape; and a fixed arcuate portion having an arcuate shape, the fixed arcuate portion being smaller in radius of curvature than the fixed spiral portion, the movable scroll wrap includes: a movable spiral portion having a spiral shape; and a movable arcuate portion having an arcuate shape, the movable arcuate portion being smaller in radius of curvature than the movable spiral portion, an arcuate portion side surface clearance (GA) is defined by a smallest one of an interstice between the movable spiral portion and the fixed arcuate portion , an interstice between the fixed spiral portion and the movable arcuate portion , and an interstice between the fixed arcuate portion and the movable arcuate portion , a spiral portion side surface clearance (GI) is defined by an interstice between the fixed spiral portion and the movable spiral portion that are in the closest proximity to each other, characterised in that , the arcuate portion side surface clearance (GA) is larger than the spiral portion side surface clearance (GI). a fixed scroll including a fixed scroll wrap ; and a movable scroll including a movable scroll wrap , wherein the fixed scroll wrap includes: a fixed spiral portion having a spiral shape; and a fixed arcuate portion having an arcuate shape, the fixed arcuate portion being smaller in radius of curvature than the fixed spiral portion, a fixed spiral portion having a spiral shape; and a fixed arcuate portion having an arcuate shape, the fixed arcuate portion being smaller in radius of curvature than the fixed spiral portion, the movable scroll wrap includes: a movable spiral portion having a spiral shape; and a movable arcuate portion having an arcuate shape, the movable arcuate portion being smaller in radius of curvature than the movable spiral portion, a movable spiral portion having a spiral shape; and a movable arcuate portion having an arcuate shape, the movable arcuate portion being smaller in radius of curvature than the movable spiral portion, an arcuate portion side surface clearance (GA) is defined by a smallest one of an interstice between the movable spiral portion and the fixed arcuate portion , an interstice between the fixed spiral portion and the movable arcuate portion , and an interstice between the fixed arcuate portion and the movable arcuate portion , a spiral portion side surface clearance (GI) is defined by an interstice between the fixed spiral portion and the movable spiral portion that are in the closest proximity to each other, characterised in that , the arcuate portion side surface clearance (GA) is larger than the spiral portion side surface clearance (GI).
An orthopaedic surgical instrument system , comprising: a tibial bearing trial including (i) an inferior surface , (ii) a superior surface opposite the inferior surface and having a pair of curved bearing surfaces formed therein, (iii) a sidewall extending between the inferior surface and the superior surface , and (iv) a channel formed in the inferior surface , wherein (a) a posterior end of the channel is defined by an opening formed in a posterior section of the sidewall , (b) an anterior end of the channel is defined by a rounded sidewall so as to define a round cavity, and (c) medial and lateral sides of the channel are defined by a pair of deflectable flanges , and a tibial base trial removeably coupled to the trial insert trial, the tibial base trial including (i) a plate configured to be positioned on a surgically-prepared proximal end of a patient's tibia, and (ii) a post extending outwardly from a superior surface of the plate , wherein the post is captured in the round cavity of the channel of the tibial bearing trial so as to allow the tibial bearing trial to rotate relative to the tibial base trial , but prevent movement of the tibial bearing trial in an inferior-superior direction relative to the tibial base trial ; characterized in that each of the pair of deflectable flanges has a cam lobe formed therein, and the cam lobes extend inwardly into the channel toward one another. a tibial bearing trial including (i) an inferior surface , (ii) a superior surface opposite the inferior surface and having a pair of curved bearing surfaces formed therein, (iii) a sidewall extending between the inferior surface and the superior surface , and (iv) a channel formed in the inferior surface , wherein (a) a posterior end of the channel is defined by an opening formed in a posterior section of the sidewall , (b) an anterior end of the channel is defined by a rounded sidewall so as to define a round cavity, and (c) medial and lateral sides of the channel are defined by a pair of deflectable flanges , and a tibial base trial removeably coupled to the trial insert trial, the tibial base trial including (i) a plate configured to be positioned on a surgically-prepared proximal end of a patient's tibia, and (ii) a post extending outwardly from a superior surface of the plate , wherein the post is captured in the round cavity of the channel of the tibial bearing trial so as to allow the tibial bearing trial to rotate relative to the tibial base trial , but prevent movement of the tibial bearing trial in an inferior-superior direction relative to the tibial base trial ; characterized in that each of the pair of deflectable flanges has a cam lobe formed therein, and the cam lobes extend inwardly into the channel toward one another.
A refrigeration facility including a refrigeration device , which is configured to cool an interior of a storage chamber and has an evaporator configured to allow air inside the storage chamber to pass through, the refrigeration facility comprising: a condensate treatment unit including a condensate collection unit configured to collect condensate water generated by the evaporator and a condensate disposal unit configured to dispose condensate water from the condensate collection unit ; and a corrosive gas detector installed in the condensate treatment unit and configured to detect corrosive gas in the air inside the storage chamber based on the properties of the condensate water, wherein the refrigeration device is a container refrigeration device including a casing mounted to a container , the condensate disposal unit is a drain hose connected to the condensate collection unit , the drain hose has a part at a condensate disposal side located in an external storage space (S1), which is formed in the casing so as to house refrigerant circuit components of the refrigeration device , and characterized in that the corrosive gas detector is installed in the condensate disposal unit , wherein the corrosive gas detector is installed in the drain hose at a location inside the external storage space (S1). a condensate treatment unit including a condensate collection unit configured to collect condensate water generated by the evaporator and a condensate disposal unit configured to dispose condensate water from the condensate collection unit ; and a corrosive gas detector installed in the condensate treatment unit and configured to detect corrosive gas in the air inside the storage chamber based on the properties of the condensate water, wherein the refrigeration device is a container refrigeration device including a casing mounted to a container , the condensate disposal unit is a drain hose connected to the condensate collection unit , the drain hose has a part at a condensate disposal side located in an external storage space (S1), which is formed in the casing so as to house refrigerant circuit components of the refrigeration device , and characterized in that the corrosive gas detector is installed in the condensate disposal unit , wherein the corrosive gas detector is installed in the drain hose at a location inside the external storage space (S1).