mhurhangee/patent-ind-claim-en huggingface dataset:
Slipring module assembly comprising a slipring module and a first holder and/or a second holder , the slipring module having a cylindrical shape around a center axis and having a first end and a second end opposing to the first end, and comprising: - a slipring module body , the body comprising at least an electrically insulating material, - at least one sliding track , the at least one sliding track comprising an electrically conductive material, characterized in, that a) the slipring module has a first radial groove at the first end , and the first holder is fitting to the first end of the slipring module , and the first holder comprises a plurality of fingers reaching into the first radial groove when attached to the slipring module , the fingers locking the first holder to the module , and/or b) the slipring module has a second radial groove at the second end and the second holder is fitting to the second end of the slipring module , and the second holder comprises a plurality of fingers reaching into the second radial groove when attached to the slipring module , the fingers locking the second holder to the module . the slipring module having a cylindrical shape around a center axis and having a first end and a second end opposing to the first end, and comprising: - a slipring module body , the body comprising at least an electrically insulating material, - at least one sliding track , the at least one sliding track comprising an electrically conductive material, - a slipring module body , the body comprising at least an electrically insulating material, - at least one sliding track , the at least one sliding track comprising an electrically conductive material, characterized in, that a) the slipring module has a first radial groove at the first end , and the first holder is fitting to the first end of the slipring module , and the first holder comprises a plurality of fingers reaching into the first radial groove when attached to the slipring module , the fingers locking the first holder to the module , and/or b) the slipring module has a second radial groove at the second end and the second holder is fitting to the second end of the slipring module , and the second holder comprises a plurality of fingers reaching into the second radial groove when attached to the slipring module , the fingers locking the second holder to the module . a) the slipring module has a first radial groove at the first end , and the first holder is fitting to the first end of the slipring module , and the first holder comprises a plurality of fingers reaching into the first radial groove when attached to the slipring module , the fingers locking the first holder to the module , and/or b) the slipring module has a second radial groove at the second end and the second holder is fitting to the second end of the slipring module , and the second holder comprises a plurality of fingers reaching into the second radial groove when attached to the slipring module , the fingers locking the second holder to the module .
A cosmetic product comprising: a) a liquid cosmetic preparation containing, based on the total weight thereof, a1) 70 to 99 wt.% of polar solvent; a2) at least 0.1 wt.% care component; b) a device for flash evaporation of the cosmetic preparation a), comprising b1) a container defining a closed interior in which the cosmetic preparation can be received, b2) a valve or a similarly functioning closure element for closing and opening the interior of the container which is at least partly filled with the cosmetic preparation a), b3) a heating device for heating the cosmetic preparation a) located in the closed interior of the container under increased pressure to temperatures above the ambient temperature in such a way that a pressure above the ambient pressure is produced in the container, and for releasing, under reduced pressure, the heated cosmetic preparation a) that is under increased pressure from the interior of the container into the surroundings, b4) a nozzle which allows atomization of the cosmetic preparation a) escaping from the container. a) a liquid cosmetic preparation containing, based on the total weight thereof, a1) 70 to 99 wt.% of polar solvent; a2) at least 0.1 wt.% care component; a1) 70 to 99 wt.% of polar solvent; a2) at least 0.1 wt.% care component; b) a device for flash evaporation of the cosmetic preparation a), comprising b1) a container defining a closed interior in which the cosmetic preparation can be received, b2) a valve or a similarly functioning closure element for closing and opening the interior of the container which is at least partly filled with the cosmetic preparation a), b3) a heating device for heating the cosmetic preparation a) located in the closed interior of the container under increased pressure to temperatures above the ambient temperature in such a way that a pressure above the ambient pressure is produced in the container, and for releasing, under reduced pressure, the heated cosmetic preparation a) that is under increased pressure from the interior of the container into the surroundings, b4) a nozzle which allows atomization of the cosmetic preparation a) escaping from the container. b1) a container defining a closed interior in which the cosmetic preparation can be received, b2) a valve or a similarly functioning closure element for closing and opening the interior of the container which is at least partly filled with the cosmetic preparation a), b3) a heating device for heating the cosmetic preparation a) located in the closed interior of the container under increased pressure to temperatures above the ambient temperature in such a way that a pressure above the ambient pressure is produced in the container, and for releasing, under reduced pressure, the heated cosmetic preparation a) that is under increased pressure from the interior of the container into the surroundings, b4) a nozzle which allows atomization of the cosmetic preparation a) escaping from the container.
A non-transitory computer readable medium having instructions stored thereon that, when executed by a processor , cause the processor to select an actionable item displayed in a graphical user interface on a mobile computer system with a touchscreen , the selecting comprising: detecting a first gesture on a lower portion of the touchscreen, the first gesture ending at a first position, the lower portion having a predetermined height above a bottom edge of the touchscreen; in response to detecting the first gesture, activating a single-handed operation mode; determining a sequence of actionable items for a foreground application executing on the processor; detecting a second gesture on the touchscreen, the second gesture beginning at the first position and ending at a second position; in response to detecting the second gesture, highlighting one of the actionable items of the sequence based on the second position; detecting a third gesture on the touchscreen; and in response to detecting a release at the second position as the third gesture, selecting the highlighted actionable item for processing by the foreground application and de-activating the single-handed operation mode. detecting a first gesture on a lower portion of the touchscreen, the first gesture ending at a first position, the lower portion having a predetermined height above a bottom edge of the touchscreen; in response to detecting the first gesture, activating a single-handed operation mode; determining a sequence of actionable items for a foreground application executing on the processor; detecting a second gesture on the touchscreen, the second gesture beginning at the first position and ending at a second position; in response to detecting the second gesture, highlighting one of the actionable items of the sequence based on the second position; detecting a third gesture on the touchscreen; and in response to detecting a release at the second position as the third gesture, selecting the highlighted actionable item for processing by the foreground application and de-activating the single-handed operation mode.
A FASTENING NUT, of the type used in the automobile industry for fixing panels and accessories thereto, said nut being formed by a surface or base of the type having, extending downwardly therefrom, spring elements , the lateral force of which suitable for retaining a fixing plate by means of their tension against openings or slits which pass through said fixing plate ; said flexible spring elements consisting of two downwardly extending legs (9 and 9'), an inner leg and an outer leg, which have a common end , characterized in that said spring elements are arranged in pairs next to each other along the same plane for each slit , with their outer legs suitable for pressing against the short edges of the grooves or slits of said fixing plate , the outer legs suitable for exerting a double lateral force in a direction which is transverse to the direction of insertion of the nut.
A cutting tool for cutting a tubular, the cutting tool comprising: a tool housing having a longitudinal axis; a tool head having a longitudinal axis and being rotationally mounted to the tool housing ; a cutting element located within the tool head , wherein the cutting element defines a cutting profile and is rotationally fixed to the tool head ; a first drive mechanism operable to rotate the tool head; and a second drive mechanism operable to control the displacement of the cutting element radially with respect to a surface to be cut, wherein; the first and second drive mechanisms are independently powered; and characterised in that : the first and second drive mechanisms are independently powered by a first drive motor and a second drive motor respectively; the tool head further comprises a cutting element holder , which is rotationally fixed to the tool head by means of screws , wherein the cutting element holder defines a recess in which the cutting element is received, and wherein the cutting element holder defines an aperture which permits engagement of the cutting element with a gear arrangement via the aperture to control the movement of the cutting element such that the cutting element can advance or retract under the action of the second drive motor . a tool housing having a longitudinal axis; a tool head having a longitudinal axis and being rotationally mounted to the tool housing ; a cutting element located within the tool head , wherein the cutting element defines a cutting profile and is rotationally fixed to the tool head ; a first drive mechanism operable to rotate the tool head; and a second drive mechanism operable to control the displacement of the cutting element radially with respect to a surface to be cut, wherein; the first and second drive mechanisms are independently powered; the first and second drive mechanisms are independently powered by a first drive motor and a second drive motor respectively; the tool head further comprises a cutting element holder , which is rotationally fixed to the tool head by means of screws , wherein the cutting element holder defines a recess in which the cutting element is received, and wherein the cutting element holder defines an aperture which permits engagement of the cutting element with a gear arrangement via the aperture to control the movement of the cutting element such that the cutting element can advance or retract under the action of the second drive motor .
An electronic device comprising: a housing , a flexible substrate , a coil module in the housing , and the coil module including a loop coil wound in a planar shape on a first side of the flexible substrate , and the coil module further including a sheet-shaped magnetic sheet which is formed of a magnetic material and which overlaps with only a first part of the loop coil , a further internal structure of the housing which is a part different from the coil module , wherein in the coil module , a second part of the loop coil different from the first part overlaps with the internal structure of the housing such that the magnetic sheet is provided in a position that does not overlap with the internal structure on a loop coil surface side that overlaps with the internal structure, wherein in the coil module , one side of the loop coil extending from a center of the loop coil is formed in a position that does not overlap with the internal structure and the magnetic sheet overlaps with the one side of the loop coil , and wherein both the magnetic sheet and the internal structure are arranged on a second side of the flexible substrate different from the first side of the flexible substrate . a housing , a flexible substrate , a coil module in the housing , and the coil module including a loop coil wound in a planar shape on a first side of the flexible substrate , and the coil module further including a sheet-shaped magnetic sheet which is formed of a magnetic material and which overlaps with only a first part of the loop coil , a further internal structure of the housing which is a part different from the coil module , wherein in the coil module , a second part of the loop coil different from the first part overlaps with the internal structure of the housing such that the magnetic sheet is provided in a position that does not overlap with the internal structure on a loop coil surface side that overlaps with the internal structure, wherein in the coil module , one side of the loop coil extending from a center of the loop coil is formed in a position that does not overlap with the internal structure and the magnetic sheet overlaps with the one side of the loop coil , and wherein both the magnetic sheet and the internal structure are arranged on a second side of the flexible substrate different from the first side of the flexible substrate .
A method for reducing interference in a drug assay due to the presence of an anti-drug antibody (ADA) in a biological sample, the method comprising: contacting the sample with an excess amount of an ADA to saturate free drug and form drug / ADA complexes; contacting the drug / ADA complexes with polyethylene glycol (PEG), to form a precipitate comprising drug / ADA complexes; contacting the precipitate with a basic solution to dissociate the drug / ADA complexes; immobilizing the dissociated drug on a substrate; and performing the drug assay, to thereby reduce interference from the ADA, wherein the biological sample is selected from the group consisting of lymph node tissue, spleen tissue, bone marrow, and an immunoglobulin enriched fraction derived from lymph node tissue, spleen tissue, or bone marrow. contacting the sample with an excess amount of an ADA to saturate free drug and form drug / ADA complexes; contacting the drug / ADA complexes with polyethylene glycol (PEG), to form a precipitate comprising drug / ADA complexes; contacting the precipitate with a basic solution to dissociate the drug / ADA complexes; immobilizing the dissociated drug on a substrate; and performing the drug assay, to thereby reduce interference from the ADA, wherein the biological sample is selected from the group consisting of lymph node tissue, spleen tissue, bone marrow, and an immunoglobulin enriched fraction derived from lymph node tissue, spleen tissue, or bone marrow.
Device for accommodating a boot on a sliding device , the accommodating device comprising: - a seat extending in a longitudinal direction (X) from a rear end to a front end , and width-wise from a first edge to a second edge in a transverse direction (Y), the seat having an upper surface on which the boot comes to bear; - a hoop which is secured to the seat , the hoop being self-supporting and positioned at the rear end of the seat, the hoop supporting a first bearing face that is designed to cooperate directly with a rear part of the boot when the latter is received in the accommodating device , - a first link secured to the seat , the first link connecting the first edge to the second edge , at the front end of the seat , the first link supporting a second bearing face that is designed to cooperate directly with a front part of the boot when the latter is received in the accommodating device , - a second link that is mounted so as to be able to pivot with respect to the seat , about a transverse axis, the second link being provided with a holding surface that is designed to come into contact with the ankle of the boot , according to which the first link and/or the hoop is/are elastically deformable such that, when the boot is received in the accommodating device , the boot is held tightly between the first bearing face and the second bearing face by virtue of the elastic return force of the first link and/or of the hoop , characterized in that the accommodating device further comprises a stop which ensures that the second link, when it tips forward, is positioned in a stable fitting configuration for which the holding surface is placed essentially opposite the ankle of the boot . - a seat extending in a longitudinal direction (X) from a rear end to a front end , and width-wise from a first edge to a second edge in a transverse direction (Y), the seat having an upper surface on which the boot comes to bear; - a hoop which is secured to the seat , the hoop being self-supporting and positioned at the rear end of the seat, the hoop supporting a first bearing face that is designed to cooperate directly with a rear part of the boot when the latter is received in the accommodating device , - a first link secured to the seat , the first link connecting the first edge to the second edge , at the front end of the seat , the first link supporting a second bearing face that is designed to cooperate directly with a front part of the boot when the latter is received in the accommodating device , - a second link that is mounted so as to be able to pivot with respect to the seat , about a transverse axis, the second link being provided with a holding surface that is designed to come into contact with the ankle of the boot ,
A pharmaceutical composition comprising an anti-CD38 antibody and a hyaluronidase, wherein: a) the antibody comprises a heavy chain variable region (VH) of SEQ ID NO: 4 and a light chain variable region (VL) of SEQ ID NO: 5; and b) the composition comprises about 1,800 mg of the anti-CD38 antibody and from about 30,000 U to about 45,000 U of the hyaluronidase. a) the antibody comprises a heavy chain variable region (VH) of SEQ ID NO: 4 and a light chain variable region (VL) of SEQ ID NO: 5; and b) the composition comprises about 1,800 mg of the anti-CD38 antibody and from about 30,000 U to about 45,000 U of the hyaluronidase.
A method for implementing alternative routes in optical transmission network of Wavelength Switched Optical Network, WSON, comprising: a step of dividing a route to be queried to generate subsegments based on must-be-passed-through network resources of a constraining condition; a step of computing the alternative routes of each subsegment independently based on the constraining condition distributed by a managing plane; a step of combining the computed alternative routes of each subsegment to form complete alternative routes, characterized in that the step of combining the computed alternative routes of each subsegment further comprises a process of screening the computed alternative routes of each subsegment so that no repetitive node and no repetitive link exist within any one of the combined complete alternative routes, wherein said constraining condition comprises the must-be-passed-through network resources and must-be-avoided network resources, said must-be-avoided network resources comprising must-be-avoided nodes, wherein the step of computing the alternative routes of each subsegment independently based on the constraining condition distributed by the managing plane comprises taking source nodes and destination nodes of the subsegments other than the computed subsegments as the must-be-avoided nodes. a step of dividing a route to be queried to generate subsegments based on must-be-passed-through network resources of a constraining condition; a step of computing the alternative routes of each subsegment independently based on the constraining condition distributed by a managing plane; a step of combining the computed alternative routes of each subsegment to form complete alternative routes, characterized in that the step of combining the computed alternative routes of each subsegment further comprises a process of screening the computed alternative routes of each subsegment so that no repetitive node and no repetitive link exist within any one of the combined complete alternative routes, wherein said constraining condition comprises the must-be-passed-through network resources and must-be-avoided network resources, said must-be-avoided network resources comprising must-be-avoided nodes, wherein the step of computing the alternative routes of each subsegment independently based on the constraining condition distributed by the managing plane comprises taking source nodes and destination nodes of the subsegments other than the computed subsegments as the must-be-avoided nodes.
A method of measuring flow of a component of an oil and gas wellbore fluid stream wherein the method comprises: a. installing a flowmeter in a production tube of the wellbore , the flowmeter comprising: - an electromagnetic source capable of transmitting electromagnetic waves , - a temperature probe ; b. selecting an electromagnetic wave having a predetermined wavelength that is absorbed by a component that is expected to be present in the fluid; c. heating the component by irradiating with the electromagnetic source the fluid stream with the electromagnetic wave having the wavelength that is absorbed by the component expected to be present in the fluid; d. sensing with the temperature probe a temperature of the fluid stream downstream of where the fluid stream is being irradiated; e. detecting when the temperature of the fluid stream downstream of where the fluid stream is being irradiated increases due to heating with the electromagnetic wave ; f. estimating a velocity of the component expected to be present in the flow based on a distance between where the fluid stream is being irradiated and where the temperature of the fluid stream is being detected and a time of heating of step (c) and a time of detecting of step (e); characterized in that the method comprises: g. estimating a flow quantity of the component based on an amplitude of a temperature response. a. installing a flowmeter in a production tube of the wellbore , the flowmeter comprising: - an electromagnetic source capable of transmitting electromagnetic waves , - a temperature probe ; - an electromagnetic source capable of transmitting electromagnetic waves , - a temperature probe ; b. selecting an electromagnetic wave having a predetermined wavelength that is absorbed by a component that is expected to be present in the fluid; c. heating the component by irradiating with the electromagnetic source the fluid stream with the electromagnetic wave having the wavelength that is absorbed by the component expected to be present in the fluid; d. sensing with the temperature probe a temperature of the fluid stream downstream of where the fluid stream is being irradiated; e. detecting when the temperature of the fluid stream downstream of where the fluid stream is being irradiated increases due to heating with the electromagnetic wave ; f. estimating a velocity of the component expected to be present in the flow based on a distance between where the fluid stream is being irradiated and where the temperature of the fluid stream is being detected and a time of heating of step (c) and a time of detecting of step (e); g. estimating a flow quantity of the component based on an amplitude of a temperature response.