mhurhangee/ep-ind-claims huggingface dataset:
A system comprising a plurality of medical devices communicatively coupled to a remote server, wherein: each of the plurality of medical devices comprises one or more processing devices configured to: control a treatment module (54/16) associated with the respective one of the plurality of medical devices to apply a medical treatment; collect compliance information that reflects a patient's compliance with a treatment regimen involving the medical treatment applied by the treatment module; and send the collected compliance information with a device identifier identifying the respective one of the plurality of medical devices to the remote server; and the remote server system comprises one or more processing devices configured to: receive the compliance information and the device identifier from the medical device; determine a patient identifier based on the device identifier; store the compliance information associated with the patient identifier; and provide access to the compliance information to one or more users in response to the one or more users submitting an inquiry associated with the patient identifier to the remote server system. each of the plurality of medical devices comprises one or more processing devices configured to: control a treatment module (54/16) associated with the respective one of the plurality of medical devices to apply a medical treatment; collect compliance information that reflects a patient's compliance with a treatment regimen involving the medical treatment applied by the treatment module; and send the collected compliance information with a device identifier identifying the respective one of the plurality of medical devices to the remote server; and control a treatment module (54/16) associated with the respective one of the plurality of medical devices to apply a medical treatment; collect compliance information that reflects a patient's compliance with a treatment regimen involving the medical treatment applied by the treatment module; and send the collected compliance information with a device identifier identifying the respective one of the plurality of medical devices to the remote server; and the remote server system comprises one or more processing devices configured to: receive the compliance information and the device identifier from the medical device; determine a patient identifier based on the device identifier; store the compliance information associated with the patient identifier; and provide access to the compliance information to one or more users in response to the one or more users submitting an inquiry associated with the patient identifier to the remote server system. receive the compliance information and the device identifier from the medical device; determine a patient identifier based on the device identifier; store the compliance information associated with the patient identifier; and provide access to the compliance information to one or more users in response to the one or more users submitting an inquiry associated with the patient identifier to the remote server system.
A method comprising: detecting a temperature of a medical fluid in tubing using a non-invasive fluid temperature sensor; transmitting the detected temperature of the medical fluid to a control unit; detecting a temperature of ambient air using an ambient air temperature sensor; transmitting the detected temperature of the ambient air to the control unit; and using the control unit to calculate a corrected medical fluid temperature based on the detected temperatures of the medical fluid and the ambient air, characterized in that calculating the corrected medical fluid temperature comprises referencing a look-up table that provides a corrected medical fluid temperature for each of multiple different combinations of detected temperatures of medical fluid and detected temperatures of ambient air. detecting a temperature of a medical fluid in tubing using a non-invasive fluid temperature sensor; transmitting the detected temperature of the medical fluid to a control unit; detecting a temperature of ambient air using an ambient air temperature sensor; transmitting the detected temperature of the ambient air to the control unit; and using the control unit to calculate a corrected medical fluid temperature based on the detected temperatures of the medical fluid and the ambient air, characterized in that calculating the corrected medical fluid temperature comprises referencing a look-up table that provides a corrected medical fluid temperature for each of multiple different combinations of detected temperatures of medical fluid and detected temperatures of ambient air.
A process for preparing fipronil, said process comprising the following steps: a. oxidizing, without the use of phase transfer catalyst, in a solvent selected from the group consisting of ethylene dichloride, methylene dichloride, carbon tetrachloride, chloroform, dibromoethane, bromobenzene, chlorobenzene and ortho-dichlorobenzene, a reactant mixture containing a compound 5-amino-1-(2,6-dichloro-4-trifluoromethylphenyl)-3-cyano-4-trifluoromethylthio-pyrazole and concentrated sulfuric acid having concentration in the range of 75% to 98% w/w, with hydrogen peroxide having concentration in the range 40 to 70% w/w, at a temperature in the range of -10 °C to 40 °C to obtain an oxidized product mixture; b. quenching said product mixture by slowly adding said mixture to chilled water at a temperature in the range of 10 to 25 °C; c. heating the quenched product mixture at a temperature in the range of 60 to 70 °C to obtain a biphasic system containing an aqueous phase containing sulphuric acid and an organic phase containing the oxidized product; d. isolating said organic phase by separating the aqueous phase; e. neutralizing the isolated organic phase containing the oxidized product to obtain crude fipronil; and f. crystallizing the crude fipronil to obtain crystallized fipronil, wherein said crystallization is performed in the same solvent used in said step a). a. oxidizing, without the use of phase transfer catalyst, in a solvent selected from the group consisting of ethylene dichloride, methylene dichloride, carbon tetrachloride, chloroform, dibromoethane, bromobenzene, chlorobenzene and ortho-dichlorobenzene, a reactant mixture containing a compound 5-amino-1-(2,6-dichloro-4-trifluoromethylphenyl)-3-cyano-4-trifluoromethylthio-pyrazole and concentrated sulfuric acid having concentration in the range of 75% to 98% w/w, with hydrogen peroxide having concentration in the range 40 to 70% w/w, at a temperature in the range of -10 °C to 40 °C to obtain an oxidized product mixture; b. quenching said product mixture by slowly adding said mixture to chilled water at a temperature in the range of 10 to 25 °C; c. heating the quenched product mixture at a temperature in the range of 60 to 70 °C to obtain a biphasic system containing an aqueous phase containing sulphuric acid and an organic phase containing the oxidized product; d. isolating said organic phase by separating the aqueous phase; e. neutralizing the isolated organic phase containing the oxidized product to obtain crude fipronil; and f. crystallizing the crude fipronil to obtain crystallized fipronil, wherein said crystallization is performed in the same solvent used in said step a).
A cartridge or a member to which a cartridge is mountable, said cartridge or member being mountable to a recording apparatus and comprising a casing (20a, 20b, 20c) and an electrode unit being provided in the casing (20a, 20b, 20c), wherein the electrode unit has a plurality of pad electrodes (33; 43), characterized in that the electrode unit is rotatable relative to the casing (20a, 20b, 20c) in a plane parallel to the plurality of pad electrodes (3; 43). wherein the electrode unit has a plurality of pad electrodes (33; 43), characterized in that the electrode unit is rotatable relative to the casing (20a, 20b, 20c) in a plane parallel to the plurality of pad electrodes (3; 43).
A latch release device for a vehicle door, comprising an electric actuator that can exert power for latch release for releasing a latched state of a door, a latch mechanism that is equipped with an actuating member for latch release that is actuated in response to input of a mechanical latch release operating force, enables release of a latched state of the door in response to the actuating member for latch release being actuated by at least a predetermined amount, and enables release of the latched state of the door also by actuation of the electric actuator, an operating member for latch release that enables normal operation by a vehicle user for actuating the electric actuator and emergency operation by a vehicle user so as to input a mechanical latch release operating force into the actuating member for latch release so that the amount of actuation becomes at least a predetermined amount, latch release intention detection means that detects that the operating member for latch release has been subjected to normal operation and actuates the electric actuator, and a child lock mechanism that is attached to the latch mechanism and disables latch release of the latch mechanism even by normal operation or emergency operation of the operating member for latch release, characterized in that the child lock mechanism is arranged so as to switch between linking and unlinking the actuating member for latch release and a mechanical operating force input member to which a mechanical latch release operating force is transmitted from the operating member for latch release, and the latch release intention detection means is disposed on the latch mechanism so as to detect actuation of the actuating member for latch release.
An intervertebral implant comprising: an upper endplate (480, 570) comprising a first upper endplate portion and a second upper endplate portion; a lower endplate (485, 580) comprising a first lower endplate portion and a second lower endplate portion; an actuator assembly (445, 520) disposed between the upper endplate (480, 570) and the lower endplate (485, 580), the actuator assembly (445, 520) being configured to movingly engage front ends of the upper endplate (480, 570) and the lower endplate (485, 580) and also movingly engage rear ends of the upper endplate (480, 570) and the lower endplate (485, 580), wherein the intervertebral implant is configured to first transition from a collapsed configuration having a first width and a first height to a laterally expanded configuration having a second width and then transition to a vertically expanded configuration having a second height, characterized in that the actuator assembly (445, 520) comprises: a front sloped actuator assembly (450, 530) in moving engagement with front ramped surfaces of the first upper endplate portion and the second upper endplate portion; and a rear sloped actuator assembly (455, 540) in moving engagement with rear ramped surfaces of the first upper endplate portion and the second upper endplate portion. an upper endplate (480, 570) comprising a first upper endplate portion and a second upper endplate portion; a lower endplate (485, 580) comprising a first lower endplate portion and a second lower endplate portion; an actuator assembly (445, 520) disposed between the upper endplate (480, 570) and the lower endplate (485, 580), the actuator assembly (445, 520) being configured to movingly engage front ends of the upper endplate (480, 570) and the lower endplate (485, 580) and also movingly engage rear ends of the upper endplate (480, 570) and the lower endplate (485, 580), wherein the intervertebral implant is configured to first transition from a collapsed configuration having a first width and a first height to a laterally expanded configuration having a second width and then transition to a vertically expanded configuration having a second height, characterized in that the actuator assembly (445, 520) comprises: a front sloped actuator assembly (450, 530) in moving engagement with front ramped surfaces of the first upper endplate portion and the second upper endplate portion; and a rear sloped actuator assembly (455, 540) in moving engagement with rear ramped surfaces of the first upper endplate portion and the second upper endplate portion. a front sloped actuator assembly (450, 530) in moving engagement with front ramped surfaces of the first upper endplate portion and the second upper endplate portion; and a rear sloped actuator assembly (455, 540) in moving engagement with rear ramped surfaces of the first upper endplate portion and the second upper endplate portion.
A bicycle, which comprises a chain stay, a rear wheel including a hub, a brake disk with a center hole disposed for the hub to pass through, a positioning member passing through the chain stay, the hub and the center hole to fix the rear wheel and the brake disk on the chain stay, and a bicycle speed sensor, said bicycle speed sensor comprising: a signal transmitter configured to transmit a signal, wherein the signal transmitter is fixedly disposed on a side of the brake disk adjacent to the chain stay and the signal transmitter is adjacent to the hub; and a signal sensor configured to receive the signal; characterized in that the signal sensor is fixedly disposed at a default position of the chain stay, wherein the default position is adjacent to the signal transmitter, and wherein the brake disk includes a groove and the signal transmitter includes a central ring portion and a plurality of extending sensing portions extending outwardly from the central ring portion, wherein the central ring portion is fixedly disposed in the groove. a signal transmitter configured to transmit a signal, wherein the signal transmitter is fixedly disposed on a side of the brake disk adjacent to the chain stay and the signal transmitter is adjacent to the hub; and a signal sensor configured to receive the signal; characterized in that the signal sensor is fixedly disposed at a default position of the chain stay, wherein the default position is adjacent to the signal transmitter, and wherein the brake disk includes a groove and the signal transmitter includes a central ring portion and a plurality of extending sensing portions extending outwardly from the central ring portion, wherein the central ring portion is fixedly disposed in the groove.
A card body for a data carrier, wherein the card body comprises at least a first and a second foil (10, 20), the first foil comprises a first light-conducting areal region of a light conducting material and a first opaque areal region of an opaque material adjoining the first light-conducting areal region, the second foil comprises a second light-conducting areal region of a light conducting material which is adjacent to a second opaque areal region, the first foil and the second foil are arranged areally lying one above the other and the first and the second foil (10, 20) are aligned such that the first light-conducting areal region and the second light-conducting areal region form an overlap region; characterized in that the card body comprises a first cover foil, wherein the first cover foil is configured to be opaque and is arranged above the first foil, and a transition (14, 24) from the first and second light-conducting areal region (11, 21) to the first and second opaque areal region (13, 23) has light-scattering particles, wherein in the card body the first foil and the second foil are aligned with each other in such a way that a longitudinal extension of the first light-conducting areal region crosses a longitudinal extension of the second light-conducting areal region in an overlap region. characterized in that the card body comprises a first cover foil, wherein the first cover foil is configured to be opaque and is arranged above the first foil, and a transition (14, 24) from the first and second light-conducting areal region (11, 21) to the first and second opaque areal region (13, 23) has light-scattering particles, wherein in the card body the first foil and the second foil are aligned with each other in such a way that a longitudinal extension of the first light-conducting areal region crosses a longitudinal extension of the second light-conducting areal region in an overlap region.
An apparatus for mounting a pipe sensor, the apparatus comprising: a pipe with a pipe wall defining an interior, the pipe wall having an outer surface, an inner surface, and a section removed defining a passage from the outer surface through the inner surface to the interior; an insert disposed in the passage, the insert having an outer surface and an inner surface, the inner surface of the insert defining a cavity, the insert being secured in the pipe wall by welding so as to be fastened and sealed to the pipe wall at the outer surface of the insert, the inner surface of the insert having a tapered portion; a sensor having a collar, the sensor being disposed in the cavity of the insert, the sensor being fastened and sealed to the insert, the sensor being exposed to the interior of the pipe and being flush with the inner surface of the pipe wall; and a locking nut engaged with the insert and pressed upon the collar to fasten and seal the sensor to the insert, wherein the insert has a first threaded portion, the locking nut has a second threaded portion, and the second threaded portion threads into the first threaded portion; and wherein the locking nut presses a tapered surface of the sensor against the tapered portion of the insert to form a seal between the sensor and the tapered portion capable of withstanding fluid pressure. a pipe with a pipe wall defining an interior, the pipe wall having an outer surface, an inner surface, and a section removed defining a passage from the outer surface through the inner surface to the interior; an insert disposed in the passage, the insert having an outer surface and an inner surface, the inner surface of the insert defining a cavity, the insert being secured in the pipe wall by welding so as to be fastened and sealed to the pipe wall at the outer surface of the insert, the inner surface of the insert having a tapered portion; a sensor having a collar, the sensor being disposed in the cavity of the insert, the sensor being fastened and sealed to the insert, the sensor being exposed to the interior of the pipe and being flush with the inner surface of the pipe wall; and a locking nut engaged with the insert and pressed upon the collar to fasten and seal the sensor to the insert, wherein the insert has a first threaded portion, the locking nut has a second threaded portion, and the second threaded portion threads into the first threaded portion; and
An ostomy wafer comprising a backing layer (14, 116, 216), a skin barrier (12, 110, 112, 312), and an inlet opening (20, 120, 224) for receiving a stoma, wherein the skin barrier is formed from at least one skin barrier material, and the backing layer is laminated to a distal surface of the skin barrier, wherein the at least one skin barrier material is a hydrocolloid adhesive, characterised in that the skin barrier includes a skin contact layer and an inner layer, wherein at least one skin friendly ingredient is dispersed only in the skin contact layer, wherein the at least one skin friendly ingredient (18, 118, 218, 318, 418) is selected from vitamin E, ceramide, cholesterol, fatty acids, micro-pockets of pH buffers, and anti-wrinkle agents.
Indicator dressing, in particular for placing upon a wound, with a carrier element, which is provided, at least in regions, with marker materials, which, in a specifically microbiological contamination, changes its color, characterized in that - a placement side of the carrier element is designed by a biocompatible monofilament fabric made of monofilament threads during placing upon the wound. - in that the marker materials (22, 24, 26, 28) are applied in the form of letters and/or numbers. - in that a first marker material is provided, which, in a first specifically microbiological contamination, changes the color, and - in that at least a second marker material (24, 26, 28) is provided, which changes the color in a second specifically microbiological contamination, which differs from the first microbiological contamination in regard of type and amount of the contamination. - a placement side of the carrier element is designed by a biocompatible monofilament fabric made of monofilament threads during placing upon the wound. - in that the marker materials (22, 24, 26, 28) are applied in the form of letters and/or numbers. - in that a first marker material is provided, which, in a first specifically microbiological contamination, changes the color, and - in that at least a second marker material (24, 26, 28) is provided, which changes the color in a second specifically microbiological contamination, which differs from the first microbiological contamination in regard of type and amount of the contamination.
A vacuum cementation system comprising at least one cement powder cartridge and a container-opening system, wherein the container-opening system comprises at least one container for at least one liquid and/or at least one powder, a static opening device and an outlet opening for applying a negative pressure, wherein, when a negative pressure is being applied, the opening device is mobile with respect to at least a portion of the container and the vacuum cementation system comprises a means for connecting the cement powder cartridge to the container, wherein vacuum needed for producing the cement dough with a low bubble content is, in addition, used for automatic opening of the containers, characterised in that the container comprises a flexible wall and the opening device is a mandrel or a blade, wherein the container is arranged in the container-opening system such as to be mobile and/or the wall can be deformed and a pressure difference presses the container or a part of the container onto a static opening device and the differential pressure acts directly and immediately on the mobile container such that the container presses against the container-opening system, wherein the container is a film pouch and one wall of the film pouch touches against the tube forming the outlet opening in gas-tight manner and a mandrel having a blade is arranged on the inside of the tube such that, when a negative pressure is being applied, the film pouch is pulled into the inside of the tube and slit open by the blade of the mandrel.