mhurhangee/ep-ind-claims huggingface dataset:
Connecting module for a syringe with a first connecting component, which has a first fluid channel and a first contact surface, a second connecting component, which has a second fluid channel and a second contact surface, wherein one of the two contact surfaces is formed as an inner surface and the other of the two contact surfaces is formed as an outer surface which is complementary to the inner surface, wherein the connecting module further comprises a receiving sleeve with a first threaded section and a first connecting device for the first connecting component, the first connecting component has a second connecting device (57, 58), which interacts with the first connecting device in such a way that the first connecting component is detachably connected to the receiving sleeve, wherein the second connecting component has a second threaded section which is complementary to the first threaded section and by screwing the two threaded sections (55, 56), the two fluid channels are connected to each other and the first contact surface of the first connecting component is brought into contact in a sealing manner with the second contact surface of the second connecting component, and wherein on unscrewing the two threaded sections (55, 56), the receiving sleeve exerts a force via the two connecting devices (53, 57, 58) to the first connecting component which moves the first contact surface away from the second contact surface, wherein one of the two connecting devices (51, 57, 58) has a retaining groove and the other of the two connecting devices (53, 57, 58) has a projection (57, 58) which, in the screwed-in state, projects into the retaining groove, characterized in that the receiving sleeve has a through hole with an inner wall, wherein the first connecting device has the retaining groove which is formed in the inner wall, the second connecting device (57, 58) has two projections (57, 58) spaced apart from each other, which project in each case in a direction radial to the first fluid channel, and the receiving sleeve, at its first end facing away from the second connecting component, has, for each projection (57, 58), a recess (61, 62) which extends from the first end to the retaining groove, with the result that the first connecting component can be inserted via the recesses (61, 62) into the retaining groove.
A nonionic amphiphilic polymer composition polymerized from a monomer composition comprising: (i) at least one hydrophilic monomer, (ii) at least one hydrophobic monomer, and (iii) 0.01 to 5 wt.% of at least one amphiphilic crosslinking agent containing more than one unsaturated moieties. (i) at least one hydrophilic monomer, (ii) at least one hydrophobic monomer, and (iii) 0.01 to 5 wt.% of at least one amphiphilic crosslinking agent containing more than one unsaturated moieties.
A cardiopulmonary resuscitation training apparatus comprising: a mannequin including a body and a head; a compression plate provided in a chest area of the body to generate a return force; and a display portion configured to display a state of the mannequin and blood circulation movement in a light emitting line using a light emitting diode, characterized in that the light emitting line including a luminous body of LED are provided in the mannequin in an order of the body,the head, and the body of the mannequin and to display blood movement in arteries from a heart to the head, in that the light emitting line includes, heart lines (41, 42) provided in a heart part of the body, and emitting light when a user compresses the compression plate; and a first light emitting line from the body to the head, a second light emitting line (44, 45) circulating from left to right in the head, and a third light emitting line from the head to the body, and the first light emitting line, the second light emitting line (44, 45), and the third light emitting line show LED circulation which indicates blood circulation in an order of the body, the head, and the body based on the compression strength and the compression rate of the compression plate. a mannequin including a body and a head; a compression plate provided in a chest area of the body to generate a return force; and a display portion configured to display a state of the mannequin and blood circulation movement in a light emitting line using a light emitting diode, characterized in that the light emitting line including a luminous body of LED are provided in the mannequin in an order of the body,the head, and the body of the mannequin and to display blood movement in arteries from a heart to the head, in that the light emitting line includes, heart lines (41, 42) provided in a heart part of the body, and emitting light when a user compresses the compression plate; and a first light emitting line from the body to the head, a second light emitting line (44, 45) circulating from left to right in the head, and a third light emitting line from the head to the body, and the first light emitting line, the second light emitting line (44, 45), and the third light emitting line show LED circulation which indicates blood circulation in an order of the body, the head, and the body based on the compression strength and the compression rate of the compression plate.
A cartridge for an aerosol-generating system, the cartridge comprising: a housing having a mouth end opening and an air inlet; a storage compartment within the housing and configured to contain a liquid aerosol-forming substrate; an air flow passage extending from the air inlet to the mouth end opening; a fluid permeable aerosol-generating element within the housing and having a first surface and a second surface opposing the first surface, the second surface being in fluid communication with the storage compartment; and a removable seal having a seal portion and a tab portion in connection with the seal portion, the seal portion positioned in the air flow passage over the first surface of the fluid permeable aerosol-generating element, and the tab portion extending outwardly from the housing through the air inlet. a housing having a mouth end opening and an air inlet; a storage compartment within the housing and configured to contain a liquid aerosol-forming substrate; an air flow passage extending from the air inlet to the mouth end opening; a fluid permeable aerosol-generating element within the housing and having a first surface and a second surface opposing the first surface, the second surface being in fluid communication with the storage compartment; and a removable seal having a seal portion and a tab portion in connection with the seal portion, the seal portion positioned in the air flow passage over the first surface of the fluid permeable aerosol-generating element, and the tab portion extending outwardly from the housing through the air inlet.
Rotating device for a vehicle seat with a rotating unit, a mounting flange arranged on the rotating unit and a device for attaching the rotating unit onto a vehicle seat frame, wherein the device consists of a base plate for connecting to the vehicle seat frame, wherein on the vehicle seat frame the rotating unit and/or a seat can be arranged, characterised in that on the base plate a hook-like suspension bracket is provided which is configured to grip under a crossbar on the vehicle seat frame in the mounted state.
A surgical kit for pelvic surgery comprising: - an injectable first hydrogel composition selected from an injectable preformed hydrogel composition, an injectable hydrogel precursor composition, and an injectable plug; - a second composition having a solid polymeric composition in the form of a sheet or a strip, configured to be applied onto the surface of support tissue to temporarily or permanently increase the strength of the support tissue; - an injection device; - a graft configured to be attached to the support tissue and to another structure in the body. - an injectable first hydrogel composition selected from an injectable preformed hydrogel composition, an injectable hydrogel precursor composition, and an injectable plug; - a second composition having a solid polymeric composition in the form of a sheet or a strip, configured to be applied onto the surface of support tissue to temporarily or permanently increase the strength of the support tissue; - an injection device; - a graft configured to be attached to the support tissue and to another structure in the body.
An interface unit for a thermal network, the interface unit comprising: an interface unit heat exchanger; a plurality of refrigerant pipes (58a, 58b, 58c, 60); a plurality of intercept valves (62a, 62b, 62c, 62d) engagable with a piping circuit of a thermal network; and a controller associated with the plurality of intercept valves; the plurality of refrigerant pipes (58a, 58b, 58c, 60) defining at least two different refrigerant flow paths across the interface unit heat exchanger, the at least two different refrigerant flow paths being selectively activatable by the controller controlling a status of the plurality of intercept valves (62a, 62b, 62c, 62d), and characterised in that a first said refrigerant pipe is provided as a sub-cooling refrigerant inlet pipe, a second said refrigerant pipe is provided as a multi-stage refrigerant inlet pipe, a third said refrigerant pipe is provided as a heat-recovery refrigerant inlet pipe, and a fourth said refrigerant pipe is provided as a refrigerant outlet pipe, the said first, second and third refrigerant pipes (58a, 58b, 58c) respectively defining a sub-cooling refrigerant flow path, a multi-stage refrigerant flow path, and a heat-recovery flow path through the interface unit heat exchanger and out of the said fourth refrigerant pipe. an interface unit heat exchanger; a plurality of refrigerant pipes (58a, 58b, 58c, 60); a plurality of intercept valves (62a, 62b, 62c, 62d) engagable with a piping circuit of a thermal network; and a controller associated with the plurality of intercept valves; the plurality of refrigerant pipes (58a, 58b, 58c, 60) defining at least two different refrigerant flow paths across the interface unit heat exchanger, the at least two different refrigerant flow paths being selectively activatable by the controller controlling a status of the plurality of intercept valves (62a, 62b, 62c, 62d), and characterised in that a first said refrigerant pipe is provided as a sub-cooling refrigerant inlet pipe, a second said refrigerant pipe is provided as a multi-stage refrigerant inlet pipe, a third said refrigerant pipe is provided as a heat-recovery refrigerant inlet pipe, and a fourth said refrigerant pipe is provided as a refrigerant outlet pipe, the said first, second and third refrigerant pipes (58a, 58b, 58c) respectively defining a sub-cooling refrigerant flow path, a multi-stage refrigerant flow path, and a heat-recovery flow path through the interface unit heat exchanger and out of the said fourth refrigerant pipe.
A lifter system (1, 1') for being worn by a user to lift an object, the lifter system comprising: a harness for encircling at least part of a torso of the user; a buckle connected to the harness at a central portion of the harness that is for placement at or near a lower, central region of the torso; a central lifter strap having a first end and a main portion connected to the buckle in such a way that the first end and the main portion both extend away from the buckle and the main portion extends underneath the object in use; characterised in that the lifter system comprises right and left arm loops, each comprising an arm aperture for receiving right and left forearms of the user, respectively, the arm loops being operatively connected to the buckle to lift the buckle and the central lifter strap upward when the user lifts the right and left forearms. a harness for encircling at least part of a torso of the user; a buckle connected to the harness at a central portion of the harness that is for placement at or near a lower, central region of the torso; a central lifter strap having a first end and a main portion connected to the buckle in such a way that the first end and the main portion both extend away from the buckle and the main portion extends underneath the object in use; characterised in that the lifter system comprises right and left arm loops, each comprising an arm aperture for receiving right and left forearms of the user, respectively, the arm loops being operatively connected to the buckle to lift the buckle and the central lifter strap upward when the user lifts the right and left forearms.
A medical probe having a contact force sensor, the contact force sensor comprising: an elastic element having first and second ends; a transmitter, coupled to the first end and configured to transmit signals in a given range of frequencies; one or more receiving antennas coupled to the second end and configured to receive the signals; and one or more narrow-band amplifiers, which have a pass-band that matches the given range of frequencies and which are configured to amplify the signals received by the one or more receiving antennas, respectively. an elastic element having first and second ends; a transmitter, coupled to the first end and configured to transmit signals in a given range of frequencies; one or more receiving antennas coupled to the second end and configured to receive the signals; and one or more narrow-band amplifiers, which have a pass-band that matches the given range of frequencies and which are configured to amplify the signals received by the one or more receiving antennas, respectively.
A bioactive composition for killing cells, which comprises at least a first and a second half-element, wherein the half-elements are in electrically conductive contact with each other at least with their respective surfaces in such a way that short-circuit elements are formed in the presence of water and oxygen, wherein the first half-element comprises at least one semiconducting compound of at least one transition metal element which has several oxidation states and permits a change of oxidation states via catalytically active centres, so that oxygen is reduced at the first half-element and active oxygen species are formed, and wherein the second half-element comprises at least one electrically conductive silver semiconductor which accepts electrons emitted by the cells or organic matter, characterised in that the transition metal compound of the first half-element comprises ruthenium which is present in one or both of the oxidation states VI and IV.
A method for manufacturing a plurality of plates (202a, 202b, 202c) for use in a device for obtaining a skin graft, said method comprising the steps of: obtaining a plurality of plates (202a, 202b, 202c), at least one of said plates (202a, 202b, 202c) comprising a substantially uniform thickness; and forming a plurality of openings in said plates (202a, 202b, 202c) such that the openings align upon stacking said plates (202a, 202b, 202c); forming a plurality of coupling members in at least one of said plates (202a, 202b, 202c), wherein said coupling members do not alter said uniform thickness; characterized in that said coupling members provide a frangible linkage between at least two of said plates (202a, 202b, 202c). obtaining a plurality of plates (202a, 202b, 202c), at least one of said plates (202a, 202b, 202c) comprising a substantially uniform thickness; and forming a plurality of openings in said plates (202a, 202b, 202c) such that the openings align upon stacking said plates (202a, 202b, 202c); forming a plurality of coupling members in at least one of said plates (202a, 202b, 202c), wherein said coupling members do not alter said uniform thickness; characterized in that said coupling members provide a frangible linkage between at least two of said plates (202a, 202b, 202c).
Machine of a spinning line for textile processing, such as a carding machine, having a first and second side distanced in a transversal direction, provided with a casing comprising: - a first panel sliding on one of said sides along a longitudinal sliding axis; - a guide system able to support said first sliding panel in a longitudinal direction so as to slide to permit optimal access to the components internal to the casing - a second panel sliding longitudinally on the same side of the first sliding panel; characterized in that the guide system is suitable to support said first sliding panel in a longitudinal and transversal direction so as to slide to permit the at least partial longitudinal overlapping of the second panel with the first panel. - a first panel sliding on one of said sides along a longitudinal sliding axis; - a guide system able to support said first sliding panel in a longitudinal direction so as to slide to permit optimal access to the components internal to the casing - a second panel sliding longitudinally on the same side of the first sliding panel; characterized in that the guide system is suitable to support said first sliding panel in a longitudinal and transversal direction so as to slide to permit the at least partial longitudinal overlapping of the second panel with the first panel.
Device for ventilation, consisting of at least a mask body that separates an interior space from an exterior space, a section for sealing the device against parts of a patient's face, fastening elements for positioning the device on the patient's head, and a connection for the supply of respiratory gas, as well as a forehead support used to rest the device against the patient's forehead, featuring a forehead support bearing arm, whereby the support bearing arm has guide grooves and the mask body has a permanently attached forehead support shaft, wherein the forehead support shaft and the forehead support bearing arm are connected by two retaining elements arranged on the forehead support bearing arm and pivoted in the forehead support shaft and where the forehead support bearing arm is narrower than the forehead support shaft, characterized by the fact that the adjustment is performed by moving an adjusting element in the form of a slider in an extended movement, wherein the slider reaches over the stationary forehead support shaft and wherein the slider has guide elements that reach into the guide grooves in the forehead support bearing arm, moving it forwards and backwards when it is adjusted.
A method of producing a diffusion alloyed powder, suitable to be used for compaction and sintering, comprising a total content of copper and nickel of at most 20% by weight, wherein the copper content is above 4.0wt% and the ratio between copper and nickel is between 9/1 and 3/1, said powder consisting of an iron or iron-based core powder having particles of an alloying powder containing copper and nickel bonded to the surface of the core powder particles, comprising - providing a unitary alloying powder, of which the separate particles contain both Cu and Ni,-said unitary alloying powder having a particle size distribution such that D50 is less than 15 μm, - mixing the unitary alloying powder with the core powder, and - heating the mixed powders in a non-oxidizing or reducing atmosphere to a temperature of 500-1000 °C during a period of 10-120 minutes to convert the alloying powder into a copper and nickel containing alloy, by diffusion bonding particles of the copper and nickel alloying powder to the surface of the iron or iron-based core powder. - providing a unitary alloying powder, of which the separate particles contain both Cu and Ni,-said unitary alloying powder having a particle size distribution such that D50 is less than 15 μm, - mixing the unitary alloying powder with the core powder, and - heating the mixed powders in a non-oxidizing or reducing atmosphere to a temperature of 500-1000 °C during a period of 10-120 minutes to convert the alloying powder into a copper and nickel containing alloy, by diffusion bonding particles of the copper and nickel alloying powder to the surface of the iron or iron-based core powder.
A monitoring system for a traffic control system, the traffic control system including a plurality of traffic lights (301 to 305), the monitoring system comprising: an inbound interface component configured to receive a stream of sensor data from a plurality of statically mounted visual sensors (201 to 205) wherein each visual sensor is configured to capture light signals of at least one of the traffic lights and each traffic light is sensed by at least one of the visual sensors, the received sensor data including a current signal status of each traffic light; an analytics component configured to predict at least one future signal status for each traffic light of the plurality of traffic lights based on the use of a machine learning algorithm applied to current signal status data and previously received signal status data, the at least one future signal status including the expected point in time when the current signal status will switch from the current to the at least one future signal status; and an outbound status provisioning component configured to send at least one message (M1, M2, M3) to a vehicle (401, 402, 403), wherein the at least one message includes the current signal status and the at least one future signal status of at least one traffic light (302, 303, 304), the sent message configured to influence the operation of the vehicle. an inbound interface component configured to receive a stream of sensor data from a plurality of statically mounted visual sensors (201 to 205) wherein each visual sensor is configured to capture light signals of at least one of the traffic lights and each traffic light is sensed by at least one of the visual sensors, the received sensor data including a current signal status of each traffic light; an analytics component configured to predict at least one future signal status for each traffic light of the plurality of traffic lights based on the use of a machine learning algorithm applied to current signal status data and previously received signal status data, the at least one future signal status including the expected point in time when the current signal status will switch from the current to the at least one future signal status; and an outbound status provisioning component configured to send at least one message (M1, M2, M3) to a vehicle (401, 402, 403), wherein the at least one message includes the current signal status and the at least one future signal status of at least one traffic light (302, 303, 304), the sent message configured to influence the operation of the vehicle.