mhurhangee/patent-ind-claim-en huggingface dataset:
A hearing device comprising a housing being a behind-the-ear housing, a first shell member, wherein the first shell member is a top shell member , and a second shell member, and wherein the second shell member is a base shell member , the first shell member and the second shell member constituting the housing when assembled, wherein the hearing device comprising a chassis provided with attachment structures for attachment of the first shell member and the second shell member to the chassis, and a substrate carrying an electrical component, wherein the chassis comprises a first portion comprising a plate member extending along a first axis (X) and a second portion having a plate member extending along a second axis(Y), and the substrate and a second substrate are arranged parallel to the plate member of the first portion and the second portion respectively, and wherein the first shell member and the second shell member surrounds the chassis when attached to the chassis. a first shell member, wherein the first shell member is a top shell member , and a second shell member, and wherein the second shell member is a base shell member , the first shell member and the second shell member constituting the housing when assembled, wherein the hearing device comprising a chassis provided with attachment structures for attachment of the first shell member and the second shell member to the chassis, and a substrate carrying an electrical component, wherein the chassis comprises a first portion comprising a plate member extending along a first axis (X) and a second portion having a plate member extending along a second axis(Y), and the substrate and a second substrate are arranged parallel to the plate member of the first portion and the second portion respectively, and wherein the first shell member and the second shell member surrounds the chassis when attached to the chassis.
A reciprocal quantum logic (RQL) gate circuit comprising: an input stage having more than two logical inputs (1i, ..., ni; ai, ..., ei) each configured to be asserted based on receiving a positive single flux quantum, SFQ, pulse, the input stage comprising, for each logical input (1i, ..., ni; ai, ..., ei), at least one storage loop (106-1, ..., 106-n) associated with the logical input (1i, ..., ni; ai, ..., ei), each storage loop (106-1, ..., 106-n) comprising at least one input Josephson junction, JJ, at least one inductor, and a logical decision JJ, the logical decision JJ (108, b3_0) being common to all the storage loops (106-1, ..., 106-n) associated with the logical inputs (1i, ..., ni; ai, ...., ei); and an output stage comprising an output Josephson transmission line arranged to amplify an output of the logical decision JJ , and a bias input to the output Josephson transmission line , the bias input being configured to induce a bias current in the logical decision JJ (108, b3_0) based on a bias signal (bias, bias_0) to set a threshold of the input stage, the output stage being configured to assert an output (o, mo) provided by the output Josephson transmission line based on a triggering of the logical decision JJ (108, b3_0) in response to a combination of logical inputs (1i, ..., ni; ai, ..., ei). an input stage having more than two logical inputs (1i, ..., ni; ai, ..., ei) each configured to be asserted based on receiving a positive single flux quantum, SFQ, pulse, the input stage comprising, for each logical input (1i, ..., ni; ai, ..., ei), at least one storage loop (106-1, ..., 106-n) associated with the logical input (1i, ..., ni; ai, ..., ei), each storage loop (106-1, ..., 106-n) comprising at least one input Josephson junction, JJ, at least one inductor, and a logical decision JJ, the logical decision JJ (108, b3_0) being common to all the storage loops (106-1, ..., 106-n) associated with the logical inputs (1i, ..., ni; ai, ...., ei); and an output stage comprising an output Josephson transmission line arranged to amplify an output of the logical decision JJ , and a bias input to the output Josephson transmission line , the bias input being configured to induce a bias current in the logical decision JJ (108, b3_0) based on a bias signal (bias, bias_0) to set a threshold of the input stage, the output stage being configured to assert an output (o, mo) provided by the output Josephson transmission line based on a triggering of the logical decision JJ (108, b3_0) in response to a combination of logical inputs (1i, ..., ni; ai, ..., ei).
An apparatus for a subsea production tree , comprising: a stab body ; at least one inlet/outlet ; and a coupler body positioned around the stab body , characterized by the coupler body being adapted to rotate relative to the stab body , due to the engagement of an orientation key with at least one angled surface , while the production tree and the apparatus are landed out on a wellhead ; the apparatus further comprising at least one hydraulic coupling element positioned on the coupler body ; and at least one coiled tube positioned around the stab body , the at least one coiled tube being in fluid communication with the at least one hydraulic coupling element and the at least one inlet/outlet . a stab body ; at least one inlet/outlet ; and a coupler body positioned around the stab body , characterized by the coupler body being adapted to rotate relative to the stab body , due to the engagement of an orientation key with at least one angled surface , while the production tree and the apparatus are landed out on a wellhead ; the apparatus further comprising at least one hydraulic coupling element positioned on the coupler body ; and at least one coiled tube positioned around the stab body , the at least one coiled tube being in fluid communication with the at least one hydraulic coupling element and the at least one inlet/outlet .
An aerosol spray comprising 1-20 wt% of one or more viable dormant lactic acid bacterial strains, one or more volatile siloxanes and a liquefied gas propellant under pressure, wherein said bacterial strains and said volatile siloxanes form a mixture in the form of a suspension.
A gimbal body for connecting two sections of pipe to each other and accommodating movement of the pipe sections, the gimbal body comprising: a first end part for use in welding the gimbal body to a first pipe section; a first main body attached to the first end part ; a second end part for use in welding the gimbal body to a second pipe section; and a second main body attached to the second end part; wherein: said first main body is attached to the second main body by one or more pivot mechanisms; the first end part is made of a first material; the first main body is made of a second material that is different from the first material; the second end part is made of the first material; and the second main body is made of the second material. a first end part for use in welding the gimbal body to a first pipe section; a first main body attached to the first end part ; a second end part for use in welding the gimbal body to a second pipe section; and a second main body attached to the second end part; wherein: said first main body is attached to the second main body by one or more pivot mechanisms; the first end part is made of a first material; the first main body is made of a second material that is different from the first material; the second end part is made of the first material; and the second main body is made of the second material. said first main body is attached to the second main body by one or more pivot mechanisms; the first end part is made of a first material; the first main body is made of a second material that is different from the first material; the second end part is made of the first material; and the second main body is made of the second material.
A pet pad comprising: a liquid permeable top sheet ; a liquid impermeable back sheet ; an absorbent layer containing charcoal and organic acid , the absorbent layer being disposed between the top sheet and the back sheet ; and a black top side liquid permeable sheet that is disposed on a top sheet side of the absorbent layer, wherein the absorbent layer has an absorbent core including hydrophilic fiber ; characterised in that : the charcoal and the organic acid are disposed on a top sheet side face of the absorbent core ; and the absorbent layer further includes a highly absorbent resin disposed on the top sheet side face of the absorbent core . a liquid permeable top sheet ; a liquid impermeable back sheet ; an absorbent layer containing charcoal and organic acid , the absorbent layer being disposed between the top sheet and the back sheet ; and a black top side liquid permeable sheet that is disposed on a top sheet side of the absorbent layer, wherein the absorbent layer has an absorbent core including hydrophilic fiber ; characterised in that : the charcoal and the organic acid are disposed on a top sheet side face of the absorbent core ; and the absorbent layer further includes a highly absorbent resin disposed on the top sheet side face of the absorbent core . the charcoal and the organic acid are disposed on a top sheet side face of the absorbent core ; and the absorbent layer further includes a highly absorbent resin disposed on the top sheet side face of the absorbent core .
A compound represented by the following Chemical Formula 1: wherein, in Chemical Formula 1, R and R' are each independently hydrogen, an alkyl group having 1 to 10 carbon atoms, an aryl group having 6 to 20 carbon atoms or a cyclic hydrocarbon having 3 to 8 carbon atoms, wherein in the R and R', the alkyl group, the aryl group or the cyclic hydrocarbon optionally have each independently a heteroatom, each x is independently 1 to 50, each y is independently 1 to 100 and each z is independently 1 to 4. R and R' are each independently hydrogen, an alkyl group having 1 to 10 carbon atoms, an aryl group having 6 to 20 carbon atoms or a cyclic hydrocarbon having 3 to 8 carbon atoms, wherein in the R and R', the alkyl group, the aryl group or the cyclic hydrocarbon optionally have each independently a heteroatom, each x is independently 1 to 50, each y is independently 1 to 100 and each z is independently 1 to 4.
A reciprocating linear motion mechanism for a can body maker , comprising: a housing including an internal gear having a first central axis (C1) as a center; a first rotating body located inside the housing and relatively rotatably joined to the housing ; a second rotating body including an external gear having a second central axis (C2) parallel to the first central axis (C1) as a center and meshing with the internal gear and relatively rotatably joined to the first rotating body ; and a ram shaft joining part connected to the second rotating body and configured to be linearly moved in a reciprocating manner in a prescribed direction, characterized in that an air supply path passing through insides of the first rotating body , the second rotating body , and the ram shaft joining part . a housing including an internal gear having a first central axis (C1) as a center; a first rotating body located inside the housing and relatively rotatably joined to the housing ; a second rotating body including an external gear having a second central axis (C2) parallel to the first central axis (C1) as a center and meshing with the internal gear and relatively rotatably joined to the first rotating body ; and a ram shaft joining part connected to the second rotating body and configured to be linearly moved in a reciprocating manner in a prescribed direction, characterized in that an air supply path passing through insides of the first rotating body , the second rotating body , and the ram shaft joining part .
High-voltage bushing having - an internal conductor which extends in a longitudinal direction between a first and a second high-voltage terminal of the high-voltage bushing , - an insulating body which at least partially encloses the internal conductor , wherein the insulating body comprises field-controlling control inserts (27a-e), which are separated from one another by insulating layers (28a-d), in a control insert region , wherein the high-voltage bushing also comprises at least one electrode element which is electrically connected to at least one of the control inserts and is guided axially out of the control insert region , characterized in that the at least one electrode element is cylindrical and/or conical at least in sections and extends in the longitudinal direction of the high-voltage bushing and concentrically in relation to the internal conductor , wherein the at least one electrode element , at its end facing away from the control insert region , has a rounded portion for preventing increases in field strength. - an internal conductor which extends in a longitudinal direction between a first and a second high-voltage terminal of the high-voltage bushing , - an insulating body which at least partially encloses the internal conductor , wherein the insulating body comprises field-controlling control inserts (27a-e), which are separated from one another by insulating layers (28a-d), in a control insert region , wherein the high-voltage bushing also comprises at least one electrode element which is electrically connected to at least one of the control inserts and is guided axially out of the control insert region , characterized in that the at least one electrode element is cylindrical and/or conical at least in sections and extends in the longitudinal direction of the high-voltage bushing and concentrically in relation to the internal conductor , wherein the at least one electrode element , at its end facing away from the control insert region , has a rounded portion for preventing increases in field strength.
A thermal transfer sheet comprising a substrate, a release layer provided on one surface of the substrate, and a transfer layer provided on the release layer, wherein the transfer layer is provided peelably from the release layer, the release layer contains a thermally cured resin and a peeling-force adjusting agent, and a content of the peeling-force adjusting agent is 3% by mass or more and 45% by mass or less on the basis of the total mass of the release layer, wherein the peeling-force adjusting agent is at least one selected from the group of rosin ester resins and polyester resins.
A threaded spindle comprising a drive part which has a longitudinal axis (A) and which is mounted by a first bearing , comprising a threaded part which also has a longitudinal axis (B), and comprising a threaded nut which is mounted by a second bearing (80a; 80b) and in which the threaded part is guided, wherein the drive part and the threaded part are configured as separate parts which in each case are provided with at least one coupling element which are able to be connected or are connected to one another in an articulated manner by being plugged together, so that a mutual radial offset (V) or angle of inclination (a) of the longitudinal axes (A, B) of the drive part and of the threaded part is able to be compensated, characterised in that the coupling elements in each case are configured in the manner of a spline toothing, such that in the plugged-together state both toothings mesh with one another and in that for the plugging together of the drive part and the threaded part a pattern of a plurality of plug-in positions is provided, so that the drive part and the threaded part may be plugged together in positions which are differently radially offset.
A nested Optical Protection Switch, OPS, system comprising N -1 OPS pairs providing protection for N fiber paths where N is a natural number greater than 2, and each OPS pair comprising: a splitter connected to a transmitted input and a path continuity monitor transmitter and configured to receive a path continuity monitor signal from the path continuity monitor transmitter and the transmitted input and to output the transmitted input with the path continuity monitor signal to two paths ; one of the two paths is connected to a transmitted input of the following N-1 OPS pairs, a switch connected to a receiver output and configured to provide one of two receiver inputs each from one of the two paths associated with a complementary OPS based on a setting of the switch ; two path continuity monitor receivers each connected to a corresponding receiver input of the two receiver inputs and configured to detect a corresponding path continuity monitor signal split from a complementary path continuity monitor transmitter associated with a complementary OPS, and an optical filter on the transmitted input to block an upstream path continuity monitor signal, wherein the setting of the switch is based upon any of the received path continuity monitor signals being detected, not being detected, and data thereon, at each of the two path continuity monitor receivers from the complementary path continuity monitor transmitter. a splitter connected to a transmitted input and a path continuity monitor transmitter and configured to receive a path continuity monitor signal from the path continuity monitor transmitter and the transmitted input and to output the transmitted input with the path continuity monitor signal to two paths ; one of the two paths is connected to a transmitted input of the following N-1 OPS pairs, a switch connected to a receiver output and configured to provide one of two receiver inputs each from one of the two paths associated with a complementary OPS based on a setting of the switch ; two path continuity monitor receivers each connected to a corresponding receiver input of the two receiver inputs and configured to detect a corresponding path continuity monitor signal split from a complementary path continuity monitor transmitter associated with a complementary OPS, and an optical filter on the transmitted input to block an upstream path continuity monitor signal, wherein the setting of the switch is based upon any of the received path continuity monitor signals being detected, not being detected, and data thereon, at each of the two path continuity monitor receivers from the complementary path continuity monitor transmitter.
An RF-tagged tool comprising: a tool ; an RF tag ; and a cured self-adhesive silicone rubber bonding member characterized in that the self-adhesive silicone rubber bonding member is disposed between the RF tag and the tool and is wound around the tool over the RF tag . a tool ; an RF tag ; and a cured self-adhesive silicone rubber bonding member characterized in that the self-adhesive silicone rubber bonding member is disposed between the RF tag and the tool and is wound around the tool over the RF tag .
A luminaire comprising a luminaire housing accommodating a driver housing assembly , the driver housing assembly comprising a driver housing and a cable ; the driver housing comprising: - a driver compartment comprising a driver, wherein the driver compartment is sealed and protected against exposure to the environment; - a terminal block for connecting the cable to the driver; - a compartment arranged for receiving the cable, said compartment being separate from the driver compartment; - a first housing wall adjacent and transverse to a second housing wall , wherein the first housing wall comprises a first entrance arranged for receiving the cable and the second housing wall comprises a second entrance arranged for receiving the cable, and wherein said first housing wall and said second housing wall enclose a part of the compartment; - a lid for only closing the compartment and not the driver compartment, wherein the lid is arranged for in closed position confining the cable in the first entrance or the second entrance; wherein the cable is connected to the terminal block, and wherein the cable is received by the driver housing via either the first entrance or the second entrance the driver housing comprising: - a driver compartment comprising a driver, wherein the driver compartment is sealed and protected against exposure to the environment; - a terminal block for connecting the cable to the driver; - a compartment arranged for receiving the cable, said compartment being separate from the driver compartment; - a first housing wall adjacent and transverse to a second housing wall , wherein the first housing wall comprises a first entrance arranged for receiving the cable and the second housing wall comprises a second entrance arranged for receiving the cable, and wherein said first housing wall and said second housing wall enclose a part of the compartment; - a lid for only closing the compartment and not the driver compartment, - a driver compartment comprising a driver, wherein the driver compartment is sealed and protected against exposure to the environment; - a terminal block for connecting the cable to the driver; - a compartment arranged for receiving the cable, said compartment being separate from the driver compartment; - a first housing wall adjacent and transverse to a second housing wall , wherein the first housing wall comprises a first entrance arranged for receiving the cable and the second housing wall comprises a second entrance arranged for receiving the cable, and wherein said first housing wall and said second housing wall enclose a part of the compartment; - a lid for only closing the compartment and not the driver compartment, wherein the lid is arranged for in closed position confining the cable in the first entrance or the second entrance; wherein the cable is connected to the terminal block, and wherein the cable is received by the driver housing via either the first entrance or the second entrance
Floor covering, comprising loosely laid floor panels of which each floor panel is laid without using a form-fitting connection to an adjacent floor panel in such a manner that it can be removed from the floor covering, without removing an adjacently laid floor panel , having an upper cover layer , a plaster layer arranged below the cover layer and an insulating layer , in particular a flexible insulating layer, arranged below the plaster layer , which insulating layer is preferably designed as a cork layer, wherein the floor panels in the area of their edges form a joint , characterised in that the joints between the floor panels are filled with a dispersion joint compound, wherein the dispersion joint compound can be cut open.
Sensor for determining at least one parameter of a fluid medium flowing through a measurement channel , in particular of an intake air mass flow of an internal combustion engine, wherein the sensor has a sensor housing , in particular a plug-in probe which is introduced or can be introduced into a flow tube and in which the measurement channel is formed, and at least one sensor chip which is arranged in the measurement channel and is intended to determine the parameter of the fluid medium, wherein the sensor housing has an electronics compartment for accommodating an electronic module , an electronics compartment cover for closing the electronics compartment and a measurement channel cover , wherein the electronics compartment cover has at least partially electrically conductive properties and is electrically connected to a fixed potential , characterized in that the electronics compartment cover is partially fitted to the measurement channel cover in a closed state, and the electronics compartment cover is designed in such a manner that the electronics compartment cover covers the sensor chip in a closed state.