mhurhangee/patent-ind-claim-en huggingface dataset:
A face mask comprising: at least one layer of filtration material configured to filter one or more harmful substances from the air breathed by a user; at least one layer of absorbent material configured to absorb moisture exhaled by the user, wherein: the at least one layer of absorbent material spans an entire inner surface area of the mask ; the mask is configured to allow air to pass through the at least one layer of filtration material and the at least one layer of absorbent material ; the at least one layer of absorbent material comprises super absorbent fibers and low melting-point fibers; the super absorbent fibers comprises sodium polyacrylate fibers; and the super absorbent fibers are configured to be combined to form a layer of the mask via through-air bonding; at least one layer of waterproof material , located between the at least one layer of filtration material and the at least one layer of absorbent material , configured to prevent moisture from the absorbent material from contacting the filtration material wherein the at least one layer of waterproof material comprises a spunbond waterproof material; and further comprising at least one layer of anti-bacterial material located adjacent to the at least one layer of absorbent material and forming the inner surface of the mask . at least one layer of filtration material configured to filter one or more harmful substances from the air breathed by a user; at least one layer of absorbent material configured to absorb moisture exhaled by the user, wherein: the at least one layer of absorbent material spans an entire inner surface area of the mask ; the mask is configured to allow air to pass through the at least one layer of filtration material and the at least one layer of absorbent material ; the at least one layer of absorbent material comprises super absorbent fibers and low melting-point fibers; the super absorbent fibers comprises sodium polyacrylate fibers; and the super absorbent fibers are configured to be combined to form a layer of the mask via through-air bonding; the at least one layer of absorbent material spans an entire inner surface area of the mask ; the mask is configured to allow air to pass through the at least one layer of filtration material and the at least one layer of absorbent material ; the at least one layer of absorbent material comprises super absorbent fibers and low melting-point fibers; the super absorbent fibers comprises sodium polyacrylate fibers; and the super absorbent fibers are configured to be combined to form a layer of the mask via through-air bonding; at least one layer of waterproof material , located between the at least one layer of filtration material and the at least one layer of absorbent material , configured to prevent moisture from the absorbent material from contacting the filtration material wherein the at least one layer of waterproof material comprises a spunbond waterproof material; and further comprising at least one layer of anti-bacterial material located adjacent to the at least one layer of absorbent material and forming the inner surface of the mask .
A pharmaceutical dosage form for the application to a gastrointestinal, in particular an esophageal, mucous membrane, comprising at least one sheet-like preparation comprising an active pharmaceutical ingredient, a release mechanism and a trigger mechanism, wherein the trigger mechanism is adapted to trigger, at a predetermined site of action of the gastrointestinal tract, the release of the sheet-like preparation by the release mechanism, wherein the pharmaceutical dosage form further comprises a shell, wherein the shell contains the sheet-like preparation comprising the active pharmaceutical ingredient, and wherein the shell comprises at least one aperture configured such that the sheet-like preparation is releasable from the shell through the aperture upon release of the sheet-like preparation, wherein the aperture is formed as a slit and/or the aperture is at least partially covered by the trigger mechanism, wherein the aperture forms a part of the release mechanism configured to allow said preparation to leave the shell, such that the sheet like preparation is unrolled or unfolded while the dosage form moves down the esophageal mucous membrane and leaves the shell through the aperture. at least one sheet-like preparation comprising an active pharmaceutical ingredient, a release mechanism and a trigger mechanism, wherein the trigger mechanism is adapted to trigger, at a predetermined site of action of the gastrointestinal tract, the release of the sheet-like preparation by the release mechanism, wherein the pharmaceutical dosage form further comprises a shell, wherein the shell contains the sheet-like preparation comprising the active pharmaceutical ingredient, and wherein the shell comprises at least one aperture configured such that the sheet-like preparation is releasable from the shell through the aperture upon release of the sheet-like preparation, wherein the aperture is formed as a slit and/or the aperture is at least partially covered by the trigger mechanism, wherein the aperture forms a part of the release mechanism configured to allow said preparation to leave the shell, such that the sheet like preparation is unrolled or unfolded while the dosage form moves down the esophageal mucous membrane and leaves the shell through the aperture.
Apparatus for influencing the force of a safety belt acting e.g. on an occupant of a passenger transportation means for example in a collision, comprising at least one rotary damper with a magnetorheological fluid acting as the working fluid for damping the rotary motion of a damper shaft of the rotary damper during winding or unwinding of the safety belt , and wherein the damper shaft is accommodated at least in sections in a housing of the rotary damper, wherein the rotary damper includes at least one displacing device with intermeshing displacing components wetted by the magnetorheological fluid , and that an associated control device controls a magnetic field of a magnetic field source comprising at least one electric coil , and influences the magnetorheological fluid for setting and adjusting a damping of the rotary motion of the damper shaft , characterized in that a substantial part of the magnetic field of the magnetic field source passes through an axial gap between the housing and at least one of the displacing components.
A display substrate, comprising: a base substrate ; a color filter arranged to be in contact to the base substrate ; and an overcoat layer on a side of the color filter distal to the base substrate ; wherein the overcoat layer comprises a first sublayer and a second sublayer , the second sublayer on a side of the first sublayer distal to the base substrate ; the first sublayer comprises a first polymer material; and the second sublayer comprises a second polymer material different from the first polymer material; wherein the overcoat layer further comprises a third sublayer between the first sublayer and the second sublayer ; and the third sublayer comprises a third polymer material different from the first polymer material and the second polymer material; the third polymer material comprises a co-polymer of the first polymer material and the second polymer material; or the third polymer material comprises a poly-(acrylic-imide) co-polymer. a base substrate ; a color filter arranged to be in contact to the base substrate ; and an overcoat layer on a side of the color filter distal to the base substrate ; wherein the overcoat layer comprises a first sublayer and a second sublayer , the second sublayer on a side of the first sublayer distal to the base substrate ; the first sublayer comprises a first polymer material; and the second sublayer comprises a second polymer material different from the first polymer material; wherein the overcoat layer further comprises a third sublayer between the first sublayer and the second sublayer ; and the third sublayer comprises a third polymer material different from the first polymer material and the second polymer material; the third polymer material comprises a co-polymer of the first polymer material and the second polymer material; or the third polymer material comprises a poly-(acrylic-imide) co-polymer.
A polypeptide comprising an amino acid having a cyclopropene group wherein said cyclopropene group is joined to the amino acid via a carbamate group.
Compressor device provided with: - a compressor element with an inlet for supplying gas and an outlet for discharging compressed gas, - a magnet-assisted motor provided with a motor housing in which a motor stator is installed and a motor rotor is rotatably installed in the motor stator , wherein the motor stator is provided with windings and wherein the motor housing is provided with or acts as a cooling jacket ; - an oil supply line for injecting oil into the magnet-assisted motor ; characterized in that the oil supply line is connected with one or several nozzles directed at heads or axial ends of the windings of the motor stator and with the cooling jacket of the magnet-assisted motor and that heads or axial ends of the windings are covered with a protective layer . - a compressor element with an inlet for supplying gas and an outlet for discharging compressed gas, - a magnet-assisted motor provided with a motor housing in which a motor stator is installed and a motor rotor is rotatably installed in the motor stator , wherein the motor stator is provided with windings and wherein the motor housing is provided with or acts as a cooling jacket ; - an oil supply line for injecting oil into the magnet-assisted motor ;
A journal bearing structure comprising: a journal bearing that has a first inner circumferential surface and a first outer circumferential surface that are formed in a cylindrical shape extending in an axis line (X) for supporting a rotary shaft by the first inner circumferential surface ; and a bearing housing that has a second inner circumferential surface formed in a cylindrical shape extending in the axis line (X) and holds the first outer circumferential surface of the journal bearing by the second inner circumferential surface , wherein the journal bearing has a first oil supply hole through which the first inner circumferential surface and the first outer circumferential surface communicate with each other, wherein the bearing housing has a second oil supply hole opened to the second inner circumferential surface , and wherein an oil supply groove extending in a circumferential direction about the axis line (X) and configured to guide a lubricant discharged from the second oil supply hole to the first oil supply hole is formed in at least one of the second inner circumferential surface of the bearing housing and the first outer circumferential surface of the journal bearing , wherein the journal bearing is pressed into the bearing housing and thereby attached to the bearing housing , characterized in that a width in the axis line direction of the oil supply groove is smaller than or equal to a width in the axis line direction of the second oil supply hole . a journal bearing that has a first inner circumferential surface and a first outer circumferential surface that are formed in a cylindrical shape extending in an axis line (X) for supporting a rotary shaft by the first inner circumferential surface ; and a bearing housing that has a second inner circumferential surface formed in a cylindrical shape extending in the axis line (X) and holds the first outer circumferential surface of the journal bearing by the second inner circumferential surface , wherein the journal bearing has a first oil supply hole through which the first inner circumferential surface and the first outer circumferential surface communicate with each other, wherein the bearing housing has a second oil supply hole opened to the second inner circumferential surface , and wherein an oil supply groove extending in a circumferential direction about the axis line (X) and configured to guide a lubricant discharged from the second oil supply hole to the first oil supply hole is formed in at least one of the second inner circumferential surface of the bearing housing and the first outer circumferential surface of the journal bearing , wherein the journal bearing is pressed into the bearing housing and thereby attached to the bearing housing , characterized in that a width in the axis line direction of the oil supply groove is smaller than or equal to a width in the axis line direction of the second oil supply hole .
Rolling mill comprising: - a rolling stand comprising at least two rolls between which a strip (N) to be rolled is made to pass; - at least one reel comprising a mandrel for winding and/or unwinding said strip (N) during the rolling operations, wherein said mandrel comprises a clamping system associated with a slot of the mandrel for clamping one end of the strip (N) in said slot during a step of winding the strip (N) on the mandrel , wherein the clamping system comprises at least one grip forming a clamp together with an inner wall of said slot , said at least one grip being coupled to a closed hydraulic circuit of the clamping system , which allows said at least one grip to translate relative to the wall , so as to switch from a first open position, wherein the strip (N) can be inserted into said slot , to a second closed position, wherein the strip (N) can be clamped in said slot , and vice versa, characterized in that said closed hydraulic circuit comprises: - a first double-acting cylinder comprising a movable assembly consisting of a first piston connected to a first rod , wherein said first piston divides the inner body of the first cylinder into a first chamber and a second chamber ; - a second double-acting cylinder comprising a movable assembly consisting of a second piston connected to a second rod , wherein said second rod is associated with said at least one grip , and wherein said second piston divides the inner body of the second cylinder into a first compartment and a second compartment ; - a first duct connecting said first chamber of the first cylinder to said first compartment of the second cylinder ; - a second duct connecting said second chamber of the first cylinder to said second compartment of the second cylinder . - a rolling stand comprising at least two rolls between which a strip (N) to be rolled is made to pass; - at least one reel comprising a mandrel for winding and/or unwinding said strip (N) during the rolling operations, wherein said mandrel comprises a clamping system associated with a slot of the mandrel for clamping one end of the strip (N) in said slot during a step of winding the strip (N) on the mandrel , - a first double-acting cylinder comprising a movable assembly consisting of a first piston connected to a first rod , wherein said first piston divides the inner body of the first cylinder into a first chamber and a second chamber ; - a second double-acting cylinder comprising a movable assembly consisting of a second piston connected to a second rod , wherein said second rod is associated with said at least one grip , and wherein said second piston divides the inner body of the second cylinder into a first compartment and a second compartment ; - a first duct connecting said first chamber of the first cylinder to said first compartment of the second cylinder ; - a second duct connecting said second chamber of the first cylinder to said second compartment of the second cylinder .
A connector retention clip comprising: a connector housing having a plurality of connector walls (111a-e) defining a connector opening operable to receive a coupled receptacle and plug connector therein, the plurality of connector walls (111a-e) including a receptacle end wall and a plug end wall operable to extend about ends of the receptacle and plug , respectively, to provide a mechanical barrier preventing uncoupling of the coupled receptacle and plug connector ; and a cable housing extending from the connector housing , the cable housing having at least one cable wall defining a cable opening operable to receive a cable therein that extends from the coupled receptacle and plug connector , characterized in that the connector housing further comprises at least one protrusion extending inward from at least one of the plurality of connector walls (111a-e) over a portion of the connector opening , the at least one of the plurality of connector walls (111a-e) being compliant sufficient to enable the coupled receptacle and plug connector to move past the at least one protrusion and be received within the connector opening , and the at least one protrusion being operable to provide a mechanical barrier to movement of the coupled receptacle and plug connector out of the connector opening . a connector housing having a plurality of connector walls (111a-e) defining a connector opening operable to receive a coupled receptacle and plug connector therein, the plurality of connector walls (111a-e) including a receptacle end wall and a plug end wall operable to extend about ends of the receptacle and plug , respectively, to provide a mechanical barrier preventing uncoupling of the coupled receptacle and plug connector ; and a cable housing extending from the connector housing , the cable housing having at least one cable wall defining a cable opening operable to receive a cable therein that extends from the coupled receptacle and plug connector , characterized in that the connector housing further comprises at least one protrusion extending inward from at least one of the plurality of connector walls (111a-e) over a portion of the connector opening , the at least one of the plurality of connector walls (111a-e) being compliant sufficient to enable the coupled receptacle and plug connector to move past the at least one protrusion and be received within the connector opening , and the at least one protrusion being operable to provide a mechanical barrier to movement of the coupled receptacle and plug connector out of the connector opening .
Tank device for storing a gaseous medium, in particular hydrogen, having a tank and a valve device having a valve housing and a first solenoid armature that is arranged therein and is movable along a longitudinal axis , which first solenoid armature cooperates with a first sealing seat for opening and closing an outlet opening , wherein a second solenoid armature that is movable along a longitudinal axis is arranged in the valve housing , which second solenoid armature is at least partially accommodated in a recess in the first solenoid armature and which second solenoid armature cooperates with a second sealing seat for opening and closing a passage opening formed in the first solenoid armature , wherein the first solenoid armature and the second solenoid armature are comprised by a solenoid device , by which solenoid device the first solenoid armature and the second solenoid armature are movable along the longitudinal axis by means of exactly one magnet coil , wherein a through-flow cross section for gaseous medium, in particular hydrogen, from the tank is controllable by the valve device , characterized in that the tank comprises a tank housing having a neck region , in which neck region the valve device is arranged, wherein the valve housing is at least partially integrated into the tank housing and the valve housing seals off a tank interior of the tank by means of a sealing element .
A tire comprising a plurality of ring-shaped tire structures which constitute a tire , and a ring-shaped rubber sheet which is integrated with an electronic component , characterised in that the ring-shaped rubber sheet which is integrated with the electronic component is disposed between the plurality of ring-shaped tire structures .
Food packaging with at least two partial shells , which are connected by means of flanges to enclose a food product , which flanges face each other and lie at least partially against each other, wherein the partial shells lie against the food product in a contour-reproducing manner, wherein at least one of said at least two partial shells is formed from a paper material section, characterized in that said paper material section is a thermoformable paper material, and in that said thermoformable paper material contains hydrophobized cellulose.
A brake assembly comprising: a housing assembly that defines an opening that is adapted to receive a brake pad assembly ; a retainer bracket that is secured to the housing assembly and extends across the opening ; and a pad shield that extends across the opening and is secured to the retainer bracket , characterised in that the pad shield is installable onto the retainer bracket and removable from the retainer bracket when the retainer bracket extends across the opening and is secured to the housing assembly . a housing assembly that defines an opening that is adapted to receive a brake pad assembly ; a retainer bracket that is secured to the housing assembly and extends across the opening ; and a pad shield that extends across the opening and is secured to the retainer bracket , characterised in that the pad shield is installable onto the retainer bracket and removable from the retainer bracket when the retainer bracket extends across the opening and is secured to the housing assembly .
Method for error management in bus communication according to a bus protocol between a first bus subscriber and a second bus subscriber , wherein the bus protocol defines at least one bus error code for an error and bus messages with a bus data area , and wherein, when the error is detected by the first bus subscriber , - an error identification of the error in the first bus subscriber amending the bus error code is stored, a first bus message is generated and the bus error code is written into the bus data area of the first bus message by the first bus subscriber , - the first bus message is transmitted from the first bus subscriber to the second bus subscriber , - a second bus message with a request for transmission of the error identification is generated by the second bus subscriber triggered by the bus error code, - the second bus message is transmitted from the second bus subscriber to the first bus subscriber , - a third bus message is generated by the first bus subscriber triggered by the request and the stored error identification is written into the bus data area of the third bus message , - the third bus message is transmitted from the first bus subscriber to the second bus subscriber and - the errors are identified by the second bus subscriber by evaluating the bus error code and the error identification. - an error identification of the error in the first bus subscriber amending the bus error code is stored, a first bus message is generated and the bus error code is written into the bus data area of the first bus message by the first bus subscriber , - the first bus message is transmitted from the first bus subscriber to the second bus subscriber , - a second bus message with a request for transmission of the error identification is generated by the second bus subscriber triggered by the bus error code, - the second bus message is transmitted from the second bus subscriber to the first bus subscriber , - a third bus message is generated by the first bus subscriber triggered by the request and the stored error identification is written into the bus data area of the third bus message , - the third bus message is transmitted from the first bus subscriber to the second bus subscriber and - the errors are identified by the second bus subscriber by evaluating the bus error code and the error identification.