mhurhangee/patent-ind-claim-en huggingface dataset:
A security protection method, comprising: determining , by an apparatus, a value of a first parameter, wherein the value of the first parameter represents an access technology used to transmit a non-access stratum NAS message and the first parameter is an input parameter used when security protection is performed on the NAS message; and performing , by the apparatus, security protection on the NAS message based on the first parameter, a NAS key, and a NAS COUNT corresponding to the access technology used to transmit the NAS message. determining , by an apparatus, a value of a first parameter, wherein the value of the first parameter represents an access technology used to transmit a non-access stratum NAS message and the first parameter is an input parameter used when security protection is performed on the NAS message; and performing , by the apparatus, security protection on the NAS message based on the first parameter, a NAS key, and a NAS COUNT corresponding to the access technology used to transmit the NAS message.
A multi-link communication method, wherein the method comprises: sending (S1101), by a first station, an association request frame to a second station, wherein the first station is one of multiple stations comprised in a first multi-link device, the second station is one of multiple stations comprised in a second multi-link device, wherein the multiple stations comprised in the first multi-link device work on multiple links, and the multiple links comprise a first link on which the first station works; and wherein the association request frame comprises request information of at least two links of the multiple links; receiving (S1102), on the first link by the first station, an association response frame. sending (S1101), by a first station, an association request frame to a second station, wherein the first station is one of multiple stations comprised in a first multi-link device, the second station is one of multiple stations comprised in a second multi-link device, wherein the multiple stations comprised in the first multi-link device work on multiple links, and the multiple links comprise a first link on which the first station works; and wherein the association request frame comprises request information of at least two links of the multiple links; receiving (S1102), on the first link by the first station, an association response frame.
A side gusset bag for packaging a product, comprising - a front bag wall , - a rear bag wall , - a lower bag end forming a bottom , an upper bag end distant from the lower bag end in vertical direction (V), which has a bag opening closable by a closure , - a side gusset extending from the bottom in vertical direction (V), which connects the front bag wall with the rear bag wall and at its upper end forms a side gusset opening facing the upper bag end , and - an air-permeable covering tape , which covers the entire side gusset opening of the at least one side gusset , characterised in that at least a first section of the side gusset opening is sealed in an air-tight manner by a sealing seam . - a front bag wall , - a rear bag wall , - a lower bag end forming a bottom , an upper bag end distant from the lower bag end in vertical direction (V), which has a bag opening closable by a closure , - a side gusset extending from the bottom in vertical direction (V), which connects the front bag wall with the rear bag wall and at its upper end forms a side gusset opening facing the upper bag end , and - an air-permeable covering tape , which covers the entire side gusset opening of the at least one side gusset ,
A light source , comprising: a first LED and a second LED that are disposed in parallel, one of the first LED and the second LED emitting ultraviolet light, the second LED having a light emission spectrum different from that of the first LED ; a reflection surface that is opposite to the first LED , and reflects light of the first LED ; a dichroic surface that is opposite to the second LED , reflects light of the first LED , and allows light of the second LED to penetrate; characterized by a light shielding unit that is disposed on a side of the first LED or the second LED of the reflection surface and the dichroic surface and shields the ultraviolet light emitted from the one of the first LED and the second LED from reaching the other LED having a light emission spectrum different from ultraviolet light, wherein the light shielding unit is opposite to a light emission surface of the first LED or the second LED . a first LED and a second LED that are disposed in parallel, one of the first LED and the second LED emitting ultraviolet light, the second LED having a light emission spectrum different from that of the first LED ; a reflection surface that is opposite to the first LED , and reflects light of the first LED ; a dichroic surface that is opposite to the second LED , reflects light of the first LED , and allows light of the second LED to penetrate; characterized by a light shielding unit that is disposed on a side of the first LED or the second LED of the reflection surface and the dichroic surface and shields the ultraviolet light emitted from the one of the first LED and the second LED from reaching the other LED having a light emission spectrum different from ultraviolet light, wherein the light shielding unit is opposite to a light emission surface of the first LED or the second LED .
Motor vehicle door, in particular handle-free motor vehicle side door, comprising a door leaf , further comprising a locking member which is hinged to a motor vehicle body and intended for securing the door leaf in predetermined angular positions in relation to the motor vehicle body , and comprising at least one actuator which operates on the door leaf and which causes the door leaf to open at least by a gap with respect to the motor vehicle body , wherein the actuator is connected to the locking member and drives said member directly in order to adjust the door leaf , wherein the locking member has a counter-stop that is in contact with a stop on the door leaf and has a ratchet arm for interaction with locking elements on the door leaf , and wherein, in addition to the actuator , a drive is provided for the door leaf , wherein the drive operates on the counter stop on the locking member via the stop on the door leaf .
A process for reducing the amount of residual vinyl ester monomer in final polymeric emulsion by using a sequential polymerization in three steps consisting in: a first step a) adding an emulsion, of vinyl ester of alkyl of C1 to C18 carboxylic acids (in at least 20 wt% of total monomer content), to water containing a radical initiator,to polymerize the monomer before, the second step b) adding to a) an emulsion of alkyl acrylate and/or methacrylate, to polymerize the monomer before, the third step c) adding to polymeric emulsion, resulting of the steps a)and b), pure liquid acrylate or methacrylate with alkyl chain of C 1 to C 16 . a) adding an emulsion, of vinyl ester of alkyl of C1 to C18 carboxylic acids (in at least 20 wt% of total monomer content), to water containing a radical initiator,to polymerize the monomer before, b) adding to a) an emulsion of alkyl acrylate and/or methacrylate, to polymerize the monomer before, the third step c) adding to polymeric emulsion, resulting of the steps a)and b), pure liquid acrylate or methacrylate with alkyl chain of C 1 to C 16 .
A method for processing optical data using a phase shift key transmitter, the method comprising: identifying data in a binary format; generating ternary phase shift key data from the data in the binary format, the data being encoded in the ternary phase shift key data in three states; generating non-ternary phase shift key data from the ternary phase shift key data, the data being encoded in the non-ternary phase shift key data in a quantity of states other than the three states; and transmitting the non-ternary phase shift key data to a receiver as light. identifying data in a binary format; generating ternary phase shift key data from the data in the binary format, the data being encoded in the ternary phase shift key data in three states; generating non-ternary phase shift key data from the ternary phase shift key data, the data being encoded in the non-ternary phase shift key data in a quantity of states other than the three states; and transmitting the non-ternary phase shift key data to a receiver as light.
A method for fabricating a thermal ink jet printhead, comprising: depositing a first metal layer on a substrate , the first metal layer having a thickness to form a power bus; depositing a first dielectric layer above the first metal layer at a side opposite to the substrate; forming a via in the first dielectric layer to connect the first metal layer to a second metal layer; depositing the second metal layer above the first dielectric layer at a side opposite to the substrate; depositing a resistive layer adjacent to the second metal layer at a side opposite to the substrate; forming a thermal resistor in the resistive layer ; depositing a second dielectric layer above the resistive layer at a side opposite to the substrate; the method being characterised by : removing a first portion of the second dielectric layer from an ink feed slot using a dry etch process; and removing a second portion of the second dielectric layer above the thermal resistor using a wet etch process. depositing a first metal layer on a substrate , the first metal layer having a thickness to form a power bus; depositing a first dielectric layer above the first metal layer at a side opposite to the substrate; forming a via in the first dielectric layer to connect the first metal layer to a second metal layer; depositing the second metal layer above the first dielectric layer at a side opposite to the substrate; depositing a resistive layer adjacent to the second metal layer at a side opposite to the substrate; forming a thermal resistor in the resistive layer ; depositing a second dielectric layer above the resistive layer at a side opposite to the substrate; the method being characterised by : removing a first portion of the second dielectric layer from an ink feed slot using a dry etch process; and removing a second portion of the second dielectric layer above the thermal resistor using a wet etch process. removing a first portion of the second dielectric layer from an ink feed slot using a dry etch process; and removing a second portion of the second dielectric layer above the thermal resistor using a wet etch process.
A medical aid for intestine examination comprising: a plurality of recording/measuring members formed of a polymeric composite containing a radioactive opaque material and having different forms; and a capsule type biodegradable accommodation body accommodating the recording/measuring members and formed of a material that is biodegraded after being taken, wherein the recording/measuring members are formed by mixing powder of polyethylene (C 2 H 4 (C 2 H 4 ) n ) and powder of barium sulfate (BaSO 4 ) at a weight ratio of 4:6 to 6:4, and performing at least one of a method of heating at 130 to 135°C and injection-molding and a method of extrusion and cutting, wherein each of the recording/measuring members includes an annular recording body , a ball-shaped recording body , and a polyhedral recording body , and when the ball-shaped recording body and the polyhedral recording body are viewed while being overlaid with each other on a plane with reference to the annular recording body , the distance between the concentric circle to the outermost surface of the annular recording body is the largest, the distance between the concentric circle to the outermost surface of the polygonal recording body is the second largest, and the distance between the concentric circle to the outermost surface of the ball recording body is the smallest, and wherein a distance from the ball-shaped recording body to an outermost surface of the polygonal recording body is smaller than a diameter of a circular space in a ring of the annular recording body such that a gap for accommodation is formed. a plurality of recording/measuring members formed of a polymeric composite containing a radioactive opaque material and having different forms; and a capsule type biodegradable accommodation body accommodating the recording/measuring members and formed of a material that is biodegraded after being taken, wherein the recording/measuring members are formed by mixing powder of polyethylene (C 2 H 4 (C 2 H 4 ) n ) and powder of barium sulfate (BaSO 4 ) at a weight ratio of 4:6 to 6:4, and performing at least one of a method of heating at 130 to 135°C and injection-molding and a method of extrusion and cutting, wherein each of the recording/measuring members includes an annular recording body , a ball-shaped recording body , and a polyhedral recording body , and when the ball-shaped recording body and the polyhedral recording body are viewed while being overlaid with each other on a plane with reference to the annular recording body , the distance between the concentric circle to the outermost surface of the annular recording body is the largest, the distance between the concentric circle to the outermost surface of the polygonal recording body is the second largest, and the distance between the concentric circle to the outermost surface of the ball recording body is the smallest, and wherein a distance from the ball-shaped recording body to an outermost surface of the polygonal recording body is smaller than a diameter of a circular space in a ring of the annular recording body such that a gap for accommodation is formed.
A method for finishing a supplied building panel made of a wood-based material, in particular MDF or HDF, with an upper side and a lower side , wherein, in a first embossing step, a relief is embossed at least into the upper side as first strip-shaped depressions with two opposing side walls (5.1, 5.2), a bottom wall (5.3) connecting said side walls and a depth (T), and subsequently a decorative pattern is printed on the embossed upper side of the building panel , and the decorative pattern is then sealed by applying an abrasion-resistant layer , characterized in that additional depressions extending at an angle (α) transversely to the first depressions are embossed, and the large-size supplied building panel is divided into individual panels by carrying out a saw cut in and along each of the depressions .
A process variable transmitter, comprising; a process variable sensor having a process variable sensor output related to a sensed process variable (X) over a plurality of ranges; an environmental sensor adapted to measure an environmental property which affects operation of the process variable sensor ; an output circuitry ; a digital control circuit ; an analog signal compensation circuitry; wherein the analog signal compensation circuitry includes: a programmable amplifier adapted to amplify the process variable sensor output as a function of a control output of the digital control circuit to provide a compensated process variable sensor output (U(X)); and a summing node adapted to provide a summation of the compensated process variable sensor output (U(X)) and a feedback signal (ΔU) received from the digital control circuit to the output circuitry ; wherein the output circuitry has an output (I(X)) based upon the summation of the compensated process variable sensor output and the feedback signal (U(X) + ΔU); and characterized in that the digital control circuit is coupled to the programmable amplifier and has a control output applied to the control input of the programmable amplifier to thereby control the amplification of the process variable sensor output, wherein the control output is a function of a range of the sensed process variable (X) within the plurality of ranges and of said sensed environmental measurement, and in that the digital control circuit is coupled to the summing node and is adapted to provide said feedback signal (ΔU) based upon the range of the sensed process variable (X) and the environmental property. a programmable amplifier adapted to amplify the process variable sensor output as a function of a control output of the digital control circuit to provide a compensated process variable sensor output (U(X)); and a summing node adapted to provide a summation of the compensated process variable sensor output (U(X)) and a feedback signal (ΔU) received from the digital control circuit to the output circuitry ;
Electric machine with an integrated cooling system, the electric machine comprising: a stator portion , a hollow rotor and a cooling system portion ; the stator portion at the front and the cooling system portion at the back together being referred to as the cylindrical outer walls of the machine housing, the cooling system portion lying axially adjacent to the stator portion ; a rotor drive shaft protruding coaxially with the cylindrical outer walls of the electric machine from the front of the electric machine ; the hollow rotor being coupled to the rotor drive shaft and arranged coaxially within the stator portion of the cylindrical outer walls of the machine housing; at least one air inlet formed in the cylindrical outer walls of the machine housing axially between the stator portion and the cooling system portion ; and at least one partially tubular air guide vane extending from the air inlet into the hollow rotor , the at least one air guide vane forming a cooling air duct for an airflow that can enter the air inlet , pass along a radially inner surface of the rotor facing a radially outer surface of the air guide vane , reach an axial end of the air guide vane , turn by 180°, pass along a radially inner surface of the air guide vane and flow back to a radially inner surface of the cooling system portion . the hollow rotor being coupled to the rotor drive shaft and arranged coaxially within the stator portion of the cylindrical outer walls of the machine housing; at least one air inlet formed in the cylindrical outer walls of the machine housing axially between the stator portion and the cooling system portion ; and at least one partially tubular air guide vane extending from the air inlet into the hollow rotor , the at least one air guide vane forming a cooling air duct for an airflow that can enter the air inlet , pass along a radially inner surface of the rotor facing a radially outer surface of the air guide vane , reach an axial end of the air guide vane , turn by 180°, pass along a radially inner surface of the air guide vane and flow back to a radially inner surface of the cooling system portion .
A dual camera module comprising: a first rigid substrate ; a first image sensor disposed on an upper surface of the first substrate ; a second rigid substrate spaced apart from the first substrate ; a second image sensor disposed on an upper surface of the second substrate ; a third substrate electrically connected to at least one of the first substrate and the second substrate ; and a connection unit spaced apart from the third substrate and connecting the first substrate and the second substrate , characterized in that the first substrate comprises a first side surface , and the second substrate comprises a second side surface facing the first side surface , wherein the connection unit connects the first side surface of the first substrate to the second side surface of the second substrate , and wherein the connection unit is flexible. a first rigid substrate ; a first image sensor disposed on an upper surface of the first substrate ; a second rigid substrate spaced apart from the first substrate ; a second image sensor disposed on an upper surface of the second substrate ; a third substrate electrically connected to at least one of the first substrate and the second substrate ; and a connection unit spaced apart from the third substrate and connecting the first substrate and the second substrate , characterized in that the first substrate comprises a first side surface , and the second substrate comprises a second side surface facing the first side surface , wherein the connection unit connects the first side surface of the first substrate to the second side surface of the second substrate , and wherein the connection unit is flexible.
A blood pump, comprising a flexible drive shaft guided in a catheter , a conveying element connected to the drive shaft in a distal region of the drive shaft and a motor , wherein the motor comprises a stator and a rotor rotatably mounted in the stator , wherein the stator comprises a winding and the rotor comprises a rotor magnet , wherein the drive shaft is connected to the rotor at a proximal end of the drive shaft , wherein the stator and the rotor are non-detachably connected to one another and form a gap which is delimited by the rotor and the stator , wherein the gap has a minimum width of 0.05 mm, wherein the stator has a fluid-tight sleeve with a substantially annular cross-section, by which the gap is delimited.
Dispenser for dispensing flowable, for example liquid or pasty masses (M), having a storage container for receiving the mass (M), and a dispenser pump of modular design, the dispenser having a longitudinal axis (x), the dispenser pump also having an inlet and an outlet channel and a pump chamber delimited on the inlet and outlet sides by valves , and a head piece , wherein the head piece has a dispensing orifice and a dispensing channel , wherein the dispenser pump can be inserted into the storage container and can be connected to the storage container by a latching connection, wherein further the pump chamber is formed by a piston and a cup part , which has a cup base and a cup wall , wherein the piston is received in the cup part so as to slide, to achieve a pumping stroke (b), wherein further the cup part has fastening mouldings on the outer wall, for fastening interaction with an inner wall of a chamber wall of the storage container , the latching connection being reinforced in that the latching connection is provided, in relation to a longitudinal cross-section through the dispenser , by two latching beads , being in distance to each other in vertical direction and being protruding radially, characterised in that both latching beads are formed with an insertion rounding on the supply container side, whereas on the head piece side, in relation to the longitudinal cross-section, they are formed with a substantially horizontally extending contact surface , in that the two latching beads are of the same design, in that each latching bead in an insertion direction (r) of the dispenser pump into the storage container is initially provided with a limb which encloses an acute angle (α) with an axis parallel (y) to a longitudinal axis (x) of approximately 30° to 45° with respect and which extends radially outwardly in a rising direction in the direction opposite to the insertion direction (r), in that the limb merges at the end into the insertion curve , which in turn runs into the bearing surface extending in longitudinal cross-section approximately at right angles to the axis with respect to the longitudinal axis (x), which bearing surface is directed correspondingly transversely to the insertion direction (r), and in that , viewed in the direction of extension of a longitudinal axis (x), a height (a) of each latching bead corresponds to approximately one third to two thirds of the material thickness of the chamber wall , the height dimension (a) being taken between root regions of the latching beads , into which these run into an outer surface of the cup part.
A liquid temporary reinforcement material, comprising a reinforcement material and a crystallization inhibitor, wherein the reinforcement material is two or more molecules selected from the group consisting of menthol, menthone, menthyl lactate, and menthyl methyl ether, wherein the crystallization inhibitor is TritonX-100 or Tween-80, and the content of the crystallization inhibitor is less than 50 ppm.