mhurhangee/patent-ind-claim-en huggingface dataset:
A game controller comprising: a light-permeable housing including an aperture portion; a key top of an operation button exposed through the aperture portion and configured to be pressed with a finger of a user; a light-emitting section ; a tubular light-guiding portion configured to guide light from the light-emitting section and surrounding an outer periphery of the key top; a light-shielding portion surrounding an outer periphery of the light-guiding portion; and a switch placed below the key top, wherein an upper surface of the key top and an upper surface of the light-guiding portion are exposed through the aperture portion. a light-permeable housing including an aperture portion; a key top of an operation button exposed through the aperture portion and configured to be pressed with a finger of a user; a light-emitting section ; a tubular light-guiding portion configured to guide light from the light-emitting section and surrounding an outer periphery of the key top; a light-shielding portion surrounding an outer periphery of the light-guiding portion; and a switch placed below the key top, wherein an upper surface of the key top and an upper surface of the light-guiding portion are exposed through the aperture portion. a switch placed below the key top, wherein an upper surface of the key top and an upper surface of the light-guiding portion are exposed through the aperture portion.
A hydromount , in particular for mounting a motor vehicle engine on a vehicle body, comprising a suspension spring which supports a bearing core , encloses a working chamber and is supported on an outer ring , an intermediate plate and a compensation chamber which is separated from the working chamber by the intermediate plate and is bounded by a compensation diaphragm , the compensation chamber and the working chamber being filled with a damping liquid and being connected to one another in a liquid-conducting manner via a damping channel arranged in the intermediate plate , the intermediate plate having an upper nozzle disc , a lower nozzle disc and a diaphragm arranged between the upper nozzle disc and the lower nozzle disc , the diaphragm having an inner circumference , an outer circumference and at least one valve opening , and the at least one valve opening being completely arranged between the inner circumference and the outer circumference , characterized in that the diaphragm is received between the upper nozzle disc and the lower nozzle disc with an axial clearance to be lifted and arched in case of a negative pressure in the working chamber , wherein the diaphragm is inserted into the lower nozzle disc such that the at least one valve opening rests on the material of the lower nozzle disc .
Method for in-line addition and mixing of one or more catalysts and/or pigments and/or fungicides to/with a liquid fraction of sealants and/or adhesives, prior to a filling process, comprising the steps of: - the in-line addition of a dosed volume, which volume comprises one or more catalysts and/or pigments and/or fungicides, to a conduit containing a liquid fraction of sealants and/or adhesives, the conduit being connected at a distal end to an inlet at a proximal end of a cylindrical flange with static mixing element for homogeneously mixing the components present in the liquid fraction and the dosed volume of catalyst and/or pigments and/or fungicides; - subsequently setting a pressure at the inlet of the flange; - finally, mechanically pressing the liquid fraction and the dosed volume of catalyst and/or pigments and/or fungicides through the entire length direction of the flange, which flange is provided with an injection nozzle at a distal end, wherein the liquid fraction and the dosed volume of catalyst and/or pigments and/or fungicides are divided into different layers during pressing, so that the different components present in the liquid fraction and the dosed volume of catalyst and/or pigments and/or fungicides are spread over the whole diameter of the flange, resulting in a completely homogeneously mixed liquid fraction of sealants and/or adhesives with one or more catalysts and/or pigments and/or fungicides in the injection nozzle of the flange. - the in-line addition of a dosed volume, which volume comprises one or more catalysts and/or pigments and/or fungicides, to a conduit containing a liquid fraction of sealants and/or adhesives, the conduit being connected at a distal end to an inlet at a proximal end of a cylindrical flange with static mixing element for homogeneously mixing the components present in the liquid fraction and the dosed volume of catalyst and/or pigments and/or fungicides; - subsequently setting a pressure at the inlet of the flange; - finally, mechanically pressing the liquid fraction and the dosed volume of catalyst and/or pigments and/or fungicides through the entire length direction of the flange, which flange is provided with an injection nozzle at a distal end, wherein the liquid fraction and the dosed volume of catalyst and/or pigments and/or fungicides are divided into different layers during pressing, so that the different components present in the liquid fraction and the dosed volume of catalyst and/or pigments and/or fungicides are spread over the whole diameter of the flange, resulting in a completely homogeneously mixed liquid fraction of sealants and/or adhesives with one or more catalysts and/or pigments and/or fungicides in the injection nozzle of the flange.
A build material container outlet structure comprising: a connector comprising an interface surface and an adaptor to receive a nozzle structure of an external aspiration system; a socket recessed from the interface surface to receive a data interconnect structure of the nozzle structure, the data interconnect structure comprising a data interface ; a data contact disposed in the socket to engage with the data interface of the data interconnect structure when the nozzle structure is in an engagement position; and an activation structure disposed on the interface surface to engage a switch element in the nozzle structure of the external aspiration system when the nozzle structure is held in the engagement position. a connector comprising an interface surface and an adaptor to receive a nozzle structure of an external aspiration system; a socket recessed from the interface surface to receive a data interconnect structure of the nozzle structure, the data interconnect structure comprising a data interface ; a data contact disposed in the socket to engage with the data interface of the data interconnect structure when the nozzle structure is in an engagement position; and an activation structure disposed on the interface surface to engage a switch element in the nozzle structure of the external aspiration system when the nozzle structure is held in the engagement position.
Process for hydrogenating nitrile compounds selected from - mixtures of 2,4,4-trimethylhexamethylenedinitrile and 2,2,4-trimethylhexamethylenedinitrile, - isophoronenitrile and - isophoronenitrile imine to amino compounds, characterized in that the cross-sectional loading of the reactor during the hydrogenation is less than or equal to 4.0 kg/m 2 *s, based on the liquid phase. - mixtures of 2,4,4-trimethylhexamethylenedinitrile and 2,2,4-trimethylhexamethylenedinitrile, - isophoronenitrile and - isophoronenitrile imine
A bit exchangeable drill for machining a layered sheet of fiber reinforced plastic (FRP) and metal including a drill body and a detachable cutting head at a tip of said drill body , said cutting head including a cutting edge extending linearly from a rotation center to a radial outer end in axial end view, and a helical flute , wherein a thinning face inclined relative to a rotation axis (CL), and rendering an axial rake angle of the cutting edge negative is formed at a rake face continuous to said cutting edge , and said thinning face is arranged entirely from a radial inner end to a radial outer end of said cutting edge , a main margin adjacent to said helical flute and a submargin arranged backward of said main margin in a drill rotation direction are formed at an outer circumferential land of said cutting head, and a size of clearance formed between the two margins is set at 0.3 mm to 1.0 mm, wherein a tilt angle θ of said thinning face relative to the rotation axis satisfies a condition of 0° < θ < 10°.
A lock apparatus (1;51;116) for a deck (13;108) which is movable to adjust its height with respect to a floor of a storage area , said lock apparatus is caused to engage to prevent the deck (13;108) being lowered below the lock apparatus (1;51;116), by raising the deck (13;108)to a first position with respect to the lock apparatus (1;51;116), and the lock apparatus is caused to disengage by raising the deck (13;108) to a second position, thereby allowing the deck (13;108) to be freely raised or lowered characterised in that the first position is at a height at, or a first distance above, the lock apparatus and the second position is a second, greater, distance above the lock apparatus (1;51;116).
A soundproof structure , comprising: a soundproof unit comprising a frame body having an opening portion passing therethrough in one direction, and a film , which is disposed so as to cover one open surface of the opening portion and vibrates according to a sound incident on the film ; and a plate-shaped partition member separating two spaces, to which one or more soundproof units are attached, wherein the soundproof unit is attached to an end surface of the partition member, wherein the film is disposed in one end surface of the opening portion and another end surface of the opening portion is not blocked, wherein, a first natural vibration frequency of the film of the soundproof unit is 20000 Hz or less, and wherein the soundproof structure insulates sound by cancellation due to a phase difference between a sound leaking to a rear side of the partition member by a diffraction phenomenon and a sound passing through the soundproof unit. a soundproof unit comprising a frame body having an opening portion passing therethrough in one direction, and a film , which is disposed so as to cover one open surface of the opening portion and vibrates according to a sound incident on the film ; and a plate-shaped partition member separating two spaces, to which one or more soundproof units are attached, wherein the soundproof unit is attached to an end surface of the partition member, wherein the film is disposed in one end surface of the opening portion and another end surface of the opening portion is not blocked, wherein, a first natural vibration frequency of the film of the soundproof unit is 20000 Hz or less, and wherein the soundproof structure insulates sound by cancellation due to a phase difference between a sound leaking to a rear side of the partition member by a diffraction phenomenon and a sound passing through the soundproof unit.
Electric handheld device, comprising at least one device for detecting the handheld device being clasped by a hand (H), wherein the handheld device has a housing having an underside and opposite side walls, comprising - at least one transmitting electrode (SE) arranged on one of the side walls and able to emit an alternating electric field, and - at least one receiving electrode (EE) arranged on the respective other side wall, the alternating electric field being able to be coupled at least partly into said at least one receiving electrode, wherein the at least one transmitting electrode (SE) and the at least one receiving electrode (EE) are arranged on the handheld device such that, in the event of the handheld device being clasped by the hand (H), they are covered in each case at least partly by the hand (H), such that in the event of the handheld device being clasped by the hand (H), a first portion of the alternating electric field emitted by the transmitting electrode (SE) is coupled into the receiving electrode (EE) via the hand (H), wherein the first portion of the alternating electric field is a feature representative of the handheld device being clasped by the hand (H), and further comprising at least one electrically conductive structure (GE) coupled to the earth potential of the electric handheld device, wherein the electrically conductive structure (GE) is arranged relative to the transmitting electrode (SE) and to the receiving electrode (EE) so as substantially to prevent the alternating electric field emitted by the transmitting electrode (SE) from being coupled into the receiving electrode (EE) in the event of the handheld device not being clasped. - at least one transmitting electrode (SE) arranged on one of the side walls and able to emit an alternating electric field, and - at least one receiving electrode (EE) arranged on the respective other side wall, the alternating electric field being able to be coupled at least partly into said at least one receiving electrode,
A method of implementing intelligent packet aggregation, the method comprising: receiving, at a packet parser , a plurality of packets (302A-N, 1302A-N) and route each packet of the plurality of packets to a queue of a plurality of queues (1300A-N), the packets divided among the queues based on the packets' characteristics; interfacing with a processing element to determine a current operational state of the processing element; selecting a queue from the plurality of queues based on the current operational state of the processing element; and forwarding a number of packets from the selected queue to the processing element; wherein selecting the queue from the plurality of queues comprises: determining a current priority associated with each queue of a set of queues of the plurality of queues and decreasing the current priority of each queue when the current operational state indicates that the processing element is unable to process packets stored in the queue; and selecting a queue with a highest priority from the set of queues. receiving, at a packet parser , a plurality of packets (302A-N, 1302A-N) and route each packet of the plurality of packets to a queue of a plurality of queues (1300A-N), the packets divided among the queues based on the packets' characteristics; interfacing with a processing element to determine a current operational state of the processing element; selecting a queue from the plurality of queues based on the current operational state of the processing element; and forwarding a number of packets from the selected queue to the processing element; wherein selecting the queue from the plurality of queues comprises: determining a current priority associated with each queue of a set of queues of the plurality of queues and decreasing the current priority of each queue when the current operational state indicates that the processing element is unable to process packets stored in the queue; and selecting a queue with a highest priority from the set of queues. determining a current priority associated with each queue of a set of queues of the plurality of queues and decreasing the current priority of each queue when the current operational state indicates that the processing element is unable to process packets stored in the queue; and selecting a queue with a highest priority from the set of queues.
Composite pane with a sensor assembly on both sides, comprising a first substrate layer (GS1) and a second substrate layer (GS2), a first patterned electrically conductive layer (LS1) and a second patterned electrically conductive layer (LS2), as well as an insulating layer (ISO), wherein a first capacitive sensing element (SW1) with a first supply line structure (V1) is formed in the first electrically conductive layer (LS1) and a second capacitive sensing element (SW2) with a second supply line structure (V2) is formed in the second electrically conductive layer (LS2), - wherein the first patterned electrically conductive layer (LS1) and the second patterned electrically conductive layer (LS2) are separated from one another at least by the insulating layer (ISO), - wherein the assembly composed of the first patterned electrically conductive layer (LS1), the second patterned electrically conductive layer (LS2), and the insulating layer (ISO) is arranged between the first substrate layer (GS1) and the second substrate layer (GS2), - wherein the first capacitive sensing element (SW1) is arranged offset relative to the second capacitive sensing element (SW2) such that at least parts of the first patterned electrically conductive layer (LS1) form a shielding for the second capacitive sensing element (SW2) and at least parts of the second patterned electrically conductive layer (LS2) form a shielding for the first capacitive sensing element (SW1), characterized in that an overlap of elements of the first capacitive sensitive element (SW1) and of the first supply line structure (V1) makes up an area less than or equal to 10% of the surface area of the second capacitive sensitive element (SW2). - wherein the first patterned electrically conductive layer (LS1) and the second patterned electrically conductive layer (LS2) are separated from one another at least by the insulating layer (ISO), - wherein the assembly composed of the first patterned electrically conductive layer (LS1), the second patterned electrically conductive layer (LS2), and the insulating layer (ISO) is arranged between the first substrate layer (GS1) and the second substrate layer (GS2), - wherein the first capacitive sensing element (SW1) is arranged offset relative to the second capacitive sensing element (SW2) such that at least parts of the first patterned electrically conductive layer (LS1) form a shielding for the second capacitive sensing element (SW2) and at least parts of the second patterned electrically conductive layer (LS2) form a shielding for the first capacitive sensing element (SW1),
A stretch laminate for a wearable article, comprising an outward-facing layer , a wearer-facing layer , and an elastic material sandwiched between the outward-facing layer and the wearer-facing layer, the elastic material having been pre-strained by a pre-strain percentage along a stretch direction during manufacture of the laminate, such that when the stretch laminate is in a relaxed condition the outward-facing layer and the wearer-facing layer are gathered along the stretch direction, wherein the outward-facing layer is formed of a section of nonwoven web material comprising an accumulation of filaments and has an inner surface and an outer surface , the outer surface comprising an ordered arrangement of zones each zone comprising an attenuated region adjacent to a build-up region , wherein the attenuated region has a first basis weight and the build-up region has a second basis weight, wherein the first basis weight is less than the second basis weight, the difference in basis weight corresponding to disposition of the filaments according to the ordered arrangement; wherein the nonwoven web material is formed predominately of fibers, filaments or a combination thereof, which are not knitted or woven, but rather are laid down and accumulated into a batt and then consolidated and held together in a coherent fabric web of material by being bonded via a hot air bonding process.
A method of determining the stage of pre-onset diabetes in a subject with pre-onset diabetes, comprising: measuring the 13 C-labeled glucose level in a blood sample obtained from the subject to which 13 C-labeled glucose was orally administered; and comparing the level with a reference value to determine the stage of pre-onset diabetes is stage A or stage B. measuring the 13 C-labeled glucose level in a blood sample obtained from the subject to which 13 C-labeled glucose was orally administered; and comparing the level with a reference value to determine the stage of pre-onset diabetes is stage A or stage B.
A read / write device for chip cards , comprising: - a holder for a module support , and - a module support which can be removed from the holder and which can be inserted into the holder and locked, - wherein the module support comprises a contactless module for contactless communication with a chip card , characterized by the holder comprising a contacting arm for guiding electrical connections to contact points on the chip card , - wherein in the inserted and locked state, the module support is electrically connected to the holder via electrical lines and plug connectors (125-1, 125-2), - wherein the module support comprises a further module for contact-based communication with the chip card , which in the inserted and locked state is electrically connected to the contacting arm via the plug connectors (125-1, 125-2) so that the signals of the further module to the corresponding contact points on the chip card can be fed from the holder via the electrical lines to the contacting arm . - a holder for a module support , and - a module support which can be removed from the holder and which can be inserted into the holder and locked, - wherein the module support comprises a contactless module for contactless communication with a chip card , characterized by the holder comprising a contacting arm for guiding electrical connections to contact points on the chip card , - wherein in the inserted and locked state, the module support is electrically connected to the holder via electrical lines and plug connectors (125-1, 125-2), - wherein the module support comprises a further module for contact-based communication with the chip card , which in the inserted and locked state is electrically connected to the contacting arm via the plug connectors (125-1, 125-2) so that the signals of the further module to the corresponding contact points on the chip card can be fed from the holder via the electrical lines to the contacting arm .
A method comprising the steps of: (a) closing an input switch (Q2), thereby energizing a low side switch (Q1) and allowing a source current to flow through an inductor (L1) and a resistor (R1); (b) opening the low side switch (Q1) upon a voltage drop across the resistor (R1) reaching a first threshold, thereby forcing a charge current to flow through an energy storage device (C1) utilizing the inductance of the inductor (L1); (c) closing the low side switch (Q1) upon the voltage drop across the resistor (R1) reaching a second threshold, wherein the second threshold is lower than the first threshold; (d) repeating steps a, b and c until the energy storage device (C1) is charged; and (e) closing a discharge switch (Q3), thereby forcing a discharge current to flow from the energy storage device (C1) to the inductor (L1) causing the inductor (L1) to produce an actuating magnetic field thereby actuating a valve; the method further comprising measuring the voltage drop across the resistor (R1) with first and second comparators (CMP1, CMP2); characterised in that the method is measuring a time interval between the second comparator (CMP2) switching off and the first comparator (CMP1) switching on. (a) closing an input switch (Q2), thereby energizing a low side switch (Q1) and allowing a source current to flow through an inductor (L1) and a resistor (R1); (b) opening the low side switch (Q1) upon a voltage drop across the resistor (R1) reaching a first threshold, thereby forcing a charge current to flow through an energy storage device (C1) utilizing the inductance of the inductor (L1); (c) closing the low side switch (Q1) upon the voltage drop across the resistor (R1) reaching a second threshold, wherein the second threshold is lower than the first threshold; (d) repeating steps a, b and c until the energy storage device (C1) is charged; and (e) closing a discharge switch (Q3), thereby forcing a discharge current to flow from the energy storage device (C1) to the inductor (L1) causing the inductor (L1) to produce an actuating magnetic field thereby actuating a valve; measuring the voltage drop across the resistor (R1) with first and second comparators (CMP1, CMP2); characterised in that the method is measuring a time interval between the second comparator (CMP2) switching off and the first comparator (CMP1) switching on.