mhurhangee/patent-ind-claim-en huggingface dataset:
A brew head assembly , comprising: an adjustable assembly , comprising: a brew head ; and a support member , the support member defining a first brew head cavity , a first portion of the brew head being of a first width and a first length less than a width and a length of the first brew head cavity and at least partially inserted into the first brew head cavity, a second portion of the brew head being of a second width greater than the width of the first brew head cavity and positioned exterior to the first brew head cavity, the adjustable assembly being actuatable between an open position and at least one closed position; and a brew cup , the brew cup defining a second brew head cavity , the second width and a second length of the second portion of the brew head being less than a width and a length of the second brew head cavity and at least partially inserted into the second brew head cavity, a height between the brew head and the brew cup when the adjustable assembly is in the at least one closed position being responsive to one or more parameters of a brew pod of a plurality of brew pods , the brew head assembly being insertable within a brewing apparatus dimensioned to fit within a compartment in a galley of an aircraft. an adjustable assembly , comprising: a brew head ; and a support member , the support member defining a first brew head cavity , a first portion of the brew head being of a first width and a first length less than a width and a length of the first brew head cavity and at least partially inserted into the first brew head cavity, a second portion of the brew head being of a second width greater than the width of the first brew head cavity and positioned exterior to the first brew head cavity, the adjustable assembly being actuatable between an open position and at least one closed position; and a brew head ; and a support member , the support member defining a first brew head cavity , a first portion of the brew head being of a first width and a first length less than a width and a length of the first brew head cavity and at least partially inserted into the first brew head cavity, a second portion of the brew head being of a second width greater than the width of the first brew head cavity and positioned exterior to the first brew head cavity, the adjustable assembly being actuatable between an open position and at least one closed position; and a brew cup , the brew cup defining a second brew head cavity , the second width and a second length of the second portion of the brew head being less than a width and a length of the second brew head cavity and at least partially inserted into the second brew head cavity, a height between the brew head and the brew cup when the adjustable assembly is in the at least one closed position being responsive to one or more parameters of a brew pod of a plurality of brew pods , the brew head assembly being insertable within a brewing apparatus dimensioned to fit within a compartment in a galley of an aircraft.
A method for recording motion patterns of a tumbler screening machine , characterized in that the method comprises the following method steps: a. applying an optical marking at the tumbler screening machine ; b. recording the optical marking during operation of the tumbler screening machine and establishing image data for a motion curve ; c. evaluating the recorded image data. a. applying an optical marking at the tumbler screening machine ; b. recording the optical marking during operation of the tumbler screening machine and establishing image data for a motion curve ; c. evaluating the recorded image data.
Die cushion drive having a first pump , a first electrical machine for driving the first pump and a plurality of hydraulic cylinders , wherein the hydraulic cylinders have a first chamber and a second chamber , wherein the first pump is provided for supplying the first chambers of the hydraulic cylinders , wherein the hydraulic cylinders are mechanically connected to a die cushion , wherein a first hydraulic cylinder of the plurality of hydraulic cylinders is connected with its second chamber via a second pressure line to a second pump , wherein a second hydraulic cylinder of the plurality of hydraulic cylinders is connected with its second chamber via a third pressure line to a third pump , wherein the second pump and the third pump are each embodied as servo pumps, wherein the servo pumps are each mechanically coupled to an electrical machine which can be operated both as a motor and also as a generator, wherein the second pressure line is connected to a first valve and wherein the third pressure line is connected to the second valve , wherein a first pressure sensor for measuring the pressure in the second pressure line and a second pressure sensor for measuring the pressure in the third pressure line is present, wherein the die cushion drive comprises a die cushion regulator , which during operation is embodied to regulate the pressure of the die cushion and to preliminarily control the movement of the die cushion , characterised in that a third pressure sensor for measuring the hydraulic pressure is present in a first pressure line between the first pump and the hydraulic cylinders , that during operation the measurement of the first , second and third pressure sensor is used by the die cushion regulator for pressure regulation of the die cushion , that the respective valve and the respective servo pump are linked to the die cushion regulator in such a way that the respective valve is an adjustment element for the pressure regulation and the respective servo pump , which is assigned to the second chamber of the respective cylinder, is an adjustment element for the preliminary control.
A method for provisioning a Universal Integrated Circuit Card, UICC, with a key, the UICC containing an initial subscriber key shared between the UICC and an authentication centre, the method comprising the steps of: exchanging a new key between the UICC and the authentication centre using a communication between the UICC and the authentication centre authenticated using the initial subscriber key; using the new key in place of the initial subscriber key for further communications with the UICC by replacing the initial subscriber key in a memory store of the UICC with the new key, wherein the new key is exchanged between the UICC and the authentication centre using either a Diffie Hellman (DH) or an elliptic curve Diffie-Hellman, ECDH, key agreement protocol, and characterized by that the new key is derived from a function of both the initial subscriber key and an output of the key agreement protocol; and repeating the exchanging and using steps with the new key used instead of the initial subscriber key, to derive a further new key for further communications. exchanging a new key between the UICC and the authentication centre using a communication between the UICC and the authentication centre authenticated using the initial subscriber key; using the new key in place of the initial subscriber key for further communications with the UICC by replacing the initial subscriber key in a memory store of the UICC with the new key, wherein the new key is exchanged between the UICC and the authentication centre using either a Diffie Hellman (DH) or an elliptic curve Diffie-Hellman, ECDH, key agreement protocol, and characterized by that the new key is derived from a function of both the initial subscriber key and an output of the key agreement protocol; and repeating the exchanging and using steps with the new key used instead of the initial subscriber key, to derive a further new key for further communications.
A light control apparatus comprising: a diffuser plate having an opening therein and further comprising: a first surface having an opaque coating and a feature around the opening that exposes a portion of the diffuser plate ; and a second surface ; a light source positioned proximate the second surface of the diffuser plate ; a light pipe optically coupled to the light source , the light pipe positioned around a portion of the opening near the second surface of the diffuser plate , the light pipe delivering light to the diffuser plate around a first portion of the feature ; a light blocker positioned near a second portion of the feature , the light blocker positioned between the light source and the second portion of the feature , the light blocker having an aperture therein to allow light to pass from the light source to the diffuser plate proximate the second portion of the feature , the aperture being smaller than the light blocker . a diffuser plate having an opening therein and further comprising: a first surface having an opaque coating and a feature around the opening that exposes a portion of the diffuser plate ; and a second surface ; a light source positioned proximate the second surface of the diffuser plate ; a light pipe optically coupled to the light source , the light pipe positioned around a portion of the opening near the second surface of the diffuser plate , the light pipe delivering light to the diffuser plate around a first portion of the feature ; a light blocker positioned near a second portion of the feature , the light blocker positioned between the light source and the second portion of the feature , the light blocker having an aperture therein to allow light to pass from the light source to the diffuser plate proximate the second portion of the feature , the aperture being smaller than the light blocker .
Printing apparatus for digital printing on objects, the apparatus having: - a printer for digitally controlled printing an image on each object; - an object transporter for transporting the objects in front of the printer and in a registered alignment between a respective object and the printer and for rotating each individual object in front of the printer, digitally controlling the print on the object surface, wherein the transporter includes a plurality of mandrels , each mandrel being sized to receive a respective one of the objects , characterized in, that the transporter includes a plurality of servo motors , with a respective one of the servo motors being connected to a respective one of the mandrels, the servo motors being operative to rotate and register the respective mandrels in front of each print-head to thereby directly drive the objects to rotate corresponding to an image to be directly printed on the object by the respective print-head , and that the print-heads are arranged in one or two groups (30a to 30f; 43a to 43f), each group of print-heads is aligned around an arcuate part of a circular path with the circular path of movement of the transporter . - a printer for digitally controlled printing an image on each object; - an object transporter for transporting the objects in front of the printer and in a registered alignment between a respective object and the printer and for rotating each individual object in front of the printer, digitally controlling the print on the object surface,
Method for the in-vitro detection / prediction of an imminent childbirth, comprising a step of simultaneous search, in a sample of vaginal or cervical secretions, for markers of the group consisting of intact insulin-like growth factor-binding protein 1 (IGFBP-1 intact), total insulin-like growth factor-binding protein 1 comprising the intact insulin-like growth factor-binding protein 1 and a N-Terminal fragment of insulin-like growth factor-binding protein 1 (total IGFBP-1 B) and Interleukin 6 (IL- 6), imminent childbirth is detected / predicted when at least two of the group markers consisting of intact insulin-like growth factor-binding protein 1 (IGFBP-1 intact), total insulin-like growth factor-binding protein 1 (IGFBP-1 total) and interleukin 6 (IL-6), are detected.
A semiconductor power module comprising an electrically and thermally conductive base plate , a semiconductor chip , a first layer of graphene between the semiconductor chip and the base plate , where the layer is in electrical and thermal contact with a first side of the base plate , a first metallic layer with low melting point on the first side of the chip between the chip and first layer of graphene , a second metallic layer with low melting point on a second, opposite side of the chip , said metallic layers being provided for obtaining a short-circuit failure mode of the semiconductor chip creating an electrically conducting alloy with the semiconductor chip, a top electrode , and an upper base plate on top of the second metallic layer . an electrically and thermally conductive base plate , a semiconductor chip , a first layer of graphene between the semiconductor chip and the base plate , where the layer is in electrical and thermal contact with a first side of the base plate , a first metallic layer with low melting point on the first side of the chip between the chip and first layer of graphene , a second metallic layer with low melting point on a second, opposite side of the chip , said metallic layers being provided for obtaining a short-circuit failure mode of the semiconductor chip creating an electrically conducting alloy with the semiconductor chip, a top electrode , and an upper base plate on top of the second metallic layer .
A manufacturing method for multiple MEMS sound transducers , including the following steps: - manufacturing a reconstructed wafer , wherein multiple chips of a wafer are separated from one another, the separated chips are arranged spaced apart from one another and are encapsulated in a molding material ; - exposing at least one piezoelectric element of the particular chips , so that this is deflectable along a stroke axis , wherein the piezoelectric elements are exposed only after the chips have been encapsulated in the molding material ; - connecting the reconstructed wafer to multiple diaphragms associated with the particular chips , wherein the diaphragms are each connected to the at least one associated piezoelectric element in such a way that, after the piezoelectric elements have been exposed, the diaphragms are each deflectable together with the at least one associated piezoelectric element along the stroke axis , and - isolating the MEMS sound transducers , each of which comprises at least one of the chips and one of the diaphragms . - manufacturing a reconstructed wafer , wherein multiple chips of a wafer are separated from one another, the separated chips are arranged spaced apart from one another and are encapsulated in a molding material ; wherein multiple chips of a wafer are separated from one another, the separated chips are arranged spaced apart from one another and are encapsulated in a molding material ; - exposing at least one piezoelectric element of the particular chips , so that this is deflectable along a stroke axis , wherein the piezoelectric elements are exposed only after the chips have been encapsulated in the molding material ; - connecting the reconstructed wafer to multiple diaphragms associated with the particular chips , wherein the diaphragms are each connected to the at least one associated piezoelectric element in such a way that, after the piezoelectric elements have been exposed, the diaphragms are each deflectable together with the at least one associated piezoelectric element along the stroke axis , and - isolating the MEMS sound transducers , each of which comprises at least one of the chips and one of the diaphragms .
A layered-substrate comprising: an amorphous substrate comprising glass and comprising an outwardly-facing surface; a layer disposed on the outwardly-facing surface, the layer comprising AlOxNy; and an additional layer disposed on the layer or between the layer and the substrate, the additional layer comprising one of SiO 2 and Al 2 O 3 , wherein the layered-substrate exhibits a hardness of at least 12 GPa, as measured by the Berkovich Indenter Hardness Test, along an indentation depth of 100 nm or greater, wherein the glass is chemically strengthened and comprises a compressive stress (CS) layer with a CS of at least 250 MPa extending within the chemically strengthened glass from a surface of the chemically strengthened glass to a depth of layer (DOL) of ≥ 75 μm. an amorphous substrate comprising glass and comprising an outwardly-facing surface; a layer disposed on the outwardly-facing surface, the layer comprising AlOxNy; and an additional layer disposed on the layer or between the layer and the substrate, the additional layer comprising one of SiO 2 and Al 2 O 3 , wherein the layered-substrate exhibits a hardness of at least 12 GPa, as measured by the Berkovich Indenter Hardness Test, along an indentation depth of 100 nm or greater, wherein the glass is chemically strengthened and comprises a compressive stress (CS) layer with a CS of at least 250 MPa extending within the chemically strengthened glass from a surface of the chemically strengthened glass to a depth of layer (DOL) of ≥ 75 μm.
A restraining clamp ring assembly adapted for use with a pipe joint assembly and / or pipe fittings of the type where the pipe joint assembly or pipe fitting includes overlapping of a socket end of one pipe and a taper end of another pipe, the socket having a cavity with at least two openings ; the clamping ring assembly comprising two ring type clamping halves , each clamping half having two lever arms extending axially therefrom so as, in use, to extend axially along said other pipe, a hole being formed in each lever arm spaced apart from the end of the lever arm , a clamping bolt being engageable through the holes of adjacent pairs of lever arms when the clamping halves are engaged so as to clamp said lever arms together, each clamping half further having a "V" shaped recess provided on its inner circumferential surface by means of which, in use, the taper end of said another pipe is held inside the socket; characterised in that the end of each lever arm includes a rectangular slot which extends parallel to the hole in said lever arm; and in that the clamp ring assembly further includes a pair of pins , the external diameter of a middle section of the length of each pin being bigger than the external diameter of each end of each pin and being bigger than the width (w) of the slots such that the ends of the pins are engageable in said slots whilst said middle sections maintain a minimum separation between said ends of said clamping halves , whereby, in use, said middle sections of said pins act as lever fulcrums during tightening of clamping bolts to transmit tightening torque from said clamping bolts into biting force of V shaped recesses into the external periphery of said another pipe.
Device comprising an applicator with a tank for receiving a medium to be applied and a charging station to which the applicator can be docked for filling the tank , wherein the applicator has an applicator device rotatable about its longitudinal axis with a continuous longitudinal channel and a distributor which is arranged in the interior of the applicator between the tank and the applicator device , the charging station having a charging shaft with at least one channel, characterised in that the charging shaft can be inserted into the longitudinal channel, its distal end being couplable to the distributor .
A tire tread comprising: a length (L 10 ) extending in a lengthwise direction, the lengthwise direction being a circumferential direction when the tread is arranged on a tire; a width (W 10 ) extending in a lateral direction, the lateral direction being perpendicular to the lengthwise direction; a thickness (T 10 ) extending in a depthwise direction from an outer, ground-engaging side of the tread , the depthwise direction being perpendicular to both the lengthwise direction and the widthwise direction of the tread ; and a sipe having a length (L 18 ), a height (H 18 ), a width (W 18 ), a thickness (T 18 ) extending in a direction of the sipe width (W 18 ), and a cross-section (X 18 ) taken along a plane extending in a direction of the sipe width (W 18 ) and height (H 18 ), where the cross-section (X 18 ) twists as the sipe thickness (T 18 ) extends along the length (L 18 ) of the sipe , characterized in that the sipe length (L 18 ) is defined by two distal ends , where at least one of the distal ends includes an upright void feature having a length extending primarily in the direction of the sipe height (H 18 ), where the sipe thickness (T 18 ) between the distal ends includes an intermediate sipe portion , the upright void feature having a thickness (T 32 ) greater than the intermediate sipe portion . a length (L 10 ) extending in a lengthwise direction, the lengthwise direction being a circumferential direction when the tread is arranged on a tire; a width (W 10 ) extending in a lateral direction, the lateral direction being perpendicular to the lengthwise direction; a thickness (T 10 ) extending in a depthwise direction from an outer, ground-engaging side of the tread , the depthwise direction being perpendicular to both the lengthwise direction and the widthwise direction of the tread ; and a sipe having a length (L 18 ), a height (H 18 ), a width (W 18 ), a thickness (T 18 ) extending in a direction of the sipe width (W 18 ), and a cross-section (X 18 ) taken along a plane extending in a direction of the sipe width (W 18 ) and height (H 18 ), where the cross-section (X 18 ) twists as the sipe thickness (T 18 ) extends along the length (L 18 ) of the sipe , characterized in that the sipe length (L 18 ) is defined by two distal ends , where at least one of the distal ends includes an upright void feature having a length extending primarily in the direction of the sipe height (H 18 ), where the sipe thickness (T 18 ) between the distal ends includes an intermediate sipe portion , the upright void feature having a thickness (T 32 ) greater than the intermediate sipe portion .
An electric instantaneous water heater, comprising a back panel , a grommet receiving member disposed in the back panel for receiving a cable entry grommet , characterised by a removable cable entry grommet comprising a first and a second end and a sealing lip extending partially around its circumference on the first end , wherein the cable entry grommet further includes as least one engaging member on its first end for engaging the grommet receiving member , and wherein the second end of the cable entry grommet is of an asymmetric shape, and wherein the grommet receiving member is funnel-shaped.