mhurhangee/patent-ind-claim-en huggingface dataset:
Capsule for preparing an edible product on a brewing device , and presenting: - a first construction element configured in a container-like form and adapted so as to provide a collection volume for a single portion of an edible substance, and - a second construction element configured in a circular lid-like form, and adapted so as to confine said collection volume of first construction element and as to provide an entry flow passageway to the interior of said first construction element , whereby said second construction element comprises a flow entry wall part that presents a disk-like general with a prevailing wall thickness (e 31 ) between two plane transversal relative to an axial axis (X) of said flow entry wall part , whereby said flow entry wall part is provided in a rigid material, whereby said flow entry wall part comprises a passageway wall provided with a circular shape delimited by a first circumferential alignment and disposed centred relative to an axial axis (X) of said flow entry wall part , whereby said flow passageway wall presents a weakened material region that develops along at least most part of said first circumferential alignment and that is adapted so that breaks under a given upstream flow pressure, whereby said flow entry wall part presents a recess region that develops in the upstream direction from the upstream oriented surface of said flow entry wall part , said capsule being characterized in that said intercalary region between said passageway wall and said recess region , presents an intercalary wall thickness (e 6 ) that is bigger than the passageway wall thickness (e 4 ) of said passageway wall and bigger than the recess wall thickness (e 5 ) of said recess region , preferentially is at least approximately similar to said prevailing wall thickness (e 31 ). - a first construction element configured in a container-like form and adapted so as to provide a collection volume for a single portion of an edible substance, and - a second construction element configured in a circular lid-like form, and adapted so as to confine said collection volume of first construction element and as to provide an entry flow passageway to the interior of said first construction element ,
A user equipment, UE, management method, wherein the method is used by a base station to manage UE that accesses the base station, the base station stores a management list, wherein the management list is configured to indicate a correspondence among a UE type, a feature, and a home list field, each UE type corresponds to at least one feature, each feature corresponding to each UE type corresponds to one home list field, and the method comprises: obtaining (S310), by the base station, a UE type of the UE; searching (S320), by the base station according to the obtained UE type of the UE, the management list for a feature and a home list field corresponding to the UE type; and determining (S330), by the base station according to the home list field corresponding to the found feature, whether to allow or forbid the UE to execute the found feature, characterized in that the home list field is settable to "white list" to denote a feature corresponding to the home list field as a feature for improving user experience for a UE of a type corresponding to the home list field, so as to allow the UE to execute the feature, and the home list field is settable to "black list" to denote a feature corresponding to the home list field as a feature that is incompatible with a UE of a type corresponding to the home list field, so as to forbid the UE to execute the feature. obtaining (S310), by the base station, a UE type of the UE; searching (S320), by the base station according to the obtained UE type of the UE, the management list for a feature and a home list field corresponding to the UE type; and determining (S330), by the base station according to the home list field corresponding to the found feature, whether to allow or forbid the UE to execute the found feature, characterized in that the home list field is settable to "white list" to denote a feature corresponding to the home list field as a feature for improving user experience for a UE of a type corresponding to the home list field, so as to allow the UE to execute the feature, and the home list field is settable to "black list" to denote a feature corresponding to the home list field as a feature that is incompatible with a UE of a type corresponding to the home list field, so as to forbid the UE to execute the feature.
A method comprising: creating haptic feedback in mid-air using ultrasound comprising the steps of: producing an acoustic field from a transducer array having known relative positions and orientations; defining a focus point having a known spatial relationship relative to the transducer array defining a path having at least a first path dimension and a second path dimension, and having a known spatial relationship relative to the transducer array in which the focus point will translate; moving the focus point near the path so as to produce little audible sound; wherein the path is approximated by an approximation function using curve fitting techniques; filtering the approximation function in the first path dimension and in the second path dimension to reduce high-frequency content. producing an acoustic field from a transducer array having known relative positions and orientations; defining a focus point having a known spatial relationship relative to the transducer array defining a path having at least a first path dimension and a second path dimension, and having a known spatial relationship relative to the transducer array in which the focus point will translate; moving the focus point near the path so as to produce little audible sound; wherein the path is approximated by an approximation function using curve fitting techniques; filtering the approximation function in the first path dimension and in the second path dimension to reduce high-frequency content.
A particle sorting module comprising a housing comprising a proximal end, a distal end and a wall therebetween, wherein the housing further comprises a sample injection port positioned at the proximal end of the housing and configured to inject a sample flow stream of particle containing droplets and a droplet deflector configured to deflect droplets of the sample flow stream characterized in that : there is an opening that is positioned in the wall between the droplet deflector and the distal end of the housing downstream of the sample injection port and droplet deflector and is configured for visualizing droplets of the deflected sample flow stream (101a, 101b and 101c).
A method of in vitro diagnosing a central nervous system damage or a degenerative brain disease comprising measuring an amount of a family with sequence similarity 19, member A5 (FAM19A5) protein from a biological sample of a subject in need thereof with an antibody that is specific to the FAM19A5 protein, wherein the central nervous system damage or degenerative brain disease is associated with reactive astrocytes.
Elastomer body for a shaft bearing of a motor vehicle, which can be arranged in a gap between a bearing support and an inner body , comprising a first fastening leg , a second fastening leg and a connecting portion which interconnects the two fastening legs , wherein at least one of the fastening legs has a plug-on groove which can be plugged onto the bearing support in such a way that the plug-on groove engages around the bearing support , wherein the plug-on groove has a first leg , a second leg and a base which interconnects the two legs , wherein the base has a first base portion and a second base portion , and wherein the second base portion is pivotable with respect to the fastening leg in order to widen the plug-on groove over the entire length of the bearing support and to plug the plug-on groove onto the bearing support for force-fitting connection.
A method , comprising: modulating an impedance of one or more tunable elements based on a sequence of tuning vectors, wherein the one or more tunable elements are associated with an antenna on a source device ; measuring an amplitude of a reference signal received by the source device for each tuning vector; determining field amplitudes for an array of reference points that circumscribe at least a portion of the source device based on the reference signal amplitude for each tuning vector, wherein the array of reference points define a surface that circumscribes the antenna based on a Nyquist sampling rate of one reference point per (λ/2) 2 ; determining a target tuning vector that defines a target radiation pattern based on the field amplitudes; and transmitting a target signal to a target device based on the target radiation pattern. modulating an impedance of one or more tunable elements based on a sequence of tuning vectors, wherein the one or more tunable elements are associated with an antenna on a source device ; measuring an amplitude of a reference signal received by the source device for each tuning vector; determining field amplitudes for an array of reference points that circumscribe at least a portion of the source device based on the reference signal amplitude for each tuning vector, wherein the array of reference points define a surface that circumscribes the antenna based on a Nyquist sampling rate of one reference point per (λ/2) 2 ; determining a target tuning vector that defines a target radiation pattern based on the field amplitudes; and transmitting a target signal to a target device based on the target radiation pattern.
Inverted portal axle for use in a low floor bus comprising two hub carriers having a bearing centre axis , which bearing centre axes are positioned on a common axis and wherein the two hub carriers are connected by an axle bridge structure that is radially spaced apart from the common axis thereby creating a space for a low floor when the axle is used in a low floor bus, wherein each hub carrier comprises a stator of an electric motor and carries a rotary assembly comprising a flange to support a rim for a tyre , wherein each hub carrier comprises a first part which is laterally positioned within the rim and tyre combination when mounted and a second part ; wherein the second part of one hub carrier is connected to the second part of the other hub carrier by the axle bridge structure; wherein the rotary assembly comprises a wheel hub shaft and a second part ; wherein the second part of the hub carrier comprises the stator of the electric motor and the second part of the rotary assembly comprises a rotor of the electric motor, characterised in that the electric motor is a direct drive electric motor , the tyre is a single tyre , the second part of the hub carrier is laterally positioned next to the rim and tyre combination when mounted and the second part of the rotary assembly is laterally positioned next to the rim and tyre combination when mounted. wherein each hub carrier comprises a first part which is laterally positioned within the rim and tyre combination when mounted and a second part ; wherein the second part of one hub carrier is connected to the second part of the other hub carrier by the axle bridge structure; wherein the rotary assembly comprises a wheel hub shaft and a second part ; wherein the second part of the hub carrier comprises the stator of the electric motor and the second part of the rotary assembly comprises a rotor of the electric motor, characterised in that the electric motor is a direct drive electric motor , the tyre is a single tyre , the second part of the hub carrier is laterally positioned next to the rim and tyre combination when mounted and the second part of the rotary assembly is laterally positioned next to the rim and tyre combination when mounted.
A long-neck sander with a drive unit for driving a rotatable or oscillating grinding wheel, and with a two-part dust protection device with an at least partially circumferential sealing flange for creating an extraction space in the vicinity of the grinding wheel, the grinding wheel being at least partially surrounded by the dust protection device and the sealing flange being provided with a recess in a specific circumferential section, wherein the first part of the dust protection device is formed by a protective hood and the second part is formed by means of an adjustment flange rotatable relative to the protective hood about an axis substantially orthogonal to a disc plane of the grinding disc, wherein the sealing flange is arranged on the adjusting flange , wherein in a first rotational position of the adjusting flange a connection of the suction chamber to the surroundings is created by the recess and in a second rotational position of the adjusting flange the recess is thereby covered, in that a sealing lip which is essentially ring-segment-like is arranged on the protective hood and, in the second rotational position, overlaps the recess of the sealing flange , characterized in that the sealing lip is arranged inside the suction chamber and in the second rotary position is able to cover the recess from the inside of the suction chamber.
A substrate for being mounted on a support stand , thereby enabling a plate to be mounted for forming a raised floor , the substrate being characterized in that it comprises: at least one first region having a shape of a long strip; and at least one second region , wherein the second region and the first region are adjacently provided along a first direction and are mutually joined, and the second region forms a misalignment with the first region on one side of a second direction perpendicular to the first direction, such that the first region and the second region form a segment difference on one side of the second direction. at least one first region having a shape of a long strip; and at least one second region , wherein the second region and the first region are adjacently provided along a first direction and are mutually joined, and the second region forms a misalignment with the first region on one side of a second direction perpendicular to the first direction, such that the first region and the second region form a segment difference on one side of the second direction.
A foldable container comprising a bottom plate , a top plate , and side wall panels provided between the bottom plate and the top plate , wherein the side wall panels include a front panel , a rear panel , a first side panel , and a second side panel , and the container comprises: first and second torsion bars (T1, T2) respectively provided at lower ends of the first and second side panels to generate torque when the first and second side panels are rotated; third and fourth torsion bars (T3, T4) respectively provided at lower ends of the front panel and the rear panel to generate torque when the front panel and the rear panel are rotated, characterized in that the container further comprises a first rotation support member having an L-shape, including one end coupled to a post coupling point spaced apart by a predetermined distance from the lower end of the front panel , and the other end coupled to a third torsion bar (T3) at a bottom plate coupling point located on a side spaced apart by a predetermined distance from an end of the bottom plate to support the rotation operation of the front panel ; and a second rotation support member having an L-shape, including one end coupled to a post coupling point spaced apart by a predetermined distance from the lower end of the rear panel , and the other end coupled to a fourth torsion bar (T4) at a bottom plate coupling point located on a side spaced apart by a predetermined distance from an end of the bottom plate to support the rotation operation of the rear panel , wherein the front panel and the rear panel are rotated around the bottom plate coupling points , and the top plate is completely detachably coupled to the side wall panels . first and second torsion bars (T1, T2) respectively provided at lower ends of the first and second side panels to generate torque when the first and second side panels are rotated; third and fourth torsion bars (T3, T4) respectively provided at lower ends of the front panel and the rear panel to generate torque when the front panel and the rear panel are rotated, characterized in that the container further comprises a first rotation support member having an L-shape, including one end coupled to a post coupling point spaced apart by a predetermined distance from the lower end of the front panel , and the other end coupled to a third torsion bar (T3) at a bottom plate coupling point located on a side spaced apart by a predetermined distance from an end of the bottom plate to support the rotation operation of the front panel ; and a second rotation support member having an L-shape, including one end coupled to a post coupling point spaced apart by a predetermined distance from the lower end of the rear panel , and the other end coupled to a fourth torsion bar (T4) at a bottom plate coupling point located on a side spaced apart by a predetermined distance from an end of the bottom plate to support the rotation operation of the rear panel , wherein the front panel and the rear panel are rotated around the bottom plate coupling points , and the top plate is completely detachably coupled to the side wall panels .
A printing apparatus for printing on an outer surface of a three-dimensional object having a longitudinal axis, the apparatus comprising: (i) an intermediate transfer member (ITM) having the form of a flexible endless belt with a release surface, (ii) an imaging station at which at least one ink composition that comprises a coloring agent, a resin and an optional liquid carrier, is deposited on the release surface to form an ink image; (iii) a drying station at which the ink image is substantially dried, by evaporation of any liquid carrier in the ink or by exposure to radiation to cure the ink, so as to form a dried ink image on the release surface; (iv) an impression station having a nip at which the ITM is compressed between an object and an impression surface, so that the dried ink image is transferred from the release surface of the ITM to the outer surface of the object; and (v) an object transport system for transporting objects to the impression station and rotating each object about its own longitudinal axis during passage through the impression station such that, at the nip, the outer surface of each object makes rolling contact with the release surface of the ITM, characterised in that the impression surface forms part of a stationary anvil, the ITM sliding relative to the impression surface during passage through the impression station. (i) an intermediate transfer member (ITM) having the form of a flexible endless belt with a release surface, (ii) an imaging station at which at least one ink composition that comprises a coloring agent, a resin and an optional liquid carrier, is deposited on the release surface to form an ink image; (iii) a drying station at which the ink image is substantially dried, by evaporation of any liquid carrier in the ink or by exposure to radiation to cure the ink, so as to form a dried ink image on the release surface; (iv) an impression station having a nip at which the ITM is compressed between an object and an impression surface, so that the dried ink image is transferred from the release surface of the ITM to the outer surface of the object; and (v) an object transport system for transporting objects to the impression station and rotating each object about its own longitudinal axis during passage through the impression station such that, at the nip, the outer surface of each object makes rolling contact with the release surface of the ITM,
A receiver comprising: receiving circuitry , configured to receive a phase tracking reference signal and a data signal; and demodulating circuitry , which is configured to demodulate the data signal by using the phase tracking reference signal, characterized in by the phase tracking reference signal being mapped onto a subcarrier, which is determined by using an identification of a mobile station and to which demodulating reference signals using a precoding which is identical to that used by the phase tracking reference signal are mapped. receiving circuitry , configured to receive a phase tracking reference signal and a data signal; and demodulating circuitry , which is configured to demodulate the data signal by using the phase tracking reference signal, characterized in by the phase tracking reference signal being mapped onto a subcarrier, which is determined by using an identification of a mobile station and to which demodulating reference signals using a precoding which is identical to that used by the phase tracking reference signal are mapped.
A Field Programmable Gate Array capable of implementing a logic function said Field Programmable Gate Array comprising a plurality of hardware lookup tables, the select lines or outputs of each lookup table being programmably interconnected with select lines or outputs of another said lookup table by means of a plurality of programmable switches, said Field Programmable Gate Array being characterized by further comprising a plurality of flip flops in a shift register configuration and constituting a programming shift register, each Lookup table having at least one input coupled to an output of a respective said flip flop, said Field Programmable Gate Array further comprising a multiplexer having an output coupled to a programming shift register , said Field Programmable Gate Array being configured to instruct said multiplexer to select an input receiving configuration values implementing a logic function, said Field Programmable Gate Array being further configured to instruct a plurality of LUT flip flops to enter an operational configuration wherein each said LUT flip flop receives inputs from the outputs of a plurality of LUTs respectively, and said Field Programmable Gate Array being further configured to clock said programming shift register to load a first set of elements thereof with LUT configuration values belonging to said configuration values implementing said logic function and to clock said programming shift register to load a second set of elements of said shift register * with routing switch configuration values belonging to said configuration values implementing said logic function. said Field Programmable Gate Array being configured to instruct said multiplexer to select an input receiving configuration values implementing a logic function, said Field Programmable Gate Array being further configured to instruct a plurality of LUT flip flops to enter an operational configuration wherein each said LUT flip flop receives inputs from the outputs of a plurality of LUTs respectively, and said Field Programmable Gate Array being further configured to clock said programming shift register to load a first set of elements thereof with LUT configuration values belonging to said configuration values implementing said logic function and to clock said programming shift register to load a second set of elements of said shift register * with routing switch configuration values belonging to said configuration values implementing said logic function.