mhurhangee/patent-ind-claim-en huggingface dataset:
An integrated circuit, IC, for tunneling I2C transactions between a master and slaves , the IC comprising: a first low-speed interface configured to be coupled to a low-speed link , wherein the first low-speed interface comprises an I2C interface; a translation circuit associated with the first low-speed interface, the translation circuit comprising a slave address table lookup, SATL, circuit; a second low-speed interface configured to be coupled to a sideband link in a multichannel bus , the sideband link comprising sideband use, SBU, pins of Universal Serial Bus, USB, standard, wherein the second low-speed interface comprises a sideband interface in a USB interface; and a control circuit configured to: receive a first signal from the first low-speed interface from the master ; use the translation circuit to generate a command having an address embedded therein, wherein the address is an address of a slave translated using the SATL; and send the command through the second low-speed interface across the multichannel bus to a remote IC, the remote IC comprising the slave . a first low-speed interface configured to be coupled to a low-speed link , wherein the first low-speed interface comprises an I2C interface; a translation circuit associated with the first low-speed interface, the translation circuit comprising a slave address table lookup, SATL, circuit; a second low-speed interface configured to be coupled to a sideband link in a multichannel bus , the sideband link comprising sideband use, SBU, pins of Universal Serial Bus, USB, standard, wherein the second low-speed interface comprises a sideband interface in a USB interface; and a control circuit configured to: receive a first signal from the first low-speed interface from the master ; use the translation circuit to generate a command having an address embedded therein, wherein the address is an address of a slave translated using the SATL; and send the command through the second low-speed interface across the multichannel bus to a remote IC, the remote IC comprising the slave . receive a first signal from the first low-speed interface from the master ; use the translation circuit to generate a command having an address embedded therein, wherein the address is an address of a slave translated using the SATL; and send the command through the second low-speed interface across the multichannel bus to a remote IC, the remote IC comprising the slave .
An optical element (1,1',1",1′′′) for vehicles, comprising: a light incident section (10, 10', 10", 10′′′) for receiving light directly from a light source; a light exit section (30, 30', 30", 30′′′) having a focal plane (P2); and a third section (20, 20', 20", 20′′′) that directs light from the light incident section (10, 10', 10", 10"') toward the light exit section (30, 30', 30", 30"') in a predetermined manner to generate a predetermined low beam or high beam distribution, the third section (20, 20', 20", 20"') being arranged between the light incident section (10, 10', 10", 10′′′) and the light exit section (30, 30', 30", 30′′′), wherein the optical element (1, 1', 1", 1′′′) is implemented integrally, wherein the third section (20, 20', 20", 20′′′) has a recess, a surface of the recess correspondingly forming a first light-refractive surface (21, 21', 21", 21′′′) facing the light incident section, a second light-refractive surface (24, 24', 24", 24"') facing the light exit section, and a light-reflective surface (22, 22', 22", 22"') between the first light-refractive surface and the second light-refractive surface, wherein a focal plane (P1) of at least a portion of the first light-refractive surface at least approximately coincides with the focal plane (P2) of the light exit section, characterised in that the at least a portion of the light is refracted at the first light-refractive surface (21, 21', 21", 21′′′) and propagates toward the focal plane (P1) of the first light-refractive surface. a light incident section (10, 10', 10", 10′′′) for receiving light directly from a light source; a light exit section (30, 30', 30", 30′′′) having a focal plane (P2); and a third section (20, 20', 20", 20′′′) that directs light from the light incident section (10, 10', 10", 10"') toward the light exit section (30, 30', 30", 30"') in a predetermined manner to generate a predetermined low beam or high beam distribution, the third section (20, 20', 20", 20"') being arranged between the light incident section (10, 10', 10", 10′′′) and the light exit section (30, 30', 30", 30′′′), wherein the optical element (1, 1', 1", 1′′′) is implemented integrally, wherein the third section (20, 20', 20", 20′′′) has a recess, a surface of the recess correspondingly forming a first light-refractive surface (21, 21', 21", 21′′′) facing the light incident section, a second light-refractive surface (24, 24', 24", 24"') facing the light exit section, and a light-reflective surface (22, 22', 22", 22"') between the first light-refractive surface and the second light-refractive surface, wherein a focal plane (P1) of at least a portion of the first light-refractive surface at least approximately coincides with the focal plane (P2) of the light exit section, characterised in that the at least a portion of the light is refracted at the first light-refractive surface (21, 21', 21", 21′′′) and propagates toward the focal plane (P1) of the first light-refractive surface.
An apparatus for making a frozen dessert, the apparatus including: a chassis; a reservoir located within the chassis for receiving a liquid dessert mixture; a cooling module configured to cool the dessert mixture in the reservoir ; a rotatable paddle located within the reservoir , the paddle configured to rotate about an axis within the reservoir ; a drive motor configured to drive rotation of the paddle; a control module configured to control the drive motor to rotate the paddle; characterized in that the reservoir and the axis of rotation of the paddle are horizontally directed; the apparatus further includes a vertically-orientated lid that closes an opening of the reservoir , the lid defining an aperture for receiving the mixture; and the lid is configured to rotate with respect to a horizontal axis between a fill configuration, in which the aperture faces upwardly to receive the mixture, and a dispense configuration, in which the aperture faces downward to allow the frozen dessert to be dispensed. a chassis; a reservoir located within the chassis for receiving a liquid dessert mixture; a cooling module configured to cool the dessert mixture in the reservoir ; a rotatable paddle located within the reservoir , the paddle configured to rotate about an axis within the reservoir ; a drive motor configured to drive rotation of the paddle; a control module configured to control the drive motor to rotate the paddle; characterized in that the reservoir and the axis of rotation of the paddle are horizontally directed; the apparatus further includes a vertically-orientated lid that closes an opening of the reservoir , the lid defining an aperture for receiving the mixture; and the lid is configured to rotate with respect to a horizontal axis between a fill configuration, in which the aperture faces upwardly to receive the mixture, and a dispense configuration, in which the aperture faces downward to allow the frozen dessert to be dispensed.
A printed circuit board arrangement, comprising: a main printed circuit board comprising an elongated slot ; and a secondary printed circuit board comprising a connector portion inserted into said elongated slot , wherein the elongated slot comprises a protrusion , extending from a first side wall of the elongated slot towards a second side wall on the opposite side of the elongated slot , and wherein said connector portion comprises a spring portion engaging with said protrusion , wherein said protrusion is wedge shaped with at least one sloping surface , wherein said spring portion is formed with an outer sloping edge , whereby, upon insertion of said connector portion into said elongated slot , said outer sloping edge of said spring portion engages with said sloping surface of said wedge shaped protrusion such that said spring portion is forced to bend resulting in a force pressing said connector portion to the second side wall of the elongated slot , said force holding the secondary printed circuit board at a substantially perpendicular angle to the main printed circuit board allowing a reduced production tolerance of the connector portion . a main printed circuit board comprising an elongated slot ; and a secondary printed circuit board comprising a connector portion inserted into said elongated slot , wherein the elongated slot comprises a protrusion , extending from a first side wall of the elongated slot towards a second side wall on the opposite side of the elongated slot , and wherein said connector portion comprises a spring portion engaging with said protrusion , wherein said protrusion is wedge shaped with at least one sloping surface , wherein said spring portion is formed with an outer sloping edge , whereby, upon insertion of said connector portion into said elongated slot , said outer sloping edge of said spring portion engages with said sloping surface of said wedge shaped protrusion such that said spring portion is forced to bend resulting in a force pressing said connector portion to the second side wall of the elongated slot , said force holding the secondary printed circuit board at a substantially perpendicular angle to the main printed circuit board allowing a reduced production tolerance of the connector portion .
A charging apparatus for charging a battery , the apparatus comprising: a temperature measurer configured to measure an ambient temperature of the battery ; a storage device configured to correlate the ambient temperature with a state of charge, SOC, in advance and stores the correlation; a controller configured to read out the SOC correlated with the temperature measured by said temperature measurer from said storage device and to calculate a product of the read-out SOC and an allowable charging voltage value of the battery as the charging voltage value; and a charger configured to charge the battery at the charging voltage value calculated by said controller , wherein said storage device is configured to store a higher SOC for a higher temperature as the SOC that is correlated with the higher temperature. a temperature measurer configured to measure an ambient temperature of the battery ; a storage device configured to correlate the ambient temperature with a state of charge, SOC, in advance and stores the correlation; a controller configured to read out the SOC correlated with the temperature measured by said temperature measurer from said storage device and to calculate a product of the read-out SOC and an allowable charging voltage value of the battery as the charging voltage value; and a charger configured to charge the battery at the charging voltage value calculated by said controller , wherein said storage device is configured to store a higher SOC for a higher temperature as the SOC that is correlated with the higher temperature.
A reactor for the combustion of sulfur whereby the reactor's walls form a symmetrical base area b, whereby at least two burners are mounted each with a burner holding device , whereby all burner holding devices have the same distance to each other and each burner holding device has the same distance to the a center point z of the base area b, characterized in that at least one burner holding device is arranged such that during operation the flame of said burner shows an angle α between 0 and 45° to a center axis a, which is defined as the shortest connection between this burner holding device and the center point z.
A system for providing an augmented reality, a virtual reality, and/or a mixed reality experience to a user, wherein the user views a real-world environment through a first display and a second display , the system comprising: a wearable visualization device comprising the first display , wherein the first display is configured to display a first layer of virtual features; a fixed visualization device comprising the second display , wherein the second display is configured to display a second layer of virtual features; and a processor configured to generate the first layer of virtual features and the second layer of virtual features, and wherein the processor is configured to operatively communicate with the wearable visualization device and the fixed visualization device via communication features of the system to temporally and spatially coordinate presentation of the first layer of virtual features and the second layer of virtual features. a wearable visualization device comprising the first display , wherein the first display is configured to display a first layer of virtual features; a fixed visualization device comprising the second display , wherein the second display is configured to display a second layer of virtual features; and a processor configured to generate the first layer of virtual features and the second layer of virtual features, and wherein the processor is configured to operatively communicate with the wearable visualization device and the fixed visualization device via communication features of the system to temporally and spatially coordinate presentation of the first layer of virtual features and the second layer of virtual features.
A dental model for a dental modeling, comprising a model base and comprising a tooth stump that can be removed from the model base , the model base comprising a receiving cavity for receiving the tooth stump , the tooth stump comprising a preparation section and a shaft , the preparation section being designed for the prosthetic reconstruction of a tooth and the shaft being designed for insertion into the receiving cavity along an insertion direction, the model base and/or the shaft comprising an elastic positioning element for positioning the tooth stump relative to the model base , characterized in that the shaft has a shoulder , the shoulder being designed as a stop and, as a result, the depth of the target position of the shaft in the receiving cavity being limited in the axial direction of the tooth stump , the shoulder comprising a plurality of shoulder segments forming the stop, and the shoulder segments having different extents in the axial direction.
Droplet deposition apparatus comprising an integrally-formed manifold component , a fluid-flow component , and one or more actuator components ; wherein said one or more actuator components provide first and second arrays of fluid chambers , each fluid chamber having a piezoelectric actuator element and a nozzle , said piezoelectric actuator element being operable to cause the release in a deposition direction of fluid droplets through said nozzle in response to electrical signals, said arrays of fluid chambers extending side-by side in an array direction from a respective first longitudinal end to a respective second, opposite longitudinal end, said array direction being generally perpendicular to said deposition direction ; wherein the manifold component is elongate in said array direction and comprises first, second and third manifold chambers , said manifold chambers extending side-by-side in said array direction, said first manifold chamber being disposed between said second and third manifold chambers ; wherein said first manifold chamber is fluidically connected to said second manifold chamber via each of the fluid chambers in said first array and to said third manifold chamber via each of the fluid chambers in said second array ; wherein said manifold component further comprises first, second and third conduits , said first conduit branching into said second and third conduits at a fluid junction provided by said manifold component and said fluid-flow component together, said second and third conduits being connected respectively to said second and third manifold chambers ; wherein said fluid-flow component is shaped generally as a plug that is shaped to be received within a corresponding socket provided by said manifold component ; and wherein said fluid-flow component is shaped so that it has an adjustable effect on the flows in said second and third conduits to present substantially the same amount of impedance to fluid flow presented by said second and third conduits .
A guiding device for a rock-drilling machine , the rock-drilling machine including a drill portion with a drill bit , which has a drill-portion centre axis , and a string portion with a string-portion centre axis , the drill-portion and the string-portion being interconnected by means of a guiding joint , and the drill portion being provided, between the drill bit and the guiding joint , with a guiding support being formed with a centric drive shaft , said drive shaft connecting at one end of the drive shaft to the drill bit and at an opposite end of the drive shaft to a gear by means of flanges , the gear being connected to a downhole driving motor disposed between the gear and the guiding joint , wherein the guiding support further comprises a wheel frame surrounding the drive shaft , and wherein the wheel frame which is arranged to rotate freely about the drive shaft , comprises several guiding wheels spaced around the drill-portion centre axis at a fixed distance from the drill-portion centre axis , said wheels being arranged to bear against the borehole wall of a borehole .
A multilayer structure comprising a base (X), a layer (Y), and a layer (Z), wherein the layer (Y) contains an aluminum-containing compound (A), and the layer (Z) contains an organic phosphorus compound (BO) and a polymer (F) having an ether bond and having no glycosidic bond, a maximum absorption wavenumber for the layer (Y) in the region from 800 to 1,400 cm -1 is 1,080 to 1,130 cm -1 , wherein the aluminum-containing compound (A) is a compound (Ab) comprising a reaction product (D) formed by a reaction between an aluminum-containing metal oxide (Aa) and an inorganic phosphorus compound (BI), wherein the ratio W BO /W BI between the mass W BI of the inorganic phosphorus compound (BI) and the mass W BO of the organic phosphorus compound (BO) is 0.06 or more.
A method for the manual transport of an object/goods, preferably tables, beds, and the like, which object comprises a flat-shaped part arranged on top of legs or supports, which part during use extends horizontally, wherein the transport of said objects takes place by means of a transport device comprising a platform , which at its bottom side is provided with at least three around a vertical axis pivotable wheels intended to enable movement/transport of the transport device with the platform in a horizontal position, and which platform at its upper side is provided with at least three supports comprising at least a first and a second support arranged to support an object at movement/transport wherein said first support is fixed and said second support is adjustably attached arranged to enable adaption to the size of the object by means of a coupling/lock whereby it is achieved that the transport device can be mounted to the object before movement of the object and comprising a support plate positioned on top of the platform , which support plate has a limited length (L) in relation to the length of the platform to provide gaps between beams provided at the short sides of the platform and the edge of the support plate and wherein said second support protrudes a substantially longer distance up from the platform than the fixed support and wherein the method implies that said object is turned so that its normally horizontal flat shaped part is positioned in a vertical position on the upper side of the platform before the movement/transport, wherein before the turning of the object is commenced said supports are adapted in the same way so that the platform is arranged vertically relatively the object by arranging at least one support on the upper side of the object, a second, support at the bottom side of the object and to bring said plate arranged on the upper side of the platform to abutment against the object , and thereafter turn said object 90° wherein the platform resumes the horizontal position with said object loaded and supported on the upper side of the platform .
A signal demodulation apparatus for a closed communication system in which a receiving end of the closed communication system acknowledges modulation manner of a transmitting end of the closed communication system, comprising: an analog voltage comparator , configured to convert a modulated signal into a digital signal, and output the digital signal, wherein the modulated signal is a 2ASK modulated signal, a 2FSK modulated signal, or a 2PSK modulated signal; and a sampling decider , configured to sample the digital signal, and acquire a value represented by the digital signal according to a feature of a sampled digital signal to complete a signal demodulation; wherein the sampling decider comprises: a high-frequency clock sampling circuit , configured to sample at least two points for a high level of any pulse of the digital signal using a high-frequency clock, and output the sampled digital signal; and a feature extracting and deciding circuit , configured to extract the feature of the sampled digital signal, and compare the feature extracted with features of known digital modulated signals to acquire the value represented by the digital signal to complete the signal demodulation. an analog voltage comparator , configured to convert a modulated signal into a digital signal, and output the digital signal, wherein the modulated signal is a 2ASK modulated signal, a 2FSK modulated signal, or a 2PSK modulated signal; and a sampling decider , configured to sample the digital signal, and acquire a value represented by the digital signal according to a feature of a sampled digital signal to complete a signal demodulation; wherein the sampling decider comprises: a high-frequency clock sampling circuit , configured to sample at least two points for a high level of any pulse of the digital signal using a high-frequency clock, and output the sampled digital signal; and a feature extracting and deciding circuit , configured to extract the feature of the sampled digital signal, and compare the feature extracted with features of known digital modulated signals to acquire the value represented by the digital signal to complete the signal demodulation. a high-frequency clock sampling circuit , configured to sample at least two points for a high level of any pulse of the digital signal using a high-frequency clock, and output the sampled digital signal; and a feature extracting and deciding circuit , configured to extract the feature of the sampled digital signal, and compare the feature extracted with features of known digital modulated signals to acquire the value represented by the digital signal to complete the signal demodulation.
An amino acid formulation for oral administration, comprising granulates of fifteen or more of the following amino acids in the recited weight parts: Amino Acid Weight Parts L-Alanine 2.0-12.0 L-Arginine 3.0-10.5 L-Aspartic Acid 5.0-10.5 L-Cystine 1.5-4.0 L-Glutamic Acid + Glutamine 7.0-25.0 Glycine 3.5-15.0 L-Histidine 2.0-6.5 L-Isoleucine 2.0-8.5 L-Leucine 8.0-15.0 L-Lysine 4.5-10.5 L-Methionine 1.0-3.0 L-Phenylalanine 0.0 or 4.0-7.5 L-Proline 3.5-15.0 L-Serine 2.0-8.5 L-Threonine 4.0-7.5 L-Tryptophan 1.0-4.0 L-Tyrosine 0.0 or 2.5-14.0 L-Valine 2.5-10.0 L-Carnitine 0.0-0.2 Taurine 0.05-1.0 wherein the granulates are coated by a coating of from 1 wt% to 15 wt% ethylcellulose based on the weight of the amino acids; and wherein 2 g of said amino acids in said granulates release no more than 60% of the amino acids in 30 minutes of dissolution testing performed in a <711> USP 39 NF 34, paddle apparatus, at 37 °C, in 500 mL, 0.1 N hydrochloric acid (pH 1.2), paddle speed 50 rpm.