mhurhangee/patent-ind-claim-en huggingface dataset:
A dehydrochlorination process comprising contacting R f CHClCH 2 Cl with a chromium oxyfluoride catalyst in a reaction zone to produce a product mixture comprising R f CCl=CH 2 , wherein R f is a perfluorinated alkyl group, wherein the chromium oxyfluoride catalyst has the formula Cr 2 O x F y , wherein x + y/2 = 3.
A torque sensor (100; 200; 300; 400; 500; 600; 700; 800; 900; 1000; 1100) having a base body (101; 1001; 1101) which extends in a radial direction (Y) of the base body from an annular inner flange (103; 703; 803; 903; 1003; 1103) having first force application points , via a mechanically weakened sensor portion (107; 307; 507; 607; 707; 1007) equipped with measurement transducers which generate output signals, to an annular outer flange (109; 209; 309; 709; 1009; 1109) having second force application points (111; 211; 311; 411; 511; 611; 711; 811; 911; 1011; 1111), characterized in that the second force application points (111; 211; 311; 411; 711; 1011) are connected to the sensor portion (107; 307; 507; 607; 707; 1007) by a radially elastic material portion (113; 213; 313; 1013), wherein the radially elastic material portion (113; 213; 313; 1013) is a thin-walled material portion which extends in an axial direction (X) of the base body.
A display assembly, comprising: a signal reading circuit ; a plurality of pixel circuits arranged in a plurality of rows and a plurality of columns and configured to collect optical fingerprint signals, wherein each column of pixel circuits forms a group of pixel circuits, the plurality of pixel circuits are divided into a plurality of zones continuously arranged in a row direction, each of the zones comprises adjacent columns of pixel circuits in the row direction, the pixel circuit comprises a photoelectric conversion unit connected to a bias voltage and a second switching unit with a first end connected to the photoelectric conversion unit and a second end connected to the signal reading unit , a first switching unit being provided on a connection line of at least one zone of pixel circuits and the signal reading circuit; and a timer control register connected to the first switching unit and the signal reading circuit respectively, wherein the timer control register is configured to control at least one zone of pixel circuits to be connected to the signal reading circuit through the first switching unit, and to control the signal reading circuit to read the collected optical fingerprint signals; wherein the display assembly further comprises a plurality of driving units, wherein each of the driving units is connected to a third end of the second switching unit of a row of pixel units and configured to control the corresponding second switching unit to switch on or off. a signal reading circuit ; a plurality of pixel circuits arranged in a plurality of rows and a plurality of columns and configured to collect optical fingerprint signals, wherein each column of pixel circuits forms a group of pixel circuits, the plurality of pixel circuits are divided into a plurality of zones continuously arranged in a row direction, each of the zones comprises adjacent columns of pixel circuits in the row direction, the pixel circuit comprises a photoelectric conversion unit connected to a bias voltage and a second switching unit with a first end connected to the photoelectric conversion unit and a second end connected to the signal reading unit , a first switching unit being provided on a connection line of at least one zone of pixel circuits and the signal reading circuit; and a timer control register connected to the first switching unit and the signal reading circuit respectively, wherein the timer control register is configured to control at least one zone of pixel circuits to be connected to the signal reading circuit through the first switching unit, and to control the signal reading circuit to read the collected optical fingerprint signals; wherein the display assembly further comprises a plurality of driving units, wherein each of the driving units is connected to a third end of the second switching unit of a row of pixel units and configured to control the corresponding second switching unit to switch on or off.
A shaped charge tubing cutter comprising: a substantially cylindrical housing ; a cutter axis ; a shaped charge explosive having an explosive and a liner ; a detonation wave shaper comprising an explosive pellet and an exploding bridge wire ; a cavity defined in the shaped charge tubing cutter, the cavity being coaxial with the substantially cylindrical housing and being disposed radially inwardly of the explosive ; wherein the detonation wave shaper fits in the cavity; and characterised in that the exploding bridge wire is contained within the explosive pellet . a substantially cylindrical housing ; a cutter axis ; a shaped charge explosive having an explosive and a liner ; a detonation wave shaper comprising an explosive pellet and an exploding bridge wire ; a cavity defined in the shaped charge tubing cutter, the cavity being coaxial with the substantially cylindrical housing and being disposed radially inwardly of the explosive ; wherein the detonation wave shaper fits in the cavity; and
A method for requesting resources for transmitting data on uplink within a mobile communication system utilizing an uplink scheme comprising transmissions on a scheduled shared channel and a contention-based channel, the method comprising the following steps performed by the mobile terminal: transmitting a resource request to a network entity responsible for resource allocation via a contention-based channel; receiving , in response to the resource request, a resource allocation message granting resources for transmitting scheduling information to the network entity responsible for resource allocation; characterised by transmitting scheduling information to the network entity responsible for a second resource allocation for user data transmission, the scheduling information being for use by the network entity to make a resource allocation, and receiving , from the network entity, a second resource allocation message, wherein said second resource allocation message indicates resources on the uplink to be used for user data transmission and wherein transmitting scheduling information comprises transmitting, in response to the resource allocation message, the scheduling information via the scheduled shared channel. transmitting a resource request to a network entity responsible for resource allocation via a contention-based channel; receiving , in response to the resource request, a resource allocation message granting resources for transmitting scheduling information to the network entity responsible for resource allocation; characterised by transmitting scheduling information to the network entity responsible for a second resource allocation for user data transmission, the scheduling information being for use by the network entity to make a resource allocation, and receiving , from the network entity, a second resource allocation message, wherein said second resource allocation message indicates resources on the uplink to be used for user data transmission and wherein transmitting scheduling information comprises transmitting, in response to the resource allocation message, the scheduling information via the scheduled shared channel.
A dynamic photodiode comprising a substrate ; a first doped region formed in the substrate, at a top surface of the substrate, the first doped region having an associated first contact configured to receive a first voltage; a second doped region formed in the substrate, at the top surface of the substrate, the second doped region having an associated second contact configured to receive a second voltage; a first resettable doped region formed in the substrate, at the top surface of the substrate, between the first doped region and the second doped region, the first resettable doped region having an associated first resettable contact configured to receive a reset voltage or be set as an open circuit, the first resettable region providing a potential barrier in the photodiode without the use of a gate; and a first light absorbing region formed in the substrate, at the top surface of the substrate, between the first doped region and the first resettable doped region, the first light absorbing region configured to generate first electron-hole pairs in the substrate, wherein first electron-hole pairs are generated in the substrate when the first resettable contact is set as an open circuit, and the first electron-hole pairs are removed from the substrate when the first resettable contact receives the reset voltage, wherein the reset voltage is a positive voltage value, and wherein the first doped region is an n+ doped region, the second doped region is a p+ doped region, and the first resettable region is an n+ doped region. a substrate ; a first doped region formed in the substrate, at a top surface of the substrate, the first doped region having an associated first contact configured to receive a first voltage; a second doped region formed in the substrate, at the top surface of the substrate, the second doped region having an associated second contact configured to receive a second voltage; a first resettable doped region formed in the substrate, at the top surface of the substrate, between the first doped region and the second doped region, the first resettable doped region having an associated first resettable contact configured to receive a reset voltage or be set as an open circuit, the first resettable region providing a potential barrier in the photodiode without the use of a gate; and a first light absorbing region formed in the substrate, at the top surface of the substrate, between the first doped region and the first resettable doped region, the first light absorbing region configured to generate first electron-hole pairs in the substrate, wherein first electron-hole pairs are generated in the substrate when the first resettable contact is set as an open circuit, and the first electron-hole pairs are removed from the substrate when the first resettable contact receives the reset voltage, wherein the reset voltage is a positive voltage value, and wherein the first doped region is an n+ doped region, the second doped region is a p+ doped region, and the first resettable region is an n+ doped region.
An alumina supporter material comprising a main body alumina and a rod-shaped alumina; wherein the main body alumina is provided with micron-sized pore channels, at least part of the rod-shaped alumina is distributed on the exterior surface of the main body alumina and in the micron-sized pore channels with a pore diameter D within a range of 3-10 μm; the rod-shaped alumina has a length of 1-12 μm and a diameter of 80-300 nm, and wherein the pore structure is characterized by adopting a scanning electron microscope. the main body alumina is provided with micron-sized pore channels, at least part of the rod-shaped alumina is distributed on the exterior surface of the main body alumina and in the micron-sized pore channels with a pore diameter D within a range of 3-10 μm; the rod-shaped alumina has a length of 1-12 μm and a diameter of 80-300 nm, and wherein the pore structure is characterized by adopting a scanning electron microscope.
Crew warning system, having • a large number of terminals (E11 ... E42), which are configured to be carried by a track worker (GLA) as equipment, • a central unit (ZEH), which is configured to establish a communication connection (K1,K2) to each of the terminals (E11 ... E42), wherein the terminals (E11 ... E42) are combined to form device groups (GG1, GG2) of at least two devices, wherein the terminals (E11 ... E42) of each device group (GG1, GG2) are configured to be carried jointly by a track worker (GLA) as equipment, characterised in that • the terminals (E11 ... E42) of each device group (GG1, GG2) are designed to establish a communication connection (K7) amongst themselves for transferring a signal (FFS) relating to the functionality of the terminals for the identification of malfunctions of individual terminals, • all terminals (E11 ... E42) are configured, in the event of disruption to the functionality of individual terminals, to output a fault signal (FS1, FS2) to the central unit (ZEH). • a large number of terminals (E11 ... E42), which are configured to be carried by a track worker (GLA) as equipment, • a central unit (ZEH), which is configured to establish a communication connection (K1,K2) to each of the terminals (E11 ... E42), wherein the terminals (E11 ... E42) are combined to form device groups (GG1, GG2) of at least two devices, wherein the terminals (E11 ... E42) of each device group (GG1, GG2) are configured to be carried jointly by a track worker (GLA) as equipment, characterised in that wherein the terminals (E11 ... E42) are combined to form device groups (GG1, GG2) of at least two devices, wherein the terminals (E11 ... E42) of each device group (GG1, GG2) are configured to be carried jointly by a track worker (GLA) as equipment, characterised in that • the terminals (E11 ... E42) of each device group (GG1, GG2) are designed to establish a communication connection (K7) amongst themselves for transferring a signal (FFS) relating to the functionality of the terminals for the identification of malfunctions of individual terminals, • all terminals (E11 ... E42) are configured, in the event of disruption to the functionality of individual terminals, to output a fault signal (FS1, FS2) to the central unit (ZEH).
Apparatus for ascertaining the rotational position of the rotor of an electrical machine having pole winding phase sections (1-3) which are connected in star, comprising a device for applying voltage pulses (14-16; 11a-13a) to the phase sections (1-3) and comprising a device which evaluates star point potentials (U1, U2, U3), which are generated by the voltage pulses, for ascertaining the rotational position of the rotor, characterized in that the first-mentioned device is suitable for applying the voltage pulses (14-16; 11a-13a) to all phase sections during motor operation of the electrical machine by pulse-width modulation within one or/and several modulation periods (T) in each case with a time delay in relation to the other pulses in succession, wherein the voltage pulses are separate pulses (14-16) which are generated in addition to and with a time delay in relation to the operating voltage pulses or are operating voltage pulses (11a-13a) themselves, and wherein the time delay between the pulses is so low that a change in the rotor position between the pulses is negligible, and in that the second-mentioned device is suitable for ascertaining the rotor rotational position on the basis of the differences (M1, M2, M3) between star point potentials (U1, U2, U3) which are generated simultaneously with the voltage pulses (14-16; 11a-13a), wherein the second-mentioned device is further suitable for forming the largest possible number of differences with different magnitudes, for determining the mathematical sign of the differences and for comparing the differences to one another in order to ascertain a rotation angle interval (i) in which the rotor lies, wherein the differences, like the star point potentials themselves, form a periodic, approximately sinusoidal function of the rotation angle Φ.
A method for making a negative-working lithographic printing plate comprising the steps of: a) image-wise exposing a lithographic printing plate precursor comprising a hydrophilic support and a coating provided thereon including a crosslinkable and/or photopolymerisable composition; b) developing the plate precursor; c) drying and/or heating the plate precursor; characterized in that after steps a, b and c the obtained lithographic plate is subjected to UV LED radiation. a) image-wise exposing a lithographic printing plate precursor comprising a hydrophilic support and a coating provided thereon including a crosslinkable and/or photopolymerisable composition; b) developing the plate precursor; c) drying and/or heating the plate precursor;
Cabin of an armoured vehicle, in particular an armoured motor vehicle, wherein the cabin has at least one opening which is closed by an openable cover , wherein a wall of the cabin and the cover are made of a steel material and the cover is designed to be larger in area than the opening , in such a way that the cover overlaps the opening at the periphery and that at one edge of the opening a circumferential opening collar is formed which is oriented outwards with respect to an interior of the cabin , and that an externally circumferential, inwardly oriented cover collar is formed on the cover , in such a way that when the cover is closed, the opening collar and the cover collar form an undercut in cross-section, characterised in that the cover collar and the opening collar have a curved or bent profile in cross-section.
An encapsulated pebble , comprising: a nuclear fission fuel core or a nuclear fusion fuel core ; and a cage encapsulating the fuel core , wherein the cage comprises at least one gas transport channel therethrough and the internal diameter of the cage is larger than the external diameter of the fuel core ; characterized by a ceramic shell contained within the cage and surrounding the fuel core ; or a ceramic insert provided in the at least one gas transport channel , wherein the ceramic shell or the ceramic insert comprises a gas-permeable ceramic. a nuclear fission fuel core or a nuclear fusion fuel core ; and a cage encapsulating the fuel core , wherein the cage comprises at least one gas transport channel therethrough and the internal diameter of the cage is larger than the external diameter of the fuel core ; characterized by a ceramic shell contained within the cage and surrounding the fuel core ; or a ceramic insert provided in the at least one gas transport channel , wherein the ceramic shell or the ceramic insert comprises a gas-permeable ceramic.
A gauge carrier comprising: a housing disposed about a mandrel ; an annular space formed between the housing and the mandrel, wherein the annular space is configured to provide fluid communication between a first end of the housing and a second end of the housing; at least one pocket configured to receive a gauge , wherein the pocket is disposed on an outside of the housing, and wherein the housing is configured to substantially seal the at least one pocket from the annular space; and channels configured to retain one or more sensing links ; characterised in that the gauge carrier further comprises a a gauge disposed in the at least one pocket, wherein the gauge is configured to sense at least one parameter within a wellbore, wherein the gauge is coupled to the one or more sensing links to provide fluid communication of the at least one parameter from a location that is longitudinally separated from the gauge to the gauge, and configured to sense the at least one parameter at a location that is longitudinally separated from the gauge. a housing disposed about a mandrel ; an annular space formed between the housing and the mandrel, wherein the annular space is configured to provide fluid communication between a first end of the housing and a second end of the housing; at least one pocket configured to receive a gauge , wherein the pocket is disposed on an outside of the housing, and wherein the housing is configured to substantially seal the at least one pocket from the annular space; and channels configured to retain one or more sensing links ; characterised in that the gauge carrier further comprises a a gauge disposed in the at least one pocket, wherein the gauge is configured to sense at least one parameter within a wellbore, wherein the gauge is coupled to the one or more sensing links to provide fluid communication of the at least one parameter from a location that is longitudinally separated from the gauge to the gauge, and configured to sense the at least one parameter at a location that is longitudinally separated from the gauge.
A storage and mixing device, in particular a mixing and/or application capsule , for producing a dental preparation comprising two, three or more mixing components (11, 13, 17; 11, 113, 117), comprising an actuator (5, 105a, b) which is moveable from a storage position for maintaining the storage condition of the storage and mixing device into a reaction position for bringing the mixing components (11, 13, 17; 111, 113, 117) together, wherein the storage and mixing device - has an individual chamber or two or more chambers (9, 15; 109, 115) which are separated from each other in a storage condition and which contain the mixing components (11, 13, 17; 111, 113, 117), characterized in that , in the storage condition, a first and a second mixing component (11, 13; 111, 113) and optionally one or more further mixing components are already accommodated in the individual chamber or a first chamber of the two or more chambers when the actuator (5, 105a, b) is still in the storage position, wherein the first and second mixing components (11, 13; 111, 113) are arranged separately from each other in the individual or the first chamber in the storage position of the actuator (5, 105a, b). - has an individual chamber or two or more chambers (9, 15; 109, 115) which are separated from each other in a storage condition and which contain the mixing components (11, 13, 17; 111, 113, 117), characterized in that , in the storage condition, a first and a second mixing component (11, 13; 111, 113) and optionally one or more further mixing components are already accommodated in the individual chamber or a first chamber of the two or more chambers when the actuator (5, 105a, b) is still in the storage position, wherein the first and second mixing components (11, 13; 111, 113) are arranged separately from each other in the individual or the first chamber in the storage position of the actuator (5, 105a, b).
A modular columbarium for storing funerary urns, comprising a plurality of individual containers which are able to be coupled together in a matrix arrangement, preferably in rows and columns, each individual container is substantially cube-shaped with rounded corners, and each is made up of a part made from injection-mouldable plastic material defined by a base and side walls, such that it defines an inner space provided to house at least one funerary urn, wherein each container includes removable closing means provided to close off the inner space from the outside, wherein the closing means include at least one inner door which isolates the inner space from the outside environment, the inner door having releasable locking means and a male-female coupling system for the joining thereof to the individual container , characterised in that securing means for holding the individual containers together are included, said securing means comprise a plurality of rods which pass through channels made in the outer face of the side walls in each of the individual containers , and wherein these channels are made up of ribs .