mhurhangee/ep-ind-claims huggingface dataset:
A coordinate measuring device comprising: a measuring probe configured to measure three-dimensional coordinates; a measuring arm configured to support the measuring probe, and further configured to output position information for calculating the three-dimensional coordinates; a controller connected to the measuring arm and configured to detect the three-dimensional coordinates based on the position information; and a display configured to display a menu, wherein the controller is configured to display the menu on the display in response to detecting a predefined menu display operation performed using the measuring probe, the predefined menu display operating being - a gesture moving the measuring arm to an operation boundary, or - an act of depressing a button on the measuring probe a plurality of times within a predetermined amount of time, or - an act of continuously depressing a button on the measuring probe for a predetermined amount of time or longer, or - a gesture displacing the measuring probe outside a predefined measuring area, wherein the controller is preferably configured to calculate the measuring area based on an approximate shape of a work piece. a measuring probe configured to measure three-dimensional coordinates; a measuring arm configured to support the measuring probe, and further configured to output position information for calculating the three-dimensional coordinates; a controller connected to the measuring arm and configured to detect the three-dimensional coordinates based on the position information; and a display configured to display a menu, wherein the controller is configured to display the menu on the display in response to detecting a predefined menu display operation performed using the measuring probe, the predefined menu display operating being - a gesture moving the measuring arm to an operation boundary, or - an act of depressing a button on the measuring probe a plurality of times within a predetermined amount of time, or - an act of continuously depressing a button on the measuring probe for a predetermined amount of time or longer, or - a gesture displacing the measuring probe outside a predefined measuring area, wherein the controller is preferably configured to calculate the measuring area based on an approximate shape of a work piece. - a gesture moving the measuring arm to an operation boundary, or - an act of depressing a button on the measuring probe a plurality of times within a predetermined amount of time, or - an act of continuously depressing a button on the measuring probe for a predetermined amount of time or longer, or - a gesture displacing the measuring probe outside a predefined measuring area, wherein the controller is preferably configured to calculate the measuring area based on an approximate shape of a work piece.
An electronic device comprising: a support frame (10, 30, 50, 70) comprising a frame body and a first cable management unit, the frame body having a cable management recess and a cable management hole, the cable management recess communicating with the cable management hole, the first cable management unit being connected to the frame body and rotatably located in the cable management recess; an electronic unit disposed on the frame body; and a cable having a first end and a second end opposite to the first end, the first end being connected to the electronic unit, the second end passing through the cable management hole to enter the cable management recess, the first cable management unit limiting the cable in the cable management recess, the first cable management unit rotating along with the cable when the cable is pulled to move; characterized by the first cable management unit comprising a rod and a sleeve, the rod being fixed on the frame body, and the sleeve being rotatably sleeved on the rod. a support frame (10, 30, 50, 70) comprising a frame body and a first cable management unit, the frame body having a cable management recess and a cable management hole, the cable management recess communicating with the cable management hole, the first cable management unit being connected to the frame body and rotatably located in the cable management recess; an electronic unit disposed on the frame body; and a cable having a first end and a second end opposite to the first end, the first end being connected to the electronic unit, the second end passing through the cable management hole to enter the cable management recess, the first cable management unit limiting the cable in the cable management recess, the first cable management unit rotating along with the cable when the cable is pulled to move; characterized by the first cable management unit comprising a rod and a sleeve, the rod being fixed on the frame body, and the sleeve being rotatably sleeved on the rod.
Transmitting and receiving circuit for an ultrasonic flowmeter, the circuit comprising a signal generator and at least two circuit arrangements ((S1, TR1), (S2, TR2)), each comprising a switching means (S1, S2) and an ultrasonic transducer (TR1, TR2), wherein the switching means and the ultrasonic transducer in the first circuit arrangement form a first series connection and the switching means and the ultrasonic transducer in the second circuit arrangement form a second series connection, a generator signal being supplied to the ultrasonic transducer by means of the switching means, wherein - the transmitting and receiving circuit comprises an amplifier receiving on a first input (-) upstream and downstream ultrasonic signals and on a second input (+) the generator signal, - the amplifier has a negative feedback impedance connected from the amplifier output to its first input and - the circuit arrangements are connected with a second impedance, characterised in that each circuit arrangement is comprising an added short circuit switch (S3, S4) being connected to an electrical conductor, which conductor carries both transmitting signals and receiving signals, and in that a first pole on the first short circuit switch in the first circuit arrangement is electrically connected with the first series connection, and a first pole on a second short circuit switch in the second circuit arrangement is electrically connected with the second series connection, and that the second poles of the short circuit switches are electrically connected to a reference potential. - the transmitting and receiving circuit comprises an amplifier receiving on a first input (-) upstream and downstream ultrasonic signals and on a second input (+) the generator signal, - the amplifier has a negative feedback impedance connected from the amplifier output to its first input and - the circuit arrangements are connected with a second impedance,
An aircraft sign configured to display an image when illuminated, the sign including an electrically powered ultra-violet light source configured for edge lighting of the sign with ultra-violet light and a photoluminescent light source configured for back lighting of the sign, wherein the sign comprises a frame and a sign plate or panel mounted therein, and the electrically powered ultra-violet light source is located within the frame and provides illumination of the sign plate from one or more edges, and the sign plate includes a front portion, a rear portion and an intermediate portion between the front and rear portions, and wherein the rear portion includes the photoluminescent light source, and wherein an image is provided on the front portion or on the intermediate portion behind the front portion or a combination thereof, the arrangement being such that the sign is backlit by the low level photoluminescent light source in darkness or low ambient light conditions characterised in that the electrically powered ultra-violet light source provides only a source of ultra-violet light that charges the photoluminescent light source and that the front portion is formed of a ultra-violet blocking plastics material.
A method of determining at least one characteristic of a target surface, comprising: providing a phase map of phase changes φ λ1 for a first region of a target surface via radiation at least partly reflected from the target surface having a first wavelength λ 1; providing two further phase maps of phase changes φ λ2 and φ λ3 for the first region via radiatron at least partly reflected from the target surface having a further two wavelengths λ 2 and λ 3, respectively, each different from the first wavelength; determining a map of height variations d for the first region of the target surface based on the first and two further phase maps; determining a relative phase shift on reflection at the target surface responsive to the first and two further phase maps and the map of height variations, wherein the relative phase shift on reflection PSoR is indicative of a change in phase resulting from a material composition of the target surface and is determined by: Relative PSoR λ n = Φ λ n − 4 πd λ n where λ n is one of the first and two further wavelengths and φ λn is the respective one of φ λ1, φ λ2 and φ λ3. providing a phase map of phase changes φ λ1 for a first region of a target surface via radiation at least partly reflected from the target surface having a first wavelength λ 1; providing two further phase maps of phase changes φ λ2 and φ λ3 for the first region via radiatron at least partly reflected from the target surface having a further two wavelengths λ 2 and λ 3, respectively, each different from the first wavelength; determining a map of height variations d for the first region of the target surface based on the first and two further phase maps; determining a relative phase shift on reflection at the target surface responsive to the first and two further phase maps and the map of height variations, wherein the relative phase shift on reflection PSoR is indicative of a change in phase resulting from a material composition of the target surface and is determined by: Relative PSoR λ n = Φ λ n − 4 πd λ n where λ n is one of the first and two further wavelengths and φ λn is the respective one of φ λ1, φ λ2 and φ λ3.
Rubber reactivation mill, with a material feed device fitted for feeding rubber parts, with two rotating rolls (10, 11) rotatably mounted in a frame by means of bearings, at least one of which rolls is driven to rotate by means of a drive device and stands in contact with the other roll without material passing through, wherein at least one of the two rolls (10, 11) has a rough or scored surface in that at least one of the rolls (10, 11) has a surface with raised sections and depressions that are larger than 1/10 mm, characterised in that the bearings (26, 27) of the respective roll are mounted to be displaceable towards and away from the other roll, with one compression spring per bearing (26, 27), which prestresses the respective bearing (26, 27) against a respective stop (34, 35), wherein the rolls (10, 11) are set to a roll spacing of 0 mm, so that in the absence of material feed the rolls (10, 11) abut against one another without prestress at least at some points or together define a very narrow gap of e.g. few 1/100 mm or few 1/10 mm.
A method of operating a repeater within a wireless communications system, comprising: configuring (600A, 700) a beacon signal that identifies the repeater to one or more other repeaters; transmitting (605A, 700) the configured beacon signal at a given transmission power level to the one or more other repeaters, wherein said one or more other repeaters reduce (605B, 730) interference associated with other transmissions from the repeater based on the configured beacon signal, wherein the configured beacon signal is not part of a donor data signal that the repeater is responsible for repeating and is not transmitted with the retransmitted donor data signal and wherein the given transmission power level is less than a transmission power level at which signals are repeated by the repeater in an uplink or a downlink direction. configuring (600A, 700) a beacon signal that identifies the repeater to one or more other repeaters; transmitting (605A, 700) the configured beacon signal at a given transmission power level to the one or more other repeaters, wherein said one or more other repeaters reduce (605B, 730) interference associated with other transmissions from the repeater based on the configured beacon signal, wherein the configured beacon signal is not part of a donor data signal that the repeater is responsible for repeating and is not transmitted with the retransmitted donor data signal and wherein the given transmission power level is less than a transmission power level at which signals are repeated by the repeater in an uplink or a downlink direction.
A hose, comprising: a liner having a channel extending between opposing open ends, the channel having a longitudinal axis; a reinforcing member surrounding the liner; and a plurality of spaced apart wrapped stiffening members surrounding the reinforcing member, wherein the reinforcing member comprises at least one helical band of a reinforcing material, and wherein each wrapped stiffening member comprises an annular member wrapped about the reinforcing member. a liner having a channel extending between opposing open ends, the channel having a longitudinal axis; a reinforcing member surrounding the liner; and a plurality of spaced apart wrapped stiffening members surrounding the reinforcing member, wherein the reinforcing member comprises at least one helical band of a reinforcing material, and wherein each wrapped stiffening member comprises an annular member wrapped about the reinforcing member.
A cover (10; 20; 30; 40; 50; 60; 70; 80; 90; 100; 110) for attachment to an opening to be closed of a container or to another element to be closed by the cover (10; 20; 30; 40; 50; 60; 70; 80; 90; 100; 110), comprising a front wall (11; 21; 31; 41; 51; 71; 81; 91; 101; 111) which is deformable in a bistable manner between a first state cambered in the direction of attachment and a second state cambered against the direction of attachment, and an annular edge portion (12; 22; 32; 42; 52; 72; 82; 92; 102; 112) integrally formed on the peripheral edge of the front wall (11; 21; 31; 41; 51; 71; 81; 91; 101; 111), which is adapted to effect a clamping attachment of the cover (10; 20; 30; 40; 50; 60; 70; 80; 90; 100; 110) to a wall region of the opening by pressing the edge portion (12; 22; 32; 42; 52; 72; 82; 92; 102; 112) in the first state from inside or in the second state from outside against the wall region, wherein the edge portion (12; 22; 32; 42; 52; 72; 82; 92; 102; 112) has at least one expansion portion (74a; 84a; 94a; 104a; 114a) that allows the outer periphery of the cover (10; 20; 30; 40; 50; 60; 70; 80; 90; 100; 110) to enlarge in the first bistable state compared to the second bistable state, characterised by a tamper-evident sealing element (18a; 28a; 38a; 48a; 58a; 42a; 6a; 91a; 101a; 111a) which is provided on the cover (10; 20; 30; 40; 50; 60; 70; 80; 90; 100; 110) and/or on the wall region and is to be removed when opening the container for the first time, and which, prior to its removal, blocks a deformation of the front wall (11; 21; 31; 41; 51; 71; 81; 91; 101; 111) required for the changeover between the two bistable states and/or prevents the expansion portion (74a; 84a; 94a; 104a; 114a) from being deformed for effecting the deformation of the front wall (11; 21; 31; 41; 51; 71; 81; 91; 101; 111) between the two bistable states required for changing the outer circumference of the cover (10; 20; 30; 40; 50; 60; 70; 80; 90; 100; 110).
A diesel fuel pump for an internal combustion engine, said pump comprising a pumping plunger having a recessed end region defining a pumping face of the plunger, said recess end region having a diameter less than the diameter of a main body portion and, wherein the plunger carries a sealing ring (60, 64, 70) including an annular member (64, 64a, 64b) arranged in said recessed end region proximal to the pumping face, the annular member (64, 64a, 64b) defining an orifice and comprising first and second semi-circular ring portions (64a, 64b).
Counter-rotating pin mill, in particular for grinding food products, comprising a housing assembly with at least a first and a second housing part (28, 20), two grinding shafts (14, 16) which are arranged therein concentrically to each other on a grinding axis, at least one grinding shaft (14, 16) having a grinding material inlet and being hollow, through which shaft grinding material can be supplied to a grinding space, two grinding discs (22, 24) arranged in parallel with each other on the opposing ends (18, 20) of the grinding shafts (14, 16), a grinding material outlet through which grinding material can be discharged from the grinding space, characterized in that at least one housing part (28, 30) is displaceable along the grinding axis using bearing means, the bearing means being formed by at least two slide assemblies (32, 34) arranged in parallel with the grinding axis and provided in the first housing part, the slide assemblies (32, 34) comprising slide bushings (40, 42) arranged in the first housing part and having slide axles (36, 38) guided in the bushings and fixedly connected with the second housing part.
A method of quantization scaling list data signaling for a scalable or multi-view video decoding system, wherein video data comprises two or more layers or the video data comprises two or more views, the method comprising: receiving coded video data associated with a current block in a current layer or a current view; determining whether a first flag exists in a Sequence Parameter Set, SPS, of the current layer or the current view; determining quantization scaling list data for the current layer or the current view from a Sequence Parameter Set, SPS, of a reference layer or a reference view, when the first flag exists and the first flag has a first value; determining the quantization scaling list data for the current layer or the current view from the Sequence Parameter Set, SPS, of the current layer or the current view, when the first flag exists and the first flag has a second value; determining whether a second flag exists in a Picture Parameter Set, PPS, of the current layer or the current view; determining quantization scaling list data for the current layer or the current view from a Picture Parameter Set, PPS, of a reference layer or a reference view, when the second flag exists and the second flag has a first value; determining the quantization scaling list data for the current layer or the current view from the Picture Parameter Set, PPS, of the current layer or the current view, when the second flag exists and the second flag has a second value; and applying a decoding process to the coded video data associated with the current block using the quantization scaling list data determined. receiving coded video data associated with a current block in a current layer or a current view; determining whether a first flag exists in a Sequence Parameter Set, SPS, of the current layer or the current view; determining quantization scaling list data for the current layer or the current view from a Sequence Parameter Set, SPS, of a reference layer or a reference view, when the first flag exists and the first flag has a first value; determining the quantization scaling list data for the current layer or the current view from the Sequence Parameter Set, SPS, of the current layer or the current view, when the first flag exists and the first flag has a second value; determining whether a second flag exists in a Picture Parameter Set, PPS, of the current layer or the current view; determining quantization scaling list data for the current layer or the current view from a Picture Parameter Set, PPS, of a reference layer or a reference view, when the second flag exists and the second flag has a first value; determining the quantization scaling list data for the current layer or the current view from the Picture Parameter Set, PPS, of the current layer or the current view, when the second flag exists and the second flag has a second value; and applying a decoding process to the coded video data associated with the current block using the quantization scaling list data determined.
Sole for footwear comprising: - at least one outer sole in elastomeric thermoplastic rubber material comprising a tread and a perimeter edge rising from said tread, said tread comprising an outer face; and - at least one layer of textile fibre material resistant to perforation having a lower face facing said outer face of said tread, and an upper face facing said perimeter edge; and characterized in that said sole comprises a plurality of said layers in textile fibre material resistant to perforation (5', 5",...), said plurality of layers overlapping one another in said tread with interposition of said elastomeric thermoplastic rubber material of said at least one outer sole, said at least one outer sole and said plurality of layers (5, 5', 5",...) of said textile fibre material resistant to perforation are engaged by moulding said at least one outer sole around said plurality of layers (5, 5', 5",...) of said textile fibre material resistant to perforation. - at least one outer sole in elastomeric thermoplastic rubber material comprising a tread and a perimeter edge rising from said tread, said tread comprising an outer face; and - at least one layer of textile fibre material resistant to perforation having a lower face facing said outer face of said tread, and an upper face facing said perimeter edge; and characterized in that said sole comprises a plurality of said layers in textile fibre material resistant to perforation (5', 5",...), said plurality of layers overlapping one another in said tread with interposition of said elastomeric thermoplastic rubber material of said at least one outer sole,
A method for isolating a native tuber protein isolate comprising native protease inhibitor and native patatin, comprising a) processing at least one tuber to obtain tuber processing water comprising native protease inhibitor and native patatin; b) subjecting said tuber processing water to a pretreatment comprising one or more of the following steps: ba) concentration; and/or bb) dilution; and/or bc) pH adjustment; and/or bd) flocculation; and/or be) solids removal; and/or bf) heat treatment; which pretreatment results in a pretreated tuber processing water having a conductivity of 2 - 20 mS • cm -1 comprising native protease inhibitor and native patatin; c) a step of diafiltration of the pretreated tuber processing water against a salt solution having a conductivity of at least 5 mS • cm -1 using a 3 - 500 kDa membrane; thereby obtaining said native tuber protein isolate as the diafiltration retentate. a) processing at least one tuber to obtain tuber processing water comprising native protease inhibitor and native patatin; b) subjecting said tuber processing water to a pretreatment comprising one or more of the following steps: ba) concentration; and/or bb) dilution; and/or bc) pH adjustment; and/or bd) flocculation; and/or be) solids removal; and/or bf) heat treatment; which pretreatment results in a pretreated tuber processing water having a conductivity of 2 - 20 mS • cm -1 comprising native protease inhibitor and native patatin; ba) concentration; and/or bb) dilution; and/or bc) pH adjustment; and/or bd) flocculation; and/or be) solids removal; and/or bf) heat treatment; which pretreatment results in a pretreated tuber processing water having a conductivity of 2 - 20 mS • cm -1 comprising native protease inhibitor and native patatin; c) a step of diafiltration of the pretreated tuber processing water against a salt solution having a conductivity of at least 5 mS • cm -1 using a 3 - 500 kDa membrane;