mhurhangee/ep-ind-claims huggingface dataset:
A coupling arrangement for establishing an electrical connection with an electrically conductive device through one or more bus wires (412, 414) configured to switch one or more said bus wires (412, 414) between said device and a mating surface comprising a plurality of conductive regions (112, 114) between a closed state and an open state, the device being electrically powered by a characteristic voltage across two said bus wires (412, 414), the coupling arrangement comprising: - at least as many electrical contact areas (122, 123) between the device and the mating surface as a count of the one or more bus wires; wherein the electrical contact areas are configured to establish electrical contact with respective conductive regions of the mating surface, - one or more electronic circuits, having together at least a first input/output I/O, a second I/O, a third I/O and a fourth I/O, the first I/O and the third I/O being connected to the electrical contact areas (122, 123) and configured to mate with the mating surface, the second I/O and the fourth I/O being configured to be put in electrical connection with a respective one of the one or more of the bus wires of the device; wherein coupling arrangement is adapted to perform one or more of a first anti-inversion of current function (4311b, 4312b) between the first I/O and the second I/O or a second anti-inversion of current function (4311b, 4313b) between the fourth I/O and the third I/O, wherein the coupling arrangement comprises a resistance of a predetermined value between the second I/O and the fourth I/O, wherein said predetermined value is set as a function of the value of said characteristic operating voltage, whereby said resistance is configured to be detected when said device is correctly positioned on said mating surface. - at least as many electrical contact areas (122, 123) between the device and the mating surface as a count of the one or more bus wires; wherein the electrical contact areas are configured to establish electrical contact with respective conductive regions of the mating surface, - one or more electronic circuits, having together at least a first input/output I/O, a second I/O, a third I/O and a fourth I/O, the first I/O and the third I/O being connected to the electrical contact areas (122, 123) and configured to mate with the mating surface, the second I/O and the fourth I/O being configured to be put in electrical connection with a respective one of the one or more of the bus wires of the device;
A method for producing p-cymene from a sulphurous starting material comprising at least one pinene in gas phase, the method comprising catalytic conversion of said pinene to p-cymene at a reaction temperature in the range of 177 to 350°C, by use of Y-faujasite zeolite as catalyst, said Y-faujasite zeolite having a molar ratio of SiO 2 /Al 2 O 3 in a range of 5.2 to 7.5, and wherein the starting material has a content of sulphur of at least 0.15 w-%.
Method for transporting planar flexible products, in particular print products such as newspapers, magazines, or parts thereof, in which method the product is held by a gripper of a conveying device and conveyed along a conveying path, wherein the product, seized by the gripper on that edge that is not to be trimmed, at least in regions is conveyed in a freely suspended manner on the conveying path, characterized in that the product, while acquired and conveyed on the conveying path in this way by the gripper on that edge that is not to be trimmed, is brought into operative connection with cutting means in such a manner that at least one periphery (25, 26) of the product is trimmed, the product during trimming being acquired by the gripper on that edge that is not to be trimmed.
A display device comprising: a main display panel; at least an auxiliary display panel positioned at at least one of two opposing edges of the main display panel; wherein the auxiliary display panel has a curved shape; wherein the main display panel has a curved shape, and a bending direction of the main display panel and a bending direction of the auxiliary display panel are different, characterized by a cover glass covering a front surface of the main display panel and the auxiliary display panel, wherein the cover glass includes a main region covering the main display panel and an auxiliary region covering the auxiliary display panel, wherein the main region and the auxiliary region have the curved shape, and the bending direction of the main region and the bending direction of the auxiliary region are different, wherein the main display panel and the auxiliary display panel are separately formed and adhered to the cover glass. a main display panel; at least an auxiliary display panel positioned at at least one of two opposing edges of the main display panel; wherein the auxiliary display panel has a curved shape; wherein the main display panel has a curved shape, and a bending direction of the main display panel and a bending direction of the auxiliary display panel are different, characterized by a cover glass covering a front surface of the main display panel and the auxiliary display panel, wherein the cover glass includes a main region covering the main display panel and an auxiliary region covering the auxiliary display panel, wherein the main region and the auxiliary region have the curved shape, and the bending direction of the main region and the bending direction of the auxiliary region are different, wherein the main display panel and the auxiliary display panel are separately formed and adhered to the cover glass.
A radio communications system comprising multiple satellites orbiting the earth for providing a radio route for data communications between transceivers at two ground stations, each satellite and ground station comprising a node of the system, wherein each satellite includes: a plurality of satellite antennas for receiving radio signals from at least one ground station and for transmitting radio signals; antenna pairing circuitry for storing address information identifying a ground station from which the satellite received a first routing signal in form of an initial information signal and identifying the satellite antenna on which the satellite received the initial information signal; and route creation circuitry for transmitting second routing signals from a plurality of the satellite antennas, wherein the second routing signals include (i) linking information identifying the ground station that sent the initial information signal, and (ii) a quality of the received initial information signal indicating a suitability of the satellite and the ground station as a radio link in the radio route between the two ground stations. antenna pairing circuitry for storing address information identifying a ground station from which the satellite received a first routing signal in form of an initial information signal and identifying the satellite antenna on which the satellite received the initial information signal; and route creation circuitry for transmitting second routing signals from a plurality of the satellite antennas, wherein the second routing signals include (i) linking information identifying the ground station that sent the initial information signal, and (ii) a quality of the received initial information signal indicating a suitability of the satellite and the ground station as a radio link in the radio route between the two ground stations.
Element (26; 126) for sound absorption intended to be mounted on aircraft components, such as nacelles; said element (26; 126) comprising: - a front layer having at least one sound-permeable region; - a back layer which is sound-reflecting; and - a honeycomb layer sandwiched between said front layer and said back layer, and defining a meshed structure having a plurality of hollow cells laterally bordering on one another; said cells being provided to resonate within their side walls the sound waves entering through said front layer and being diverted by said back layer; said element being characterized in that it further comprises a plasma actuator (38, 40, 42, 44; 38, 40, 142, 44) provided for generating, in at least one of said cells, at least one plasma discharge inducing a flow of ionized air particles interacting with the sound waves coming from said front layer. - a front layer having at least one sound-permeable region; - a back layer which is sound-reflecting; and - a honeycomb layer sandwiched between said front layer and said back layer, and defining a meshed structure having a plurality of hollow cells laterally bordering on one another; said cells being provided to resonate within their side walls the sound waves entering through said front layer and being diverted by said back layer;
An adjustable collar for pets to be placed around the neck of a pet, said collar comprising a ring or similar designed to be attached to a spring clip of a lead, said collar being constituted by a first, semi-circular, upper strap and by a second lower strap, whereby the ends of said first upper strap and of said second lower strap are provided with reciprocal coupling means (13, 14; 17, 18) allowing said first upper strap to be releasably attached to said second lower strap, characterised in that the means for coupling the ends of the upper strap with the ends of the lower strap consist of a pair of toothed tabs or tapes (13, 14) designed to couple with a pair of spring-pushbuttons or levers (17, 18) which grip the teeth of the toothed tabs or tapes (13, 14), thereby allowing said collar to be either blocked around the neck of a pet, or released from said neck, as well as to adjust the collar to be fitted on pets of any size, in that said ring is fitted on said upper strap and in that said lower strap comprises a padding.
A blood filter comprising an inlet, an outlet and at least first fibres disposed between the inlet and the outlet for filtering a fluid being communicated between the inlet and the outlet, wherein each of the first fibres comprises at least one groove extending in the longitudinal direction of the fibre.
Pull-opening cap of longitudinal axis X, having on the one hand a fixed body fitted with a fastening relief configured to be fastened to a neck of a container containing a product, and on the other hand a head able to move in translation along the axis X relative to the fixed body, the mobile head defining a product outlet orifice, the fixed body and the mobile head together delimiting an internal passage for dispensing the product, and the mobile head being movable between a position for blocking the dispensing of the product and a position for dispensing the product at the outlet orifice, and the cap having an air intake passage, characterized in that the product outlet orifice forms an orifice for the passage of the air entering or leaving the air intake passage.
Combination of pyrrolidone-5-carboxylic acid with at least one of the compounds chosen from citrulline, arginine and asparagine, in racemic form or in D- or L-isomer form, and/or salts thereof, for use in the treatment and/or prevention of atopic dermatitis.
Cooling arrangement for an electrical railway vehicle component (T, M), wherein water, as a liquid coolant, undergoes, at a surface to be cooled of a cooling device of the railway vehicle component (T, M), a phase transition from the liquid state to the gaseous state and in this gaseous state is discharged to the surroundings of the railway vehicle, characterized in that the surface to be cooled of the cooling device is arranged in a cooling body chamber which is connected via a valve to an adsorption chamber, wherein evaporation at the surface to be cooled is reinforced by adsorption of the water in aluminosilicates which are provided in the adsorption chamber.
A utility knife, including: a housing, including a first compartment and a second compartment; a blade holder, movably received within the first compartment, configured to carry and hold a blade; a blade storing carrier, detachably inserted in the second compartment in an assembling direction, including a receiving portion configured to receive at least one spare blade; an elastic unit, disposed between the housing and the blade storing carrier, biasing the receiving portion in a direction opposite to the assembling direction; and a locking mechanism, including a base body, a movable member, a first engaging member and a second engaging member, characterized in that the base body being disposed to the housing, the movable member being attached to the base body and movable between a locking position and a release position, the first engaging member being disposed on the movable member, the second engaging member being disposed on the receiving portion, one of the first engaging member and the second engaging member including a slot, the other of the first engaging member and the second engaging member including a projection which is releasably engaged within the slot, when the projection is engaged within the slot, the movable member is located in the locking position, the receiving portion is positioned within the second compartment, when the projection is disengaged from the slot, the movable member is located in the release position, and the elastic unit biases the receiving portion in a direction opposite to the assembling direction. a housing, including a first compartment and a second compartment; a blade holder, movably received within the first compartment, configured to carry and hold a blade; a blade storing carrier, detachably inserted in the second compartment in an assembling direction, including a receiving portion configured to receive at least one spare blade; an elastic unit, disposed between the housing and the blade storing carrier, biasing the receiving portion in a direction opposite to the assembling direction; and a locking mechanism, including a base body, a movable member, a first engaging member and a second engaging member, characterized in that the base body being disposed to the housing, the movable member being attached to the base body and movable between a locking position and a release position, the first engaging member being disposed on the movable member, the second engaging member being disposed on the receiving portion, one of the first engaging member and the second engaging member including a slot, the other of the first engaging member and the second engaging member including a projection which is releasably engaged within the slot, when the projection is engaged within the slot, the movable member is located in the locking position, the receiving portion is positioned within the second compartment, when the projection is disengaged from the slot, the movable member is located in the release position, and the elastic unit biases the receiving portion in a direction opposite to the assembling direction.
Use of wood chips in a pulp production process wherein the wood chips are produced by a chipper having its chipping tools at the angle γ between the fibre orientation and the side of the chipping tool facing the chip within an interval from 75 to 105°, characterised in that the wood chips are used in order to decrease the specific energy required and/or increase the production capacity in said pulp production process.
Dishwasher, in particular domestic dishwasher, for cleaning tableware, flatware or similar items to be cleaned, the dishwasher comprising at least one receiving structure (4; 5; 6), in particular configured as a drawer that can be displaced in a forward direction for loading and unloading purposes, provided for the holding and/or positioning of items to be washed, in particular flatware items, wherein one or more arrangement directions (10a, 12a, 11a) for items to be washed that are to be held and/or positioned there are disposed on at least one receiving structure (4; 5; 6), characterised in that the arrangement directions (10a; 12a; 11a) are embodied in the form of image symbols embodied as holes in one or a number of planar material surfaces of the receiving structure (4; 5; 6).
A signal management circuit, comprising: a first input terminal to receive a reset condition indication signal; a first logic portion (202, 204) coupled to the first input terminal and configured to provide a first output signal; a second logic portion (206, 208) coupled to receive a second signal (INDB) and configured to provide a second output signal, the second signal based on a logical combination of the first output signal and the reset condition indication signal; a second input terminal coupled to the second logic portion to receive a test signal (ENABLE) corresponding to a test mode, and an output terminal coupled to provide a third output signal based on a logical combination of the first output signal and the second output signal; wherein the first logic portion and the second logic portion are configured to:when the test signal is at a first state, transition the third output signal to a first state responsive to receiving a first edge of the reset condition indication signal, and when the test signal is at a second state, delay transition of the third output signal to the first state responsive to receiving a first edge until after receiving a second edge of the reset condition indication signal. a first input terminal to receive a reset condition indication signal; a first logic portion (202, 204) coupled to the first input terminal and configured to provide a first output signal; a second logic portion (206, 208) coupled to receive a second signal (INDB) and configured to provide a second output signal, the second signal based on a logical combination of the first output signal and the reset condition indication signal; a second input terminal coupled to the second logic portion to receive a test signal (ENABLE) corresponding to a test mode, and an output terminal coupled to provide a third output signal based on a logical combination of the first output signal and the second output signal; wherein the first logic portion and the second logic portion are configured to:when the test signal is at a first state, transition the third output signal to a first state responsive to receiving a first edge of the reset condition indication signal, and when the test signal is at a second state, delay transition of the third output signal to the first state responsive to receiving a first edge until after receiving a second edge of the reset condition indication signal.
Yeast strain of the saccharomyces genus capable of multiplying under aerobic conditions on a substrate comprising at least one C5 sugar, characterised in that it satisfies a growth test on xylose or that it satisfies a growth test on CP medium and in that in its genome, the genes RPE1, RKI1, TKL1 and TAL1 of the pentose pathway have been deregulated, the copies of the GRE3 gene coding for an aldose reductase are deleted, the native XKS1 gene has been overexpressed, at least one copy of a Pichia Stipitis gene coding for a xylose dehydrogenase has been introduced and at least one copy of a gene coding for a xylose isomerase has been introduced. wherein the growth test on CP medium consists in monitoring over time by spectrophotometry at a wavelength of 600nm, the variation in turbidity of a solution containing 50mL of a CP culture medium which contains 10g/kg of EXL type J100 and 10g/kg bactopeptone, as well as 100g/kg of sucrose, said medium being inoculated with 10 8 cells to be tested at 30°C with constant stirring at 150rpm, and wherein said growth test on CP medium is satisfied when the variation in the optical density is exponential between 3.5 and 7.5 hours.
An ultrasound imaging apparatus comprising: an ultrasound probe comprising a connector; a main body comprising a slot connectable to the connector; a display provided on the main body; and a controller configured to output a warning message to the display based on at least one current flowing from the ultrasound probe being out of a predetermined range when the connector and the slot are connected, and wherein the controller is composed of at least one processor comprised in the main body; characterized in that the controller is configured to: output a warning message to the display when a current identifying an ID of the ultrasound probe is out of a predetermined reference range; and output a warning message to the display when a current for determining an error of an element of a transducer of the ultrasound probe is out of a predetermined reference range. an ultrasound probe comprising a connector; a main body comprising a slot connectable to the connector; a display provided on the main body; and a controller configured to output a warning message to the display based on at least one current flowing from the ultrasound probe being out of a predetermined range when the connector and the slot are connected, and wherein the controller is composed of at least one processor comprised in the main body; characterized in that the controller is configured to: output a warning message to the display when a current identifying an ID of the ultrasound probe is out of a predetermined reference range; and output a warning message to the display when a current for determining an error of an element of a transducer of the ultrasound probe is out of a predetermined reference range. output a warning message to the display when a current identifying an ID of the ultrasound probe is out of a predetermined reference range; and output a warning message to the display when a current for determining an error of an element of a transducer of the ultrasound probe is out of a predetermined reference range.