mhurhangee/patent-ind-claim-en huggingface dataset:
An article conveyance apparatus that couples a plurality of conveyor carriages for conveying articles and enables the coupled conveyor carriages to travel along a conveyance path (K), wherein the conveyor carriage is coupled by a coupling part to another conveyor carriage placed in a longitudinal direction with respect to a traveling direction (H) of the conveyor carriage, and the conveyor carriage includes a measuring unit that is provided in the coupling part and measures a force applied between the conveyor carriages, a tension calculation unit that calculates a tension (T) between the conveyor carriages based on the force applied between the conveyor carriages measured by the measuring unit, the article conveyance apparatus being characterized in that the conveyor carriage includes a calculation unit that calculates a force applied to wheels of the conveyor carriage, based on the tension between the conveyor carriages calculated by the tension calculation unit. plurality of conveyor carriages for conveying articles and enables the coupled conveyor carriages to travel along a conveyance path (K), wherein the conveyor carriage is coupled by a coupling part to another conveyor carriage placed in a longitudinal direction with respect to a traveling direction (H) of the conveyor carriage, and the conveyor carriage includes a measuring unit that is provided in the coupling part and measures a force applied between the conveyor carriages, a tension calculation unit that calculates a tension (T) between the conveyor carriages based on the force applied between the conveyor carriages measured by the measuring unit, the article conveyance apparatus being characterized in that the conveyor carriage includes a calculation unit that calculates a force applied to wheels of the conveyor carriage, based on the tension between the conveyor carriages calculated by the tension calculation unit. a measuring unit that is provided in the coupling part and measures a force applied between the conveyor carriages, a tension calculation unit that calculates a tension (T) between the conveyor carriages based on the force applied between the conveyor carriages measured by the measuring unit, the article conveyance apparatus being characterized in that the conveyor carriage includes a calculation unit that calculates a force applied to wheels of the conveyor carriage, based on the tension between the conveyor carriages calculated by the tension calculation unit.
An information processing device comprising: a determination unit arranged to determine a user interface for controlling a control target device in accordance with a communication scheme between the control target device and the information processing device for controlling the control target device ; and a notification control unit arranged to control a notification to a user of the user interface that is determined by the determination unit , the information processing device being characterized in that the communication scheme includes a communication scheme specified on a basis of reception of first control information for controlling the control target device that is transmitted from a control device , the specified communication scheme including a first communication scheme used for the reception of the first control information, and the determination unit arranged to determine a first user interface that is compatible with the first communication scheme. a determination unit arranged to determine a user interface for controlling a control target device in accordance with a communication scheme between the control target device and the information processing device for controlling the control target device ; and a notification control unit arranged to control a notification to a user of the user interface that is determined by the determination unit , the information processing device being characterized in that the communication scheme includes a communication scheme specified on a basis of reception of first control information for controlling the control target device that is transmitted from a control device , the specified communication scheme including a first communication scheme used for the reception of the first control information, and the determination unit arranged to determine a first user interface that is compatible with the first communication scheme.
Component for detecting the presence of one or several solutes in a liquid stream , which is mainly formed of a tube section or which should be placed in a tube section through which the liquid stream is to be applied and whereby the component is provided with at least one detection sensor having a surface that can be put into contact with the liquid stream , whereby the component is further provided with precipitation means for changing the physical state of the liquid stream in the vicinity of the surface of the detection sensor so that a precipitation or deposit of the substance or substances to be detected on the surface of the detection sensor can be achieved or accelerated, i.e. in the presence of that particular substance or substances in the liquid stream ; in that a detection parameter (Td) which is influenced by the presence of precipitated material on the surface can be measured with the detection sensor ; and in that the component is provided with alarm means for generating an alarm when a certain degree of modification of the detection parameter (Td) concerned is altered or exceeded to indicate that the presence of the substance or substances concerned has been detected, characterised in that the component additionally comprises a reference sensor , having a surface that can be put into contact with the liquid stream , whereby aforesaid precipitation means are not provided however to modify the physical state of the liquid stream in the vicinity of the surface of the reference sensor and whereby a detection parameter (Tr) which is not influenced by the presence of precipitation material on the detection sensor can be measured with the reference sensor and whereby the component is provided with a comparator circuit for comparing the measurements of the detection parameter (Td) concerned originating from the detection sensor with the measurements (Tr) originating from the reference sensor in order to generate an input signal for the alarm means .
A terminal-to-terminal communication method, comprising: selecting (S401, S503), by a first terminal serving as a transmit end in a sidelink communication, one group of values from at least two preset groups of values for a transmission parameter set based on sidelink congestion information, wherein each group of values of the at least two groups of values comprises a value of each transmission parameter in the transmission parameter set; and the transmission parameter comprised in the transmission parameter set comprises transmit power and a modulation and coding scheme, MCS, level; and at least one transmission parameter in the transmission parameter set has at least two values; and sending (S402, S504), by the first terminal, communication data based on the selected one group of values of the transmission parameter set to a second terminal serving as a receive end in the sidelink communication. selecting (S401, S503), by a first terminal serving as a transmit end in a sidelink communication, one group of values from at least two preset groups of values for a transmission parameter set based on sidelink congestion information, wherein each group of values of the at least two groups of values comprises a value of each transmission parameter in the transmission parameter set; and the transmission parameter comprised in the transmission parameter set comprises transmit power and a modulation and coding scheme, MCS, level; and at least one transmission parameter in the transmission parameter set has at least two values; and sending (S402, S504), by the first terminal, communication data based on the selected one group of values of the transmission parameter set to a second terminal serving as a receive end in the sidelink communication.
A method performed by a control unit comprised in a vehicle for controlling a distribution of service brake activation between a first vehicle unit and a second vehicle unit of the vehicle , the method is characterized by comprising: - determining a first periodic brake adjustment and a second periodic brake adjustment to be applied to an electric propulsion system and a service brake system of the vehicle , respectively, to adjust a retardation of the vehicle by less than a retardation threshold, ∘ wherein applying the first periodic brake adjustment comprises periodically adjusting a charging power of the electric propulsion system of the vehicle , and ∘ wherein applying the second periodic brake adjustment comprises periodically adjusting a brake pressure applied to the service brake system of the vehicle , and wherein periodically adjusting the brake pressure applied to the service brake system triggers the service brake system to periodically activate one or more second service brakes of the second vehicle unit of the vehicle , - applying the first periodic brake adjustment to the electric propulsion system of the vehicle and applying the second periodic brake adjustment to the service brake system of the vehicle . - determining a first periodic brake adjustment and a second periodic brake adjustment to be applied to an electric propulsion system and a service brake system of the vehicle , respectively, to adjust a retardation of the vehicle by less than a retardation threshold, ∘ wherein applying the first periodic brake adjustment comprises periodically adjusting a charging power of the electric propulsion system of the vehicle , and ∘ wherein applying the second periodic brake adjustment comprises periodically adjusting a brake pressure applied to the service brake system of the vehicle , and wherein periodically adjusting the brake pressure applied to the service brake system triggers the service brake system to periodically activate one or more second service brakes of the second vehicle unit of the vehicle , ∘ wherein applying the first periodic brake adjustment comprises periodically adjusting a charging power of the electric propulsion system of the vehicle , and ∘ wherein applying the second periodic brake adjustment comprises periodically adjusting a brake pressure applied to the service brake system of the vehicle , and wherein periodically adjusting the brake pressure applied to the service brake system triggers the service brake system to periodically activate one or more second service brakes of the second vehicle unit of the vehicle , - applying the first periodic brake adjustment to the electric propulsion system of the vehicle and applying the second periodic brake adjustment to the service brake system of the vehicle .
A method of additive manufacturing of a three-dimensional object , the method comprising sequentially forming a plurality of layers in a configured pattern corresponding to the shape of the object , thereby forming the object, wherein the formation of at least a few of said layers comprises: dispensing at least two building material formulations, said at least two building material formulations comprise a modeling material formulation M which, upon exposure to a curing condition, forms a hardened modeling material M, and a formulation L which, upon exposure to said curing condition, forms a material L, said material L featuring at least one of: a viscosity of no more than 10 Pa s; Shear loss modulus to Shear storage modulus ratio greater than 1; Shear modulus lower than 20 kPa; flowability when subjected to a positive pressure of no more than 1 bar; a shear-thinning and/or thixotropic behavior; and a thermal-thinning behavior, and exposing the dispensed building material formulations to said curing condition, to thereby form said hardened modeling material M and said material L, characterised in that said at least two building material formulations comprise a third formulation S, said formulation S forms, upon exposure to a curing condition, a Material S, said Material S being a hardened support material, and wherein said dispensing is such that said hardened modeling material M forms at least one hollow structure , said material S is at least partially enclosed within said hollow structure and said material L at least partially encloses said material S, thereby forming an intermediate shell between an inner surface of said hollow structure and said material S. a viscosity of no more than 10 Pa s; Shear loss modulus to Shear storage modulus ratio greater than 1; Shear modulus lower than 20 kPa; flowability when subjected to a positive pressure of no more than 1 bar; a shear-thinning and/or thixotropic behavior; and a thermal-thinning behavior, and exposing the dispensed building material formulations to said curing condition, to thereby form said hardened modeling material M and said material L, characterised in that said at least two building material formulations comprise a third formulation S, said formulation S forms, upon exposure to a curing condition, a Material S, said Material S being a hardened support material, and wherein said dispensing is such that said hardened modeling material M forms at least one hollow structure , said material S is at least partially enclosed within said hollow structure and said material L at least partially encloses said material S, thereby forming an intermediate shell between an inner surface of said hollow structure and said material S.
Cooking appliance with a housing , in which a cooking chamber is formed, and with a door for closing off the cooking chamber, wherein the door is arranged so as to be able to swivel on the housing and can be countersunk into a storage space in the housing , wherein the door has a carriage which is guided in a guiding link of the cooking appliance , so that as a result the lowering movement into and the raising movement of the door out of the storage space are guided, characterised in that the cooking appliance has a position determination apparatus , with which the position of the door can be determined with this lowering movement and/or with this raising movement, wherein by means of this position determination apparatus , it is possible to accurately determine the respective position with a swivel movement of the door , so that each intermediate position can be determined exactly between the closed end position and the completely open end position.
A receiving apparatus , comprising: a terminating network for a three-wire serial bus, each wire of the three-wire serial bus being coupled through a resistance to a common node of the terminating network; and characterised in that the apparatus is further comprising a feedback circuit comprising: a first amplifier circuit having an input coupled to the common node; a comparator that receives an output of the first amplifier circuit as a first input and a reference voltage as a second input; and a second amplifier circuit responsive to an output of the comparator and configured to inject a current through the common node. a terminating network for a three-wire serial bus, each wire of the three-wire serial bus being coupled through a resistance to a common node of the terminating network; and characterised in that the apparatus is further comprising a feedback circuit comprising: a first amplifier circuit having an input coupled to the common node; a comparator that receives an output of the first amplifier circuit as a first input and a reference voltage as a second input; and a second amplifier circuit responsive to an output of the comparator and configured to inject a current through the common node. a first amplifier circuit having an input coupled to the common node; a comparator that receives an output of the first amplifier circuit as a first input and a reference voltage as a second input; and a second amplifier circuit responsive to an output of the comparator and configured to inject a current through the common node.
A device for increasing the bleeding rate of a pneumatic control valve having at least a first valve system with an axially displaceable first valve piston , which comprises on its underside an axially protruding, annular sealing seat arranged on the end of a cylindrical projection , which interacts with a radial sealing surface on a first, axially displaceable annular plate valve , wherein the radial sealing surface of the first plate valve additionally interacts with a first, coaxial, annular and non-displaceable sealing seat of a greater diameter than the sealing seat on the first valve piston , wherein, in the resting position of the first valve piston the sealing seat on the first valve piston is lifted from the radial sealing surface of the first plate valve and the radial sealing surface of the plate valve abuts on the first, non-displaceable sealing seat , so that a bleed connection exists between a first space surrounding the cylindrical projection of the valve piston having a central bleeding passage in the first plate valve , during which in the event of actuation of the valve piston its annular sealing seat abuts on the radial sealing surface of the first plate valve and axially displaces it, so that the radial sealing surface of the first plate valve is lifted from the first, non-displaceable sealing seat , whereby a pneumatic connection exists between the first space surrounding the cylindrical projection of the first valve piston and a second space surrounding the first plate valve , characterized in that a tapered journal protruding into the central bleeding passage of the first plate valve is arranged coaxially to the axially protruding, annular sealing seat on the cylindrical projection of the first valve piston , that an annular space formed thereby between the annular sealing seat and the journal comprises flow-optimized, rounded transitions from the annular sealing seat to the annular space and from the annular space to the tapered journal , and that, due to its diameter decreasing in the direction of outflow, the journal is configured such that it restricts the cross-section of the bleeding passage only minimally and causes a flow-optimized conduction of a bleeding air stream conducted in the bleeding passage .
A method implemented in a wireless transmit receive unit (WTRU), the method comprising: receiving a configuration indicating whether a first schedule or a second schedule should be used for transmitting a demodulation reference signal (DM-RS) in an uplink subframe, wherein the uplink subframe comprises a plurality of orthogonal frequency-division multiplexing (OFDM) symbols, wherein the first schedule corresponds to transmitting DM-RS transmission in a single OFDM symbol of the uplink subframe, and wherein the second schedule corresponds to transmitting DM-RS in multiple OFDM symbols of the uplink subframe; and transmitting the DM-RS according to the configuration, wherein, according to the first schedule, the DM-RS is transmitted using a subset of subcarriers in the single OFDM symbol of the uplink subframe, and wherein, according to the second schedule, the DM-RS is transmitted using a subset of subcarriers in each of the multiple OFDM symbols of the uplink subframe. receiving a configuration indicating whether a first schedule or a second schedule should be used for transmitting a demodulation reference signal (DM-RS) in an uplink subframe, wherein the uplink subframe comprises a plurality of orthogonal frequency-division multiplexing (OFDM) symbols, wherein the first schedule corresponds to transmitting DM-RS transmission in a single OFDM symbol of the uplink subframe, and wherein the second schedule corresponds to transmitting DM-RS in multiple OFDM symbols of the uplink subframe; and transmitting the DM-RS according to the configuration, wherein, according to the first schedule, the DM-RS is transmitted using a subset of subcarriers in the single OFDM symbol of the uplink subframe, and wherein, according to the second schedule, the DM-RS is transmitted using a subset of subcarriers in each of the multiple OFDM symbols of the uplink subframe.
An aerosol product comprising: a first container filled with a first liquid; a second container filled with a second liquid; and a propellant, the aerosol product including a discharge mechanism for discharging and mixing the first liquid and the second liquid, wherein the first liquid contains an aqueous solution of a chlorite salt, the second liquid contains an aqueous solution of an acidic substance, the acidic substance is citric acid, characterized in that the aqueous solution of the acidic substance has a concentration of 1 to 20 mass%, and the discharge mechanism is configured so that the first liquid and the second liquid are mixed within the discharge mechanism and thereafter discharged in mist form. wherein the first liquid contains an aqueous solution of a chlorite salt, the second liquid contains an aqueous solution of an acidic substance, the acidic substance is citric acid, characterized in that the aqueous solution of the acidic substance has a concentration of 1 to 20 mass%, and the discharge mechanism is configured so that the first liquid and the second liquid are mixed within the discharge mechanism and thereafter discharged in mist form.
A process for the epoxidation of an olefin to an olefin oxide comprising: contacting a feed including at least oxygen and an olefin in a reactor with a catalyst employing a support having a bimodal pore size distribution, with a first mode of pores having a mean diameter ranging from 0.1 μm to 4 μm and a second mode of pores having a mean diameter ranging from 5 μm to 30 μm, a catalytically effective amount of silver or a silver-containing compound, a promoting amount of rhenium or a rhenium-containing compound, and a promoting amount of one or more alkali metals or alkali-metal-containing compounds, said reactor including at least a reactor outlet and said olefin oxide produced by said contacting has a concentration in the reactor outlet that is greater than 2.6 % by volume, wherein the first mode of pores comprises at most 40 % of a total pore volume and the second mode comprises at least 60 % of the total pore volume, and wherein the rhenium promoter is present in an amount from 0.01 wt. % to 0.1 wt. % based on the weight of the total catalyst including the support, expressed as the rhenium metal. contacting a feed including at least oxygen and an olefin in a reactor with a catalyst employing a support having a bimodal pore size distribution, with a first mode of pores having a mean diameter ranging from 0.1 μm to 4 μm and a second mode of pores having a mean diameter ranging from 5 μm to 30 μm, a catalytically effective amount of silver or a silver-containing compound, a promoting amount of rhenium or a rhenium-containing compound, and a promoting amount of one or more alkali metals or alkali-metal-containing compounds, said reactor including at least a reactor outlet and said olefin oxide produced by said contacting has a concentration in the reactor outlet that is greater than 2.6 % by volume, wherein the first mode of pores comprises at most 40 % of a total pore volume and the second mode comprises at least 60 % of the total pore volume, and wherein the rhenium promoter is present in an amount from 0.01 wt. % to 0.1 wt. % based on the weight of the total catalyst including the support, expressed as the rhenium metal.
The device consists of an insulated metal substrate in the form of a straight block, the length of which is at least twice as great as the width, which is at least twice as great as the thickness, comprising, on one of the two larger surfaces, at least one SMD-type (Surface Mounted Device) or COB-type (Chip on Board) light-emitting diode , supplied by a connector at one of the ends of the circuit, characterised in that said substrate is covered with a transparent or translucent heat-shrinkable sheath covering the diodes, and in that the substrate and the sheath are overmoulded at the ends by a polymer electrically insulating the system.