mhurhangee/patent-ind-claim-en huggingface dataset:
A baggage transfer conveyer unit for use with a baggage carousel having a carousel transferring path for transferring a baggage (B) therealong, the baggage transfer conveyor unit configured for being mounted over the baggage carousel and comprising: • a proximal end , a distal end , an upper surface by means of which the baggage is to be transferred from said proximal end to said distal end along a conveyor unit transferring path extending between said ends; • a baggage transferring mechanism configured for causing said upper surface to transfer the baggage along said conveyor unit transferring path; and • a baggage diverting mechanism configured for causing a part of said upper surface to divert the baggage from the conveyer unit transferring path along a diverted direction different from that of said conveyor unit transferring path; wherein the baggage transfer conveyer unit is configured to be mounted over said baggage carousel such that the conveyer unit transferring path is aligned with the carousel transferring path. • a proximal end , a distal end , an upper surface by means of which the baggage is to be transferred from said proximal end to said distal end along a conveyor unit transferring path extending between said ends; • a baggage transferring mechanism configured for causing said upper surface to transfer the baggage along said conveyor unit transferring path; and • a baggage diverting mechanism configured for causing a part of said upper surface to divert the baggage from the conveyer unit transferring path along a diverted direction different from that of said conveyor unit transferring path;
A method for producing a polyethylene-2,5-furandicarboxylate (PEF) raw yarn, comprising: a spinning/drawing process wherein an undrawn yarn, obtained by melt-spinning of a PEF-containing resin composition, is continuously drawn into a PEF raw yarn without being recovered and the PEF raw yarn is taken up, wherein the ratio of a rate (T) of taking up the PEF raw yarn to a rate (E) of extrusion of the resin composition into filaments during the melt-spinning (T/E) is 700 to 2,000. a spinning/drawing process wherein an undrawn yarn, obtained by melt-spinning of a PEF-containing resin composition, is continuously drawn into a PEF raw yarn without being recovered and the PEF raw yarn is taken up, wherein the ratio of a rate (T) of taking up the PEF raw yarn to a rate (E) of extrusion of the resin composition into filaments during the melt-spinning (T/E) is 700 to 2,000.
A method, comprising: - obtaining a transaction information indicative of a transaction to be performed or triggered to be performed, wherein the transaction information is signed by at least one mobile device and/or an application of the at least one mobile device; - checking whether or not the transaction information was verified by at least one server at least partially based on a blockchain, wherein the at least one server is enabled to verify the transaction by determining a hash value that is to be comprised by the blockchain in case the transaction is correctly signed and the at least one mobile device and/or the application of the mobile device is allowed to perform or trigger performing of the transaction, wherein the blockchain is accessible by the at least one server and at least one mobile device; and in case the checking is successful: - performing or triggering performing of the transaction, - characterized in that the transaction is performed or triggered to be performed only in case a timeslot assigned for the transaction to be performed or triggered to be performed is valid. - obtaining a transaction information indicative of a transaction to be performed or triggered to be performed, wherein the transaction information is signed by at least one mobile device and/or an application of the at least one mobile device; - checking whether or not the transaction information was verified by at least one server at least partially based on a blockchain, wherein the at least one server is enabled to verify the transaction by determining a hash value that is to be comprised by the blockchain in case the transaction is correctly signed and the at least one mobile device and/or the application of the mobile device is allowed to perform or trigger performing of the transaction, wherein the blockchain is accessible by the at least one server and at least one mobile device; and - performing or triggering performing of the transaction, - characterized in that the transaction is performed or triggered to be performed only in case a timeslot assigned for the transaction to be performed or triggered to be performed is valid.
A processor comprising: fetch circuitry to fetch a compress instruction ; decode circuitry to decode the compress instruction having fields to specify an opcode , a compress algorithm and locations of a decompressed source and a compressed destination matrix ; execution circuitry to execute the compress instruction , to: generate a compressed result matrix according to the compress algorithm, characterized by compressing the specified decompressed source matrix by either packing non-zero-valued elements together in the compressed result matrix and storing the matrix position of each non-zero-valued element in a header , or using fewer bits to represent one or more elements of the decompressed source matrix and using the header to identify matrix elements being represented by fewer bits, and; store the compressed result matrix to the specified compressed destination matrix. fetch circuitry to fetch a compress instruction ; decode circuitry to decode the compress instruction having fields to specify an opcode , a compress algorithm and locations of a decompressed source and a compressed destination matrix ; execution circuitry to execute the compress instruction , to: generate a compressed result matrix according to the compress algorithm, characterized by compressing the specified decompressed source matrix by either packing non-zero-valued elements together in the compressed result matrix and storing the matrix position of each non-zero-valued element in a header , or using fewer bits to represent one or more elements of the decompressed source matrix and using the header to identify matrix elements being represented by fewer bits, and; store the compressed result matrix to the specified compressed destination matrix. generate a compressed result matrix according to the compress algorithm, characterized by compressing the specified decompressed source matrix by either packing non-zero-valued elements together in the compressed result matrix and storing the matrix position of each non-zero-valued element in a header , or using fewer bits to represent one or more elements of the decompressed source matrix and using the header to identify matrix elements being represented by fewer bits, and; store the compressed result matrix to the specified compressed destination matrix.
A flow-control assembly (10, 10', 10") for fluid, comprising: a. a body comprising (i) an inlet for fluid, (ii) an outlet for fluid, and (iii) a bypass opening having an effective size for receiving fluid; and b. a spring , c. a member moveable within the body so as to change the effective size of the bypass opening , a position of the member indicating, through the bypass opening , information about the fluid flow rate through the body, the member being a piston operating under influence of the spring , the spring biasing the piston to a normal position closing the bypass opening , characterized in that the bypass opening has irregular shape, with its lower boundary being longer than its upper boundary . a. a body comprising (i) an inlet for fluid, (ii) an outlet for fluid, and (iii) a bypass opening having an effective size for receiving fluid; and b. a spring , c. a member moveable within the body so as to change the effective size of the bypass opening , a position of the member indicating, through the bypass opening , information about the fluid flow rate through the body, the member being a piston operating under influence of the spring , the spring biasing the piston to a normal position closing the bypass opening , characterized in that the bypass opening has irregular shape, with its lower boundary being longer than its upper boundary .
A connecting element with a housing having a first receiving space with a first joining element and a first shiftable valve element arranged therein, and having a second receiving space with a second joining element with a second shiftable valve element arranged therein, wherein the first and the second receiving space are fluidically connected to each other, wherein the first valve element is of elastically deformable design and is shiftable and the second valve element is of elastically deformable design and is shiftable, wherein the first valve element is shiftable between two positions, wherein, in the first position, a fluidic connection between the first receiving space and the first joining element is interrupted by the first valve element and, in the second position, a fluidic connection between the first receiving space and the first joining element is opened by the first valve element and wherein the second valve element is shiftable between two positions, wherein, in the first position, a fluidic connection between the second receiving space and the second joining element is interrupted by the second valve element and, in the second position, a fluidic connection between the second receiving space and the second joining element is opened by the second valve element wherein the first valve element is formed with a duct which is closed in the first position of the first valve element and is opened in the second position of the first valve element , wherein a hollow pin is arranged in the first receiving space and engages in the duct , characterised in that the first valve element has spring arms protruding from the cylindrical region .
A liquid crystal (LC) composition for a high-frequency component, comprising one or more selected from the group consisting of compounds shown in structural formula (I) and one or more selected from the group consisting of compounds shown in structural formula (II): wherein R 1 is selected from the group consisting of alkyl with 1 to 10 carbon atoms, alkenyl with 2 to 10 carbon atoms, fluorinated alkyl, fluorinated alkenyl, and cycloalkyl; one of X 1 , X 2 , and X 3 is methyl or chlorine, and the other two are hydrogen; k, m, n, and p are 0 or 1; and ring A is selected from the group consisting of a benzene ring, cyclohexane, and cyclohexene; wherein R 2 and R 3 each are selected from the group consisting of alkyl with 1 to 10 carbon atoms, alkenyl with 2 to 10 carbon atoms, fluorinated alkyl, fluorinated alkenyl, cycloalkyl, and halogen; and ring A and ring B each are selected from the group consisting of a benzene ring, cyclohexane, and cyclohexene; and wherein a mass proportion of the compounds shown in structural formula (I) is 50% to 99% and a mass proportion of the compounds shown in structural formula (II) is 1% to 40%. wherein R 1 is selected from the group consisting of alkyl with 1 to 10 carbon atoms, alkenyl with 2 to 10 carbon atoms, fluorinated alkyl, fluorinated alkenyl, and cycloalkyl; one of X 1 , X 2 , and X 3 is methyl or chlorine, and the other two are hydrogen; k, m, n, and p are 0 or 1; and ring A is selected from the group consisting of a benzene ring, cyclohexane, and cyclohexene; wherein R 2 and R 3 each are selected from the group consisting of alkyl with 1 to 10 carbon atoms, alkenyl with 2 to 10 carbon atoms, fluorinated alkyl, fluorinated alkenyl, cycloalkyl, and halogen; and ring A and ring B each are selected from the group consisting of a benzene ring, cyclohexane, and cyclohexene; and wherein a mass proportion of the compounds shown in structural formula (I) is 50% to 99% and a mass proportion of the compounds shown in structural formula (II) is 1% to 40%.
Method for controlling a winding device , having the following steps: - displaying a schematic representation of functional units of the winding device on a display device , - detecting at least one operating parameter of at least one functional unit of the winding device , - displaying the at least one detected operating parameter on the display device next to the schematic representation of the corresponding functional unit , wherein the display of the at least one detected operating parameter on the display device is next to the schematic representation of the corresponding functional unit on one and the same display level, characterized in that at least one of the following operating parameters of at least one functional unit is detected and displayed: - rotational speed of a supply roller , - leading between two neighboring supply rollers , - contact pressure of a supply roller , - wrap angle of a supply roller , wherein the lead is a difference in speed with regard to the conveyed speed of a film between two neighboring supply rollers. - displaying a schematic representation of functional units of the winding device on a display device , - detecting at least one operating parameter of at least one functional unit of the winding device , - displaying the at least one detected operating parameter on the display device next to the schematic representation of the corresponding functional unit , wherein the display of the at least one detected operating parameter on the display device is next to the schematic representation of the corresponding functional unit on one and the same display level, characterized in that at least one of the following operating parameters of at least one functional unit is detected and displayed: - rotational speed of a supply roller , - leading between two neighboring supply rollers , - contact pressure of a supply roller , - wrap angle of a supply roller , - rotational speed of a supply roller , - leading between two neighboring supply rollers , - contact pressure of a supply roller , - wrap angle of a supply roller , wherein the lead is a difference in speed with regard to the conveyed speed of a film between two neighboring supply rollers.
A cooling system for an engine having an air mover configured for generating a flow of air around a rotation axis , a surface extending around the rotation axis delimiting a passage for the flow of air downstream of the air mover , and an electric machine disposed within the surface and coupled to the air mover , the cooling system comprising: a coolant circuit having a condenser having a surface cooler circumferentially disposed around at least part of the surface and in thermal communication therewith; and a coolant fluid in the coolant circuit , characterised in that : the coolant circuit further comprises: an evaporator circumferentially disposed around at least part of the electric machine and in thermal communication therewith; a first conduit fluidly connecting an upper region of the evaporator to an upper region of the condenser ; and a second conduit fluidly connecting a lower region of the condenser to a lower region of the evaporator ; and the evaporator has a surface heater disposed at least partially around the electric machine and in thermal communication therewith, and the surface heater defines heating paths opposite to one another, extending from the lower region of the evaporator to an upper region of the evaporator and circumferentially disposed around at least part of corresponding sides of the electric machine . a coolant circuit having a condenser having a surface cooler circumferentially disposed around at least part of the surface and in thermal communication therewith; and a coolant fluid in the coolant circuit , the coolant circuit further comprises: an evaporator circumferentially disposed around at least part of the electric machine and in thermal communication therewith; a first conduit fluidly connecting an upper region of the evaporator to an upper region of the condenser ; and a second conduit fluidly connecting a lower region of the condenser to a lower region of the evaporator ; and an evaporator circumferentially disposed around at least part of the electric machine and in thermal communication therewith; a first conduit fluidly connecting an upper region of the evaporator to an upper region of the condenser ; and a second conduit fluidly connecting a lower region of the condenser to a lower region of the evaporator ; and the evaporator has a surface heater disposed at least partially around the electric machine and in thermal communication therewith, and the surface heater defines heating paths opposite to one another, extending from the lower region of the evaporator to an upper region of the evaporator and circumferentially disposed around at least part of corresponding sides of the electric machine .
Roof rail, equipped for fitting to a roof structure of a motor vehicle, comprising a rail profile and a decorative profile for forming at least one first decorative surface in at least one part section, wherein the rail profile has a fitting leg , which is engaged by fitting means when the roof rail is attached to the roof structure as intended for fixing the rail profile to the roof structure , characterised in that the decorative profile is connected with the rail profile unencumbered via the fitting leg .
A kit for assembling a pillow comprising: • a support base having two opposite long edges and two opposite short edges (16 17), said base comprising: ∘ a first and second raised area adjacent its first and second long edges for supporting the neck, and ∘ a central area in between said raised areas for supporting the head; whereby: - the first and second raised areas have a different height, - the height of the central area is lower than the height of the lower of the two raised areas, and - the first and second raised areas gradually taper in width as from the short edges of the support base to the center of the long edges of the support base; • three layers corresponding in shape to the shape of the support base, with mutually different heights to elevate the overall position of the support base ; and • a flexible cover suitable for holding the support base positioned upon any one or more of the three layers. • a support base having two opposite long edges and two opposite short edges (16 17), said base comprising: ∘ a first and second raised area adjacent its first and second long edges for supporting the neck, and ∘ a central area in between said raised areas for supporting the head; whereby: - the first and second raised areas have a different height, - the height of the central area is lower than the height of the lower of the two raised areas, and - the first and second raised areas gradually taper in width as from the short edges of the support base to the center of the long edges of the support base; ∘ a first and second raised area adjacent its first and second long edges for supporting the neck, and ∘ a central area in between said raised areas for supporting the head; - the first and second raised areas have a different height, - the height of the central area is lower than the height of the lower of the two raised areas, and - the first and second raised areas gradually taper in width as from the short edges of the support base to the center of the long edges of the support base; • three layers corresponding in shape to the shape of the support base, with mutually different heights to elevate the overall position of the support base ; and • a flexible cover suitable for holding the support base positioned upon any one or more of the three layers.
A method for monitoring a pitch system of a wind turbine , the pitch system having, at least, a pitch bearing , the method comprising: monitoring , via one or more first sensors , at least one electrical condition of the pitch system including an expected pitch angle from a pitch profiler model; monitoring , via one or more second sensors , at least one mechanical condition of the pitch system including a measured pitch angle; and, receiving , via a controller communicatively coupled to the one or more first and second sensors , sensor signals representing the at least one electrical condition and the at least one mechanical condition of the pitch system ; and, determining , via the controller , a bearing condition of the pitch bearing based on the at least one electrical condition and the at least one mechanical condition of the pitch system including determining one or more fault indicators for the at least one electrical condition and the at least one mechanical condition of the pitch system , wherein the one or more fault indicators comprise at least one of an axis-unbalancing fault indicator or an axis-AVG fault indicator, the determination including a Pitch Angle-based Analysis including the steps of: providing the expected pitch angle from the pitch profiler model; providing the measured pitch angle; and determine a difference between the measured pitch angle and expected pitch angle. monitoring , via one or more first sensors , at least one electrical condition of the pitch system including an expected pitch angle from a pitch profiler model; monitoring , via one or more second sensors , at least one mechanical condition of the pitch system including a measured pitch angle; and, receiving , via a controller communicatively coupled to the one or more first and second sensors , sensor signals representing the at least one electrical condition and the at least one mechanical condition of the pitch system ; and, determining , via the controller , a bearing condition of the pitch bearing based on the at least one electrical condition and the at least one mechanical condition of the pitch system including determining one or more fault indicators for the at least one electrical condition and the at least one mechanical condition of the pitch system , wherein the one or more fault indicators comprise at least one of an axis-unbalancing fault indicator or an axis-AVG fault indicator, the determination including a Pitch Angle-based Analysis including the steps of: providing the expected pitch angle from the pitch profiler model; providing the measured pitch angle; and determine a difference between the measured pitch angle and expected pitch angle. providing the expected pitch angle from the pitch profiler model; providing the measured pitch angle; and determine a difference between the measured pitch angle and expected pitch angle.
Method for planning support for an interventional procedure for placing an auxiliary element in a hollow organ by means of a guide facility , which is stiffer than the hollow organ , with the method steps - acquisition of a 3D image dataset , which maps an uninfluenced course of the hollow organ , from a data memory, - creation of a model of the hollow organ in its uninfluenced course by segmentation of the 3D image dataset , - simulation of a deformation of the hollow organ on the basis of a predetermined or determined course of the guide facility in the hollow organ through a deformation of the model , and - automatic determination and specification of a spatially resolved compression and/or stretching of the hollow organ in its direction of longitudinal extent in its deformed course in accordance with the deformed model compared to the uninfluenced course of the hollow organ . - acquisition of a 3D image dataset , which maps an uninfluenced course of the hollow organ , from a data memory, - creation of a model of the hollow organ in its uninfluenced course by segmentation of the 3D image dataset , - simulation of a deformation of the hollow organ on the basis of a predetermined or determined course of the guide facility in the hollow organ through a deformation of the model , and - automatic determination and specification of a spatially resolved compression and/or stretching of the hollow organ in its direction of longitudinal extent in its deformed course in accordance with the deformed model compared to the uninfluenced course of the hollow organ .