mhurhangee/patent-ind-claim-en huggingface dataset:
A method for spot size selection, the method comprising: receiving, at an optical system , a spot size selection; generating a spot size corresponding to the spot size selection by propagating an optical signal using a first cladding of a dual-clad optical fiber ; receiving, at the optical system , a second spot size selection; and generating a second spot size corresponding to the second spot size selection by propagating the optical signal using a second cladding of the dual-clad optical fiber . receiving, at an optical system , a spot size selection; generating a spot size corresponding to the spot size selection by propagating an optical signal using a first cladding of a dual-clad optical fiber ; receiving, at the optical system , a second spot size selection; and generating a second spot size corresponding to the second spot size selection by propagating the optical signal using a second cladding of the dual-clad optical fiber .
Method for managing the representation of the data segments (0.mp4v, 180180.mp4v) of a content received by a terminal from a server, the method comprising a prior step (ET2) of obtaining a document on the basis of which are generated universal addresses, with an address there being associated a representation of the segment concerned from among several representations described in the document that are associated with encoding bitrates, the segment being able to be received from the server according to the chosen representation, characterized in that it comprises the following steps at the level of the terminal, - a first step of transmitting (ET7) to the server a request for access to a first segment according to a first chosen representation, - a first step of receiving (ET8) from the server a response to the request including a demand for modification of the first representation, the demand for modification being included in a distinct message of the data stream including segments and including an item of information targeting a maximum value of bitrate not to be exceeded for access to the first segment; - a step of modifying the access request during which the terminal modifies the request for access by selecting, in the document received during the prior step (ET2), for the first segment a second representation associated with an encoding bitrate of a value less than said maximum value; - a second step of transmitting (ET10) a request for access to the first segment according to the second representation; - a second step of receiving (ET11) from the server the first segment according to the second representation. - a first step of transmitting (ET7) to the server a request for access to a first segment according to a first chosen representation, - a first step of receiving (ET8) from the server a response to the request including a demand for modification of the first representation, the demand for modification being included in a distinct message of the data stream including segments and including an item of information targeting a maximum value of bitrate not to be exceeded for access to the first segment; - a step of modifying the access request during which the terminal modifies the request for access by selecting, in the document received during the prior step (ET2), for the first segment a second representation associated with an encoding bitrate of a value less than said maximum value; - a second step of transmitting (ET10) a request for access to the first segment according to the second representation; - a second step of receiving (ET11) from the server the first segment according to the second representation.
A straddle vehicle comprising: a body frame including a main frame extending rear-downward from a head pipe , a pivot frame extending downward from the main frame , and a lower frame which extends downward from the head pipe and extends rearward, and further, is connected to a lower portion of the pivot frame ; a side stand which supports a vehicle body during parking; a side stand bracket which supports the side stand ; characterised in that the straddle vehicle further comprises a main step on which a foot of a rider is placed; an a main step bracket which supports the main step , wherein the side stand bracket includes: a first fixing portion connected only to the lower portion of the pivot frame ; and a second fixing portion connected only to the main step bracket , wherein, the main step bracket is arranged on an outer side in a vehicle width direction of the side stand bracket , and the main step bracket has an opening portion through which a head portion of a first fastening bolt mounted on the first fixing portion passes and is exposed to an outside. a body frame including a main frame extending rear-downward from a head pipe , a pivot frame extending downward from the main frame , and a lower frame which extends downward from the head pipe and extends rearward, and further, is connected to a lower portion of the pivot frame ; a side stand which supports a vehicle body during parking; a side stand bracket which supports the side stand ; characterised in that the straddle vehicle further comprises a main step on which a foot of a rider is placed; an a main step bracket which supports the main step , wherein the side stand bracket includes: a first fixing portion connected only to the lower portion of the pivot frame ; and a second fixing portion connected only to the main step bracket , wherein, the main step bracket is arranged on an outer side in a vehicle width direction of the side stand bracket , and the main step bracket has an opening portion through which a head portion of a first fastening bolt mounted on the first fixing portion passes and is exposed to an outside. a first fixing portion connected only to the lower portion of the pivot frame ; and a second fixing portion connected only to the main step bracket , wherein, the main step bracket is arranged on an outer side in a vehicle width direction of the side stand bracket , and the main step bracket has an opening portion through which a head portion of a first fastening bolt mounted on the first fixing portion passes and is exposed to an outside.
A method in a radio access node , the method comprising: transmitting , to a radio device , a configuration message for configuring a phase tracking reference signal, PT-RS, on a radio channel, wherein the radio channel comprises a plurality of subcarriers in a physical resource block, PRB, wherein a subset of the subcarriers in the PRB is allocated for reception of a demodulation reference signal, DM-RS, transmitted through a DM-RS port of the radio device , wherein the configuration message comprises a bit field comprising n bits that are indicative of a subcarrier allocated for reception of the PT-RS among the subset of subcarriers allocated for reception of the DM-RS transmitted though the DM-RS port, wherein a number of the plurality of subcarriers in the PRB is greater than 2 n , and receiving, from the radio device , the PT-RS on the subcarrier that is allocated for reception of the PT-RS according to the bit field among the subset of subcarriers allocated for reception of the DM-RS transmitted through the DM-RS port. transmitting , to a radio device , a configuration message for configuring a phase tracking reference signal, PT-RS, on a radio channel, wherein the radio channel comprises a plurality of subcarriers in a physical resource block, PRB, wherein a subset of the subcarriers in the PRB is allocated for reception of a demodulation reference signal, DM-RS, transmitted through a DM-RS port of the radio device , wherein the configuration message comprises a bit field comprising n bits that are indicative of a subcarrier allocated for reception of the PT-RS among the subset of subcarriers allocated for reception of the DM-RS transmitted though the DM-RS port, wherein a number of the plurality of subcarriers in the PRB is greater than 2 n , and receiving, from the radio device , the PT-RS on the subcarrier that is allocated for reception of the PT-RS according to the bit field among the subset of subcarriers allocated for reception of the DM-RS transmitted through the DM-RS port.
Method for controlling the speed of an electric machine for driving a compressor of a heat pump , having a speed controller and a damping unit , said method having the steps of: ascertaining a target torque (T_soll) as a function of a difference between a target speed (n_soll) and an actual speed (n_ist) of the electric machine using the speed controller , ascertaining a damping torque (T_D) as a function of an angle (Phi) and a first torque value (T_1), superposing a variable characterizing the target torque (T_soll) with a variable characterizing the damping torque (T_D) to form a variable characterizing the actuation torque (T_A), actuating the electric machine using the variable characterizing the actuation torque (T_A), characterized in that the amplitude of the damping torque (T_D) is specified as a function of a variable characterizing the target torque (T_soll) and the first torque value (T_1) corresponds to the ascertained target torque (T_soll) or the torque value (T_FOR) of a field-oriented control system . ascertaining a target torque (T_soll) as a function of a difference between a target speed (n_soll) and an actual speed (n_ist) of the electric machine using the speed controller , ascertaining a damping torque (T_D) as a function of an angle (Phi) and a first torque value (T_1), superposing a variable characterizing the target torque (T_soll) with a variable characterizing the damping torque (T_D) to form a variable characterizing the actuation torque (T_A), actuating the electric machine using the variable characterizing the actuation torque (T_A), characterized in that the amplitude of the damping torque (T_D) is specified as a function of a variable characterizing the target torque (T_soll) and the first torque value (T_1) corresponds to the ascertained target torque (T_soll) or the torque value (T_FOR) of a field-oriented control system .
A propeller for use with fluids, the propeller provided to propel an object or person or to move the fluid, the propeller comprising: a plurality of blades ; an intake root ; an exhaust root ; a means for generating non-axial lift and non-axial fluid flow; a means for redirecting the non-axial fluid flow to axial fluid flow; a rotational axis (X) coincident with a hub ; the plurality of blades extending radially outward from the rotational axis (X) and disposed around the rotational axis (X); each blade forming a loop and having an intake portion , an exhaust portion and a tip portion extending radially outward from the rotational axis (X); characterised in that the means for generating non-axial lift and non-axial fluid flow and the means for redirecting the non-axial fluid flow to axial fluid flow are the blades being configured to have a positive and non-zero pitch angle in the tip portion , a continually increasing or decreasing skew angle from the intake root to the exhaust root and a rake at intake root which is less than the rake at exhaust root position thus resulting in a gap between the intake root and the exhaust root , wherein the tip portion of the blade is where the amount of non-axial lift produced by a given parameter section is greater than the axial lift produced. a plurality of blades ; an intake root ; an exhaust root ; a means for generating non-axial lift and non-axial fluid flow; a means for redirecting the non-axial fluid flow to axial fluid flow; a rotational axis (X) coincident with a hub ; the plurality of blades extending radially outward from the rotational axis (X) and disposed around the rotational axis (X); each blade forming a loop and having an intake portion , an exhaust portion and a tip portion extending radially outward from the rotational axis (X); characterised in that the means for generating non-axial lift and non-axial fluid flow and the means for redirecting the non-axial fluid flow to axial fluid flow are the blades being configured to have a positive and non-zero pitch angle in the tip portion , a continually increasing or decreasing skew angle from the intake root to the exhaust root and a rake at intake root which is less than the rake at exhaust root position thus resulting in a gap between the intake root and the exhaust root , wherein the tip portion of the blade is where the amount of non-axial lift produced by a given parameter section is greater than the axial lift produced.
A projection system for displaying projected images, comprising a projection device configured to project one or more images onto a receiver surface ; a viewing device spaced apart from the projection device and configured to be worn by a user and comprising a frame holding a screen and a focusing lens wherein: the screen comprises the receiver surface and a viewing surface disposed opposite the receiver surface, wherein the screen is configured to permit transmission of the projected one or more images through the screen from the receiver surface to the viewing surface such that the projected one or more images are viewable on the viewing surface; and the focusing lens is configured to focus the projected one or more images viewable on the viewing surface for the user when wearing the viewing device; and a tracking system configured to determine a location and orientation of the receiver surface of the viewing device, wherein the projection device is configured to adjust image properties of the projected one or more images based at least in part on the determined location and orientation of the receiver surface , characterized in that when the user is wearing the viewing device, the viewing surface faces the user and the receiver surface faces outward with respect to the user. a projection device configured to project one or more images onto a receiver surface ; a viewing device spaced apart from the projection device and configured to be worn by a user and comprising a frame holding a screen and a focusing lens wherein: the screen comprises the receiver surface and a viewing surface disposed opposite the receiver surface, wherein the screen is configured to permit transmission of the projected one or more images through the screen from the receiver surface to the viewing surface such that the projected one or more images are viewable on the viewing surface; and the focusing lens is configured to focus the projected one or more images viewable on the viewing surface for the user when wearing the viewing device; and the screen comprises the receiver surface and a viewing surface disposed opposite the receiver surface, wherein the screen is configured to permit transmission of the projected one or more images through the screen from the receiver surface to the viewing surface such that the projected one or more images are viewable on the viewing surface; and the focusing lens is configured to focus the projected one or more images viewable on the viewing surface for the user when wearing the viewing device; and a tracking system configured to determine a location and orientation of the receiver surface of the viewing device, wherein the projection device is configured to adjust image properties of the projected one or more images based at least in part on the determined location and orientation of the receiver surface ,
A method for producing composite webs or composite sheets consisting of at least a first cover layer of metal, a second cover layer of metal, and at least one core layer of plastic, which is arranged between the cover layers and is integrally bonded thereto, in which method a first metal strip for the first cover layer , a second metal strip for the second cover layer , and at least one plastic web for the core layer are brought together and integrally bonded to each other with the application of pressure and/or heat to form a composite web in a laminating line , characterised in that the first metal strip and the second metal strip are each unwound and continuously coated with an adhesion promoter in a pretreatment line (V), the first metal strip and the second metal strip are wound up after the coating, and the first metal strip , the second metal strip , and the plastic web are then unwound and brought together and continuously bonded to each other with the application of pressure and heat to form the composite web in the laminating line (L), which is separate from the pretreatment line (V), wherein the pretreatment line (V) is operated at a higher speed than the laminating line (L), specifically at least twice the speed.
A method for producing a cold-brew coffee extract, comprising the steps of: adding water to coffee beans to form a suspension; wet grinding said suspension in multiple steps to an average particle size of 100 μm or less; subjecting said suspension to one or more separation steps, wherein the suspension is separated into at least one liquid phase and a solid phase, said liquid phase comprising coffee aroma, and said solid phase comprising coffee powder and water as major components; and further processing at least the water phase to provide the cold-brew coffee extract; wherein the temperature of the suspension during steps to and the temperature of the water phase during step does not exceed 47°C, and wherein steps to are performed within a time frame of 40 seconds to 2 minutes. adding water to coffee beans to form a suspension; wet grinding said suspension in multiple steps to an average particle size of 100 μm or less; subjecting said suspension to one or more separation steps, wherein the suspension is separated into at least one liquid phase and a solid phase, said liquid phase comprising coffee aroma, and said solid phase comprising coffee powder and water as major components; and further processing at least the water phase to provide the cold-brew coffee extract;
A vascular access device comprising: a catheter adapter comprising a main body portion from which a catheter extends distally and an extension that extends outwardly from the main body portion ; an extension tubing having a distal end that inserts into and is secured within the extension ; and an interface (201c1) formed of a flexible material that is positioned in-line with the extension such that the extension tubing extends through the interface (201c1) and into the extension ; characterized by a stabilization platform having a first stabilization platform side that is coupled to the catheter adapter and extends outwardly from the main body portion , wherein the interface (201c1) is an integral part of the first stabilization platform side ; and wherein the interface (201c1) is more flexible than the extension and less flexible than the extension tubing . a catheter adapter comprising a main body portion from which a catheter extends distally and an extension that extends outwardly from the main body portion ; an extension tubing having a distal end that inserts into and is secured within the extension ; and an interface (201c1) formed of a flexible material that is positioned in-line with the extension such that the extension tubing extends through the interface (201c1) and into the extension ; characterized by a stabilization platform having a first stabilization platform side that is coupled to the catheter adapter and extends outwardly from the main body portion , wherein the interface (201c1) is an integral part of the first stabilization platform side ; and wherein the interface (201c1) is more flexible than the extension and less flexible than the extension tubing .
A hybrid x-ray device for mounted and portable use, the device comprising: a housing ; an x-ray source coupled to the housing and configured to generate x-ray radiation; a shield connector coupled to the housing and configured to mechanically couple to a removable radiation shield ; and an interlock coupled to the x-ray source and configured to disable activation of the x-ray source when the shield connector is mechanically uncoupled from the removable radiation shield ; characterised in that the hybrid x-ray device further comprises a support connector coupled to the housing and configured to mechanically couple to a support arm ; and further characterised in that the interlock is configured to disable activation of the x-ray source when both of the following conditions occur: (a) the support connector is mechanically uncoupled from the support arm , and (b) the shield connector is mechanically uncoupled from the removable radiation shield . a housing ; an x-ray source coupled to the housing and configured to generate x-ray radiation; a shield connector coupled to the housing and configured to mechanically couple to a removable radiation shield ; and an interlock coupled to the x-ray source and configured to disable activation of the x-ray source when the shield connector is mechanically uncoupled from the removable radiation shield ; characterised in that the hybrid x-ray device further comprises a support connector coupled to the housing and configured to mechanically couple to a support arm ; and further characterised in that the interlock is configured to disable activation of the x-ray source when both of the following conditions occur: (a) the support connector is mechanically uncoupled from the support arm , and (b) the shield connector is mechanically uncoupled from the removable radiation shield .
A method for wireless communication, comprising: identifying at least a first user equipment, UE, that is to receive a downlink transmission during a first transmission time interval, TTI; identifying a channel quality of the first UE; configuring a cell-specific reference signal, CRS, based at least in part on the channel quality of the first UE; configuring a starting point for a downlink control channel transmission to the first UE within the first TTI based at least in part on the CRS; and transmitting the CRS to the first UE during the first TTI. identifying at least a first user equipment, UE, that is to receive a downlink transmission during a first transmission time interval, TTI; identifying a channel quality of the first UE; configuring a cell-specific reference signal, CRS, based at least in part on the channel quality of the first UE; configuring a starting point for a downlink control channel transmission to the first UE within the first TTI based at least in part on the CRS; and transmitting the CRS to the first UE during the first TTI.