mhurhangee/ep-ind-claims huggingface dataset:
A single-layer film comprising: a layer comprising cellulose ester having a degree of substitution of hydroxyl groups (DS OH) of 0 to 0.5, which, after stretching in at least one direction, has an R e of -80 to -10 nm, an R th of 0 to 100 nm, an A Re and A Rth of 1.0 to 1.6, and a B Re and B Rth of 1.0 to 0.6, measured at a film thickness of 30 to 120 μm, or which, after stretching in at least one direction, has an R e of 10 to 60 nm, an R th of 0 to -60 nm, an A Re and A Rth of 0.5 to 1.0, and a B Re and B Rth of 1.0 to 1.3, measured at a film thickness of 30 to 120 μm, or which, after stretching in at least one direction, has an R e of -60 to -20 nm, an R th of 0 to 60 nm, an A Re and A Rth of 1.2 to 1.6, and a B Re and B Rth of 0.5 to 0.8, measured at a film thickness of 30 to 120 μm, or which, after stretching in at least one direction, has an R e of 10 to 40 nm, an R th of 0 to -40 nm, an A Re and A Rth of 0.5 to 0.8, and a B Re and B Rth of 1.1 to 1.3, measured at a film thickness of 30 to 120 μm, or which, after stretching in at least one direction, has an R e of -50 to -30 nm, an R th of 0 to 40 nm, an A Re and A Rth of 1.4 to 1.6, and a B Re and B Rth of 0.5 to 0.7, measured at a film thickness of 30 to 120 μm, or which, after stretching in at least one direction, has an R e of 15 to 30 nm, an R th of 0 to -30 nm, an A Re and A Rth of 0.5 to 0.7, and a B Re and B Rth of 1.2 to 1.3, measured at a film thickness of 30 to 120 μm. a layer comprising cellulose ester having a degree of substitution of hydroxyl groups (DS OH) of 0 to 0.5, which, after stretching in at least one direction, has an R e of -80 to -10 nm, an R th of 0 to 100 nm, an A Re and A Rth of 1.0 to 1.6, and a B Re and B Rth of 1.0 to 0.6, measured at a film thickness of 30 to 120 μm, or which, after stretching in at least one direction, has an R e of 10 to 60 nm, an R th of 0 to -60 nm, an A Re and A Rth of 0.5 to 1.0, and a B Re and B Rth of 1.0 to 1.3, measured at a film thickness of 30 to 120 μm, or which, after stretching in at least one direction, has an R e of -60 to -20 nm, an R th of 0 to 60 nm, an A Re and A Rth of 1.2 to 1.6, and a B Re and B Rth of 0.5 to 0.8, measured at a film thickness of 30 to 120 μm, or which, after stretching in at least one direction, has an R e of 10 to 40 nm, an R th of 0 to -40 nm, an A Re and A Rth of 0.5 to 0.8, and a B Re and B Rth of 1.1 to 1.3, measured at a film thickness of 30 to 120 μm, or which, after stretching in at least one direction, has an R e of -50 to -30 nm, an R th of 0 to 40 nm, an A Re and A Rth of 1.4 to 1.6, and a B Re and B Rth of 0.5 to 0.7, measured at a film thickness of 30 to 120 μm, or which, after stretching in at least one direction, has an R e of 15 to 30 nm, an R th of 0 to -30 nm, an A Re and A Rth of 0.5 to 0.7, and a B Re and B Rth of 1.2 to 1.3, measured at a film thickness of 30 to 120 μm.
Rail vehicle, in particular locomotive, comprising a vehicle body which is supported in a sprung fashion on bogies that can travel along running rails, and a snow plough which has two blade plates which run to a point in a plough shape and have a C-shaped profile, and with a plough blade which is arranged in a vertically adjustable fashion behind the blade plates in the direction of travel, and whose projecting portion, which projects downward beyond a lower edge of the blade plates, is adjustable, wherein the blade plates rest with their lower edge on a base plate, which forms a cutting edge which protrudes from the lower edge in the direction of travel, wherein the snow plough is fastened to an underframe of the vehicle body such that the base plate of the snow plough maintains a safety distance from the running rails, which safety distance is predefined by maximum spring compression of the vehicle body, wherein the protruding portion of the plough blade and thus the gap height between the snow plough and the upper edge of the rail is set as a function of the safety distance and of wear of the wheel tyres of rail wheels of the bogies, characterised by buffer elements arranged on the front of the underframe, which are designed to absorb impact energy through elastic compression of a buffer spring along a first energy absorption path and which are connected to the underframe via deformation elements which are designed to absorb impact energy through plastic deformation of a deformation structure along a second energy absorption path, wherein the snow plough is fastened to the underframe such that its point lies behind the first and second energy absorption paths (19, 21) in the direction of travel.
A method performed by a mobile relay system, comprising obtaining information about a mobile service provider of a user equipment (510; 520) establishing a first connection between the user equipment (510; 520) and the mobile relay system independently of the mobile service provider of the user equipment and a provider of the mobile relay system, as the mobile relay system pretends to match the mobile service provider of the user equipment (510; 520); choosing a network entity from a mobile communication system; and establishing a second connection between the mobile relay system and the network entity, to enable data transfer between the user equipment (510; 520) and the network entity, wherein the choosing of the network entity depends on a predictive quality of service of the network entity. obtaining information about a mobile service provider of a user equipment (510; 520) establishing a first connection between the user equipment (510; 520) and the mobile relay system independently of the mobile service provider of the user equipment and a provider of the mobile relay system, as the mobile relay system pretends to match the mobile service provider of the user equipment (510; 520); choosing a network entity from a mobile communication system; and establishing a second connection between the mobile relay system and the network entity, to enable data transfer between the user equipment (510; 520) and the network entity, wherein the choosing of the network entity depends on a predictive quality of service of the network entity.
A variable delay circuit comprising: - a Digital To Time Converter, DTC, circuit including a plurality of capacitors (C 1,..., C N), and a plurality of MOS switches (M 1,..., M N) that are turned on and off according to a control code (A_DTC_CODE), the DTC circuit: - receiving an input pulse, - applying a delay (τ DELAY) corresponding to the control code to an edge to be delayed of the input pulse, and - outputting a delay pulse (i_dtc_o); and - a controller that: - receives an external code (DTC_CODE) indicating the delay; and - supplies the control code (A_DTC_CODE) to the DTC circuit, characterized in that the controller: - supplies a valid code as the control code during a period (t 1 -t 2) from a predetermined time (T CONST) before the edge to be delayed of the input pulse (t 1) to the edge to be delayed (t 2), the valid code being the same as the external code, and - supplies a dummy code for turning on all of the plurality of MOS switches inside the DTC circuit as the control code during a further period (t 0 -t 1) immediately before said period (t 1 -t 2). - a Digital To Time Converter, DTC, circuit including a plurality of capacitors (C 1,..., C N), and a plurality of MOS switches (M 1,..., M N) that are turned on and off according to a control code (A_DTC_CODE), the DTC circuit: - receiving an input pulse, - applying a delay (τ DELAY) corresponding to the control code to an edge to be delayed of the input pulse, and - outputting a delay pulse (i_dtc_o); and - receiving an input pulse, - applying a delay (τ DELAY) corresponding to the control code to an edge to be delayed of the input pulse, and - outputting a delay pulse (i_dtc_o); and - a controller that: - receives an external code (DTC_CODE) indicating the delay; and - supplies the control code (A_DTC_CODE) to the DTC circuit, characterized in that the controller: - supplies a valid code as the control code during a period (t 1 -t 2) from a predetermined time (T CONST) before the edge to be delayed of the input pulse (t 1) to the edge to be delayed (t 2), the valid code being the same as the external code, and - supplies a dummy code for turning on all of the plurality of MOS switches inside the DTC circuit as the control code during a further period (t 0 -t 1) immediately before said period (t 1 -t 2). - receives an external code (DTC_CODE) indicating the delay; and - supplies the control code (A_DTC_CODE) to the DTC circuit, - supplies a valid code as the control code during a period (t 1 -t 2) from a predetermined time (T CONST) before the edge to be delayed of the input pulse (t 1) to the edge to be delayed (t 2), the valid code being the same as the external code, and - supplies a dummy code for turning on all of the plurality of MOS switches inside the DTC circuit as the control code during a further period (t 0 -t 1) immediately before said period (t 1 -t 2).
Food processor for performing a food preparation process by heating, chopping and/or mixing a food in a food preparation vessel, wherein the food processor comprises a control device configured such that the control device ensures, based on one or more cooking parameters, that in a cooking mode a food is heated, chopped and/or mixed in the food preparation vessel, wherein a sampling mode is provided for taking a food sample and the control device is configured such that at least one of the cooking parameters is modified compared to the cooking mode for a modified continuation of the food preparation process when the sampling mode is activated, characterized in that the food processor is configured such that the sampling mode is activated when a graphic symbol on a touch screen display or a button is operated, when an activation signal is received from a separate device, or when a recipe step of a digital recipe causes activation of the sampling mode.
An antimicrobial composition comprising at least one compound of Formula and at least one agent chosen from an essential oil, a metal chelate, a mineral, an amino acid, an organic acid, a vitamin, an antioxidant, a polyunsaturated fatty acid, a prebiotic, a probiotic, a symbiotic, an enzyme, an ionophore, a mycotoxin binder, an antiparasitic agent, an antibiotic, a herbal extract, a pigment, or combination thereof, the compound of Formula having the following structure: wherein: R 1 is methyl; R 2 is C 7 -C 16 alkyl; Y is hydrogen or an alkali metal; Z is sulfur; k is an integer from 1 to 10; and n is 2. R 1 is methyl; R 2 is C 7 -C 16 alkyl; Y is hydrogen or an alkali metal; Z is sulfur; k is an integer from 1 to 10; and n is 2.
A method for data communications, comprising: transmitting a command to a client device over a first data link, the command being encoded in one or more N-phase polarity encoded symbols and comprising an instruction revoking permission to transmit data over a second data link; and characterised by: determining whether the client device is transmitting over the second data link; causing the first and second data links to enter a hibernation state when it is determined that the client device is not transmitting on the second data link; and causing the first and second data links to enter the hibernation state after a delay when it is determined that the client device is transmitting on the second data link, wherein the first and second data links communicate. transmitting a command to a client device over a first data link, the command being encoded in one or more N-phase polarity encoded symbols and comprising an instruction revoking permission to transmit data over a second data link; and characterised by: determining whether the client device is transmitting over the second data link; causing the first and second data links to enter a hibernation state when it is determined that the client device is not transmitting on the second data link; and causing the first and second data links to enter the hibernation state after a delay when it is determined that the client device is transmitting on the second data link, wherein the first and second data links communicate. determining whether the client device is transmitting over the second data link; causing the first and second data links to enter a hibernation state when it is determined that the client device is not transmitting on the second data link; and causing the first and second data links to enter the hibernation state after a delay when it is determined that the client device is transmitting on the second data link, wherein the first and second data links communicate.
A method performed by a source primary base station, comprising: providing services for a user equipment, UE, jointly with a secondary base station; sending (401, 501, 701) a handover request to a target primary base station, the handover request comprising a UE identity identifying the UE in the secondary base station, wherein the UE identity is allocated by the secondary base station; receiving (406, 506, 706) a handover acknowledgement from the target primary base station, the handover acknowledgement comprising second configuration information of the secondary base station. providing services for a user equipment, UE, jointly with a secondary base station; sending (401, 501, 701) a handover request to a target primary base station, the handover request comprising a UE identity identifying the UE in the secondary base station, wherein the UE identity is allocated by the secondary base station; receiving (406, 506, 706) a handover acknowledgement from the target primary base station, the handover acknowledgement comprising second configuration information of the secondary base station.
Laboratory automation system for handling test tubes containing samples of biological material along one or more guiding lanes (11, 21), said laboratory automation system comprises a framework defining the base wall (12, 22, 32, 42) of said guiding lanes (11, 21) and at least two guiding profiles (3, 4, 5) defining the opposite side walls of said guiding lanes (11, 21), said framework is provided with two or more coupling slots (30, 40, 50) of respective guiding profiles (3, 4, 5) to said framework obtained along said base wall (12, 22, 32, 42), characterized in that each guiding profile (3, 4, 5) comprises a coupling portion (14, 15) shaped to be inserted and elastically deformed inside the coupling slot (30, 40, 50), each guiding profile (3, 4, 5) is able to be coupled by interference to the coupling slot (30, 40, 50), said coupling portion (14, 15) maintains said elastic deformation when coupled and fully inserted inside the coupling slot (30, 40, 50), each guiding profile (3, 4, 5) comprises an abutment portion, shaped to be arranged in contact with said base wall (12, 22, 32, 42) when said coupling portion (14, 15) is fully inserted inside the coupling slot (30, 40, 50), said coupling portion (14, 15) comprises a central portion and an end portion, each guiding profile (3, 4, 5) comprises a centering portion, arranged between said abutment portion and said central portion of the coupling portion (14, 15), the width of the cross section of each guiding profile (3, 4, 5) at said central portion is smaller than the width of the cross section of the centering portion.
A device for opening and closing doors with an automatic clutch system wherein it comprises a knob attached to a rotation shaft, which connects the knob to the motor for the lock cylinder; and wherein said shaft is connected to a washer for rotating a spring on the shaft, and where a guide bearing is then placed; and wherein two rotating bushes (5,7) are always engaged by the action of a compression spring, and in their rest position, they are in contact with the upper wall of the motor housing connected to a gear wheel with torque transmission lugs, characterized in that the spring for joining the rotating bushes (5,7) is placed on the shaft between the washer and the guide bearing.
IOL (intraocular lens) injector for introducing an IOL into the eye, comprising: - an injector body; - a cavity for holding the IOL comprising a leading haptic and a trailing haptic; - a cartridge ending at a distal end in an injection nozzle; - the injector body, the cavity and the cartridge having a channel extending in axial direction; - an axially movable pushing plunger being placed in the channel of the injector body for pushing the IOL in axial direction out of the cavity and into the cartridge and the injection nozzle, and a folding plunger that is arranged in the channel and is extending in axial direction, parallel to the pushing plunger; characterized in that the cavity comprises a trailing haptic rest for defining the direction of the trailing haptic of an IOL arranged in the cavity, such that the folding plunger when moved in axial direction hits the trailing haptic of the IOL, that the pushing plunger and the folding plunger are releasably connected by connecting means (7c,8e), so that the pushing plunger and the folding plunger stay connected along a first displacement distance, and that the folding plunger is released from the pushing plunger along a second displacement distance, so that the pushing plunger only acts onto the IOL along the second displacement distance. - an injector body; - a cavity for holding the IOL comprising a leading haptic and a trailing haptic; - a cartridge ending at a distal end in an injection nozzle; - the injector body, the cavity and the cartridge having a channel extending in axial direction; - an axially movable pushing plunger being placed in the channel of the injector body for pushing the IOL in axial direction out of the cavity and into the cartridge and the injection nozzle,
An oral care system comprising: a toothbrush including a head and a handle coupled to the head; a dispenser detachably mounted to the handle, the dispenser including: a housing having an internal chamber and a longitudinal axis (B-B); a collapsible bladder disposed in the chamber, the collapsible bladder containing an oral care material; an actuator mounted to the housing; a compression device movably mounted within the chamber and operably coupled to the actuator, the compression device comprising a feed slot through which the collapsible bladder extends, the compression device engaging opposite sides of the collapsible bladder to compress a portion of the collapsible bladder located in the feed slot; and an applicator mounted in a distal end of the dispenser and in fluid communication with the collapsible bladder; and wherein actuation of the actuator translates the compression device in a first longitudinal direction in the internal chamber to dispense the oral care material from the dispenser through the applicator, characterized in that the applicator is formed of a soft resilient material. a toothbrush including a head and a handle coupled to the head; a dispenser detachably mounted to the handle, the dispenser including: a housing having an internal chamber and a longitudinal axis (B-B); a collapsible bladder disposed in the chamber, the collapsible bladder containing an oral care material; an actuator mounted to the housing; a compression device movably mounted within the chamber and operably coupled to the actuator, the compression device comprising a feed slot through which the collapsible bladder extends, the compression device engaging opposite sides of the collapsible bladder to compress a portion of the collapsible bladder located in the feed slot; and an applicator mounted in a distal end of the dispenser and in fluid communication with the collapsible bladder; and a collapsible bladder disposed in the chamber, the collapsible bladder containing an oral care material; an actuator mounted to the housing; a compression device movably mounted within the chamber and operably coupled to the actuator, the compression device comprising a feed slot through which the collapsible bladder extends, the compression device engaging opposite sides of the collapsible bladder to compress a portion of the collapsible bladder located in the feed slot; and an applicator mounted in a distal end of the dispenser and in fluid communication with the collapsible bladder; and wherein actuation of the actuator translates the compression device in a first longitudinal direction in the internal chamber to dispense the oral care material from the dispenser through the applicator, characterized in that the applicator is formed of a soft resilient material.
A case for a battery, comprising: a thermal management component configured to accommodate a fluid to adjust temperature of a battery cell accommodated in the case; a first wall provided with a through hole, the through hole being configured to communicate a gas inside and outside the case; and a condensing component attached to the thermal management component, the condensing component being configured to shield the through hole so as to condense a gas flowing into the inside of the case through the through hole; wherein the condensing component is disposed on an inner surface of the case, wherein the condensing component comprises a cover-like structure, and the cover-like structure shields the through hole, wherein the condensing component further comprises a flow channel, and the flow channel is configured to guide condensate in the cover-like structure to the thermal management component, wherein the cover-like structure has a second opening corresponding to the flow channel, and the second opening is configured to guide the condensate in the cover-like structure to the flow channel. a thermal management component configured to accommodate a fluid to adjust temperature of a battery cell accommodated in the case; a first wall provided with a through hole, the through hole being configured to communicate a gas inside and outside the case; and a condensing component attached to the thermal management component, the condensing component being configured to shield the through hole so as to condense a gas flowing into the inside of the case through the through hole; wherein the condensing component is disposed on an inner surface of the case, wherein the condensing component comprises a cover-like structure, and the cover-like structure shields the through hole, wherein the condensing component further comprises a flow channel, and the flow channel is configured to guide condensate in the cover-like structure to the thermal management component, wherein the cover-like structure has a second opening corresponding to the flow channel, and the second opening is configured to guide the condensate in the cover-like structure to the flow channel.