mhurhangee/patent-ind-claim-en huggingface dataset:
Transport device which can be moved for transporting at least one object and/or a person over a floor by means of at least one rolling device , and - with a drive element which can be set into rotation at least indirectly by the rolling device , wherein - the drive element comprises at least two drive magnets and - an output element is provided which has at least two output magnets , - wherein the number of drive magnets differs from the number of output magnets , and - at least one non-magnetic shielding element is provided for changing the orientation of a magnetic field arranged between the drive element and the output element , and - wherein the output element can be set into rotation and - at least one stator winding is provided in which the output element can be rotated about an axis of rotation to generate electric current, characterized in that , - the drive element and/or the output element and/or the shielding element and/or the stator windings are arranged in the rolling device , wherein - metal segments are distributed around the annular form of the shielding element in the direction of the axis of rotation and are held in the shielding element in order to increase the rotational speed of the output element about the axis of rotation . - with a drive element which can be set into rotation at least indirectly by the rolling device , wherein - the drive element comprises at least two drive magnets and - an output element is provided which has at least two output magnets , - wherein the number of drive magnets differs from the number of output magnets , and - at least one non-magnetic shielding element is provided for changing the orientation of a magnetic field arranged between the drive element and the output element , and - wherein the output element can be set into rotation and - at least one stator winding is provided in which the output element can be rotated about an axis of rotation to generate electric current, characterized in that , - the drive element and/or the output element and/or the shielding element and/or the stator windings are arranged in the rolling device , wherein - metal segments are distributed around the annular form of the shielding element in the direction of the axis of rotation and are held in the shielding element in order to increase the rotational speed of the output element about the axis of rotation .
A method implemented by computer for transmitting data frames of a sender network domain to at least one receiver network domain, the network switch comprising at least a central memory, receiver network ports and sender network ports, the method comprising the steps of: - receiving on a network switch at least one incoming frame of data of a sender network domain; the incomimg frame having a header and an application data load; - identifying in the application data load of the at least one frame received, of each part corresponding to a different addressee network domain; - disassembling the application data load to extract the application data of each identified part; - writing said application data of each part in an assigned memory area of the central memory of the network switch; - waiting a certain time to allow the accumulation of a certain amount of data for each receiver network domain, this time being calculated a priori before the reception of at least one incoming frame and respecting end-to-end time restrictions; - constructing an outgoing data frame for each addressee network domain after said time period, each outgoing data frame comprising a header and an application data load containing solely data of the memory area assigned to the corresponding addressee network domain; and - dispatching each outgoing data frame to a sender network port assigned to the corresponding addressee network domain. - receiving on a network switch at least one incoming frame of data of a sender network domain; the incomimg frame having a header and an application data load; - identifying in the application data load of the at least one frame received, of each part corresponding to a different addressee network domain; - disassembling the application data load to extract the application data of each identified part; - writing said application data of each part in an assigned memory area of the central memory of the network switch; - waiting a certain time to allow the accumulation of a certain amount of data for each receiver network domain, this time being calculated a priori before the reception of at least one incoming frame and respecting end-to-end time restrictions; - constructing an outgoing data frame for each addressee network domain after said time period, each outgoing data frame comprising a header and an application data load containing solely data of the memory area assigned to the corresponding addressee network domain; and - dispatching each outgoing data frame to a sender network port assigned to the corresponding addressee network domain.
- A method for identification, in a system for providing protected multimedia content comprising a license server and a content server , of a user terminal for receiving protected multimedia content by a digital rights management system and streamed, in encrypted form, via an open communication network, and for the retrieval, on said user terminal , by a browser implementing a multimedia content reader and a content decryption module suitable for decrypting encrypted multimedia content according to the digital rights management system, characterized in that it includes steps, carried out by the license server modified to incorporate an authentication server suitable for implementing an authentication function, for: - obtaining an identifier of said content decryption module implementing access to predetermined content , called authentication content, associated with the digital rights management system, and stored beforehand by an authentication content server , said authentication content comprising or allowing access to a rights description object associated with the digital rights management system, - generating a terminal identifier as a function of the identifier of the content decryption module, and comprising steps, carried out by the multimedia content reader , of receiving a message including said terminal identifier and providing the received terminal identifier to an application for providing protected and encrypted multimedia content, said terminal identifier being stored by said application. - obtaining an identifier of said content decryption module implementing access to predetermined content , called authentication content, associated with the digital rights management system, and stored beforehand by an authentication content server , said authentication content comprising or allowing access to a rights description object associated with the digital rights management system, - generating a terminal identifier as a function of the identifier of the content decryption module,
A method implemented in a wireless device, WD, configured with a set of short discontinuous reception, DRX, cycle values for short DRX cycles and a set of long DRX cycle values for long DRX cycles, the method comprising: monitoring (S142) a control channel using a DRX cycle value from the set of short DRX cycle values and, if no control message is received during that DRX cycle, monitoring (S144) the control channel using a further DRX cycle value from the set of short DRX cycle values; and monitoring (S146) the control channel using a DRX cycle value from the set of long DRX cycle values if no control message is received within a specified time or number of short DRX cycles; wherein the number of short DRX cycles is greater than one. monitoring (S142) a control channel using a DRX cycle value from the set of short DRX cycle values and, if no control message is received during that DRX cycle, monitoring (S144) the control channel using a further DRX cycle value from the set of short DRX cycle values; and monitoring (S146) the control channel using a DRX cycle value from the set of long DRX cycle values if no control message is received within a specified time or number of short DRX cycles; wherein the number of short DRX cycles is greater than one.
A flame resistant fabric for use in personal protective apparel, comprising: base yarns, the base yarns comprising flame resistant fibers selected from the group comprising: para-aramid fibers, PBO fibers, PBI fibers, modacrylic fibers, PIPD fibers and natural and synthetic flame resistant cellulosic fibers; and antistatic spun yarns comprising from 2% to 30% of inductive antistatic staple fibers, with the balance being any other desired staple fiber, wherein the antistatic spun yarns are located in discrete portions of the fabric to provide for static dissipation in the fabric and the fabric has a total antistatic fiber content of from 0.125% to 2%. base yarns, the base yarns comprising flame resistant fibers selected from the group comprising: para-aramid fibers, PBO fibers, PBI fibers, modacrylic fibers, PIPD fibers and natural and synthetic flame resistant cellulosic fibers; and antistatic spun yarns comprising from 2% to 30% of inductive antistatic staple fibers, with the balance being any other desired staple fiber, wherein the antistatic spun yarns are located in discrete portions of the fabric to provide for static dissipation in the fabric and the fabric has a total antistatic fiber content of from 0.125% to 2%.
A method for controlling a multi-axis machine tool configured to process a workpiece using a tool, the multi-axis machine tool comprising a rotary actuator configured to impart relative movement between the tool and the workpiece about a first axis (Y), a first linear actuator configured to impart relative movement between the tool and the workpiece along a second axis (X) orthogonal to the first axis (Y), a second linear actuator configured to impart relative movement between the tool and the workpiece along a third axis (Z) orthogonal to the first axis (Y) and the second axis (X), and a high bandwidth linear actuator comprising at least one selected from a group consisting of a third linear actuator and a fourth linear actuator , wherein the third linear actuator is configured to impart relative movement between the tool and the workpiece along the second axis (X) and the fourth linear actuator is configured to impart relative movement between the tool and the workpiece along the third axis (Z), wherein the high bandwidth linear actuator is configured to impart relative movement between the tool and the workpiece at a bandwidth that is higher than a bandwidth with which relative movement between the tool and the workpiece can be imparted by the first linear actuator or the second linear actuator , the method comprising: receiving a preliminary rotary actuator command, the preliminary rotary actuator command having frequency content exceeding a bandwidth of the rotary actuator; generating a processed rotary actuator command based, at least in part, on the preliminary rotary actuator command, the processed rotary actuator command having frequency content within a bandwidth of the rotary actuator ; generating a first linear actuator command, a second linear actuator command and a third linear actuator command based, at least in part, on the processed rotary actuator command; outputting the processed rotary actuator command to the rotary actuator ; outputting the first linear actuator command to the first linear actuator ; outputting the second linear actuator command to the second linear actuator ; and outputting the third linear actuator command to the high bandwidth linear actuator . receiving a preliminary rotary actuator command, the preliminary rotary actuator command having frequency content exceeding a bandwidth of the rotary actuator; generating a processed rotary actuator command based, at least in part, on the preliminary rotary actuator command, the processed rotary actuator command having frequency content within a bandwidth of the rotary actuator ; generating a first linear actuator command, a second linear actuator command and a third linear actuator command based, at least in part, on the processed rotary actuator command; outputting the processed rotary actuator command to the rotary actuator ; outputting the first linear actuator command to the first linear actuator ; outputting the second linear actuator command to the second linear actuator ; and outputting the third linear actuator command to the high bandwidth linear actuator .
Lubiprostone or a pharmacologically acceptable salt thereof for use in the prevention or amelioration of renal failure.
A polyethylene composition comprising an ethylene polymer having a density in the range from ≥950 kg/m 3 to ≤958 kg/m 3 , determined according to ISO 1183-1:2004, a melt flow rate MFR 5 (190°C, 5 kg) in the range from ≥0,16 g/10 min to ≤0,26 g/10 min, determined according to ISO 1133:1997, a melt flow ratio FRR (190°C, 21.6/5 kg) in the range from ≥22 to ≤40, a complex viscosity at 100 rad/s and 190°C (eta100) of at least 2500 Pa.s and a complex viscosity at 0,01 rad/s and 190°C (eta 0,01 ) of at least 250000 Pa.s.
A hair-highlighting device having a handle , a reservoir for storing a highlighting composition, the device being adapted to dispense a tape of barrier material and being adapted to simultaneously dispense the highlighting composition via a reservoir outlet to a lock of hair , characterized in that device comprises manually operated means to expel highlighting composition from the reservoir such that when the device is in use a user may vary the amount of highlighting composition dispensed from the reservoir by varying the pressure that is applied to the manually operated means.
A method of producing a display body comprising: providing a patterning target layer and a resin layer in this order on a surface of a substrate such that the layers are in contact with each other, wherein the resin layer contains a resin curable by irradiation and the patterning target layer contains a thermoplastic resin and a resin curable by irradiation; irradiating the resin layer which is in contact with the patterning target layer with radiation to form a plurality of cured portions by partial curing of the resin layer so as to establish higher adhesion strength between the cured portions and the patterning target layer than adhesion strength between the surface and the patterning target layer and to establish lower adhesion strength between the uncured portion in the resin layer and the patterning target layer than the adhesion strength between the surface and the patterning target layer , and separating the resin layer from the patterning target layer , thereby removing areas of the patterning target layer, which overlap the cured portions in plan view facing the surface , from the substrate together with the resin layer . providing a patterning target layer and a resin layer in this order on a surface of a substrate such that the layers are in contact with each other, wherein the resin layer contains a resin curable by irradiation and the patterning target layer contains a thermoplastic resin and a resin curable by irradiation; irradiating the resin layer which is in contact with the patterning target layer with radiation to form a plurality of cured portions by partial curing of the resin layer so as to establish higher adhesion strength between the cured portions and the patterning target layer than adhesion strength between the surface and the patterning target layer and to establish lower adhesion strength between the uncured portion in the resin layer and the patterning target layer than the adhesion strength between the surface and the patterning target layer , and separating the resin layer from the patterning target layer , thereby removing areas of the patterning target layer, which overlap the cured portions in plan view facing the surface , from the substrate together with the resin layer .
A planetary gear having a shaft , a first sun wheel , a sliding clutch which in a first position couples the first sun wheel to the shaft and which in a second position allows the first sun wheel to rotate against the shaft , a planetary carrier and a plurality of planetary wheels which mesh with the first sun wheel and a second wheel , wherein in the second position, the sliding clutch couples the second wheel to the shaft , characterized in that a shift fork acting on the sliding clutch is attached to the planetary carrier in an axially movable manner.
A method of wireless communication performed by a user equipment, UE, comprising: receiving , from a base station, an indication that the UE is to communicate using a frequency division duplexing, FDD, configuration on an unpaired frequency band that includes at least one uplink frequency region and at least one downlink frequency region for communication on a single component carrier in accordance with the FDD configuration, wherein the at least one downlink frequency region includes two downlink frequency regions and is non-contiguous within the single component carrier, and wherein the at least one uplink frequency region is contiguous and located within the two downlink frequency regions, and wherein the FDD configuration is for communication on the single component carrier; and communicating with the base station using the FDD configuration. receiving , from a base station, an indication that the UE is to communicate using a frequency division duplexing, FDD, configuration on an unpaired frequency band that includes at least one uplink frequency region and at least one downlink frequency region for communication on a single component carrier in accordance with the FDD configuration, wherein the at least one downlink frequency region includes two downlink frequency regions and is non-contiguous within the single component carrier, and wherein the at least one uplink frequency region is contiguous and located within the two downlink frequency regions, and wherein the FDD configuration is for communication on the single component carrier; and communicating with the base station using the FDD configuration.
An outdoor unit of a refrigeration apparatus, comprising: a fan that generates a flow of air passing through a heat exchanger and blows the air upward; an electric part that accommodates a group of electric components; and a casing that includes a panel disposed in a predetermined position opposite to the electric part , wherein the panel is divided into at least a first panel and a second panel in a lateral direction in a front view, the first panel is opposed to at least part of the electric part , and the first panel is detachably attached while the second panel remains attached to the casing , wherein, the first panel includes an inclined part configured to make the width of the first panel narrower as the height position goes down in the front view, characterized in that the inclined part is configured as a handle to enable a service person to lift the first panel by hooking a finger onto the inclined part to detach the first panel from the casing . a fan that generates a flow of air passing through a heat exchanger and blows the air upward; an electric part that accommodates a group of electric components; and a casing that includes a panel disposed in a predetermined position opposite to the electric part , wherein the panel is divided into at least a first panel and a second panel in a lateral direction in a front view, the first panel is opposed to at least part of the electric part , and the first panel is detachably attached while the second panel remains attached to the casing , wherein, the first panel includes an inclined part configured to make the width of the first panel narrower as the height position goes down in the front view, characterized in that the inclined part is configured as a handle to enable a service person to lift the first panel by hooking a finger onto the inclined part to detach the first panel from the casing .
A module for installation of a lighting unit in a recess, wherein the module comprises: - a first body comprising a first collar; - a second body comprising a second collar; - at least one flexible strut; wherein the first body and/or the second body is configured to hold said lighting unit; wherein the first body and the second body are rotatable relative to each other around a rotation axis, and are positionally fixed relative to each other in the axial direction of said rotation axis; wherein the at least one flexible strut comprises a respective first end and a respective second end, wherein said first end is fixed to a respective first connection point on the first collar and said second end is fixed to a respective second connection point on the second collar; wherein the at least one flexible strut comprises a strut length, wherein the strut length is at least a factor 1.2 longer than the shortest distance between the respective first connection point and the second collar; wherein the at least one flexible strut is configured to deform in a direction away from the rotational axis when a rotation of the first body and the second body relative to each other reduces the distance between said first connection point and said second connection point. - a first body comprising a first collar; - a second body comprising a second collar; - at least one flexible strut; wherein the first body and/or the second body is configured to hold said lighting unit; wherein the first body and the second body are rotatable relative to each other around a rotation axis, and are positionally fixed relative to each other in the axial direction of said rotation axis; wherein the at least one flexible strut comprises a respective first end and a respective second end, wherein said first end is fixed to a respective first connection point on the first collar and said second end is fixed to a respective second connection point on the second collar; wherein the at least one flexible strut comprises a strut length, wherein the strut length is at least a factor 1.2 longer than the shortest distance between the respective first connection point and the second collar; wherein the at least one flexible strut is configured to deform in a direction away from the rotational axis when a rotation of the first body and the second body relative to each other reduces the distance between said first connection point and said second connection point.
Device for the optical inspection of packaging objects in beverage technology, comprising a belt conveyor for transporting the packaging objects on a conveyor belt and comprising an electronic camera , the belt conveyor forming a background section (4 H ) for the camera with at least part of the conveyor belt , the camera being oriented with the viewing direction onto the background section (4 H ) of the belt conveyor, and the field of view of the camera detecting the packaging objects, vessel closures, packs, container mouths, container bottoms and/or container side walls, characterized in that the conveyor belt comprises a photochromic, piezochromic, electrochromic or thermochromic dye for changing the intensity and/or color of the background section (4 H ).