mhurhangee/patent-ind-claim-en huggingface dataset:
A cable support clip, comprising: a cable retainer ; a pair of clip portions , each clip portion having a respective upper contact surface and a respective lower contact surface ; and a pair of arms , each arm extending from a respective first end at the cable retainer to a respective second end at a respective clip portion; wherein the upper contact surfaces are aligned along an upper contact axis , wherein the lower contact surfaces are aligned along a lower contact axis , wherein the upper contact axis is below the lower contact axis when the pair of arms are in a free state, and wherein the upper contact axis is above the lower contact axis when the pair of arms are in a deflected state, the cable retainer includes a supporting portion and a retaining portion extending upward from one end of the supporting portion , and each arm extends upward from another end of the supporting portion , opposite to the one end thereof, to the respective second end of the respective clip portion, thereby the arms extend in a same general direction as the retaining portion . a cable retainer ; a pair of clip portions , each clip portion having a respective upper contact surface and a respective lower contact surface ; and a pair of arms , each arm extending from a respective first end at the cable retainer to a respective second end at a respective clip portion; wherein the upper contact surfaces are aligned along an upper contact axis , wherein the lower contact surfaces are aligned along a lower contact axis , wherein the upper contact axis is below the lower contact axis when the pair of arms are in a free state, and wherein the upper contact axis is above the lower contact axis when the pair of arms are in a deflected state, the cable retainer includes a supporting portion and a retaining portion extending upward from one end of the supporting portion , and each arm extends upward from another end of the supporting portion , opposite to the one end thereof, to the respective second end of the respective clip portion, thereby the arms extend in a same general direction as the retaining portion .
A light emitting device adapted for projecting a light beam onto a target surface, the light emitting device comprising: a light engine comprising a light source , a light mixing chamber comprising a light exit window , an optical component having a spherical shape with a curved light-receiving surface , and a diffuser , wherein the light source is arranged to, in operation, emit light towards the light exit window of the light mixing chamber, the light exit window of the light mixing chamber thereby acting as an extended light source with a curved light-emitting surface, wherein the diffuser is provided at the light exit window of the light mixing chamber , wherein the optical component is provided adjacent to the diffuser , and wherein the shape of the diffuser is conformal to the curved light-receiving surface of the optical component and coincident with a focal surface of the optical component , characterized in that the light mixing chamber is divided into at least two compartments . a light engine comprising a light source , a light mixing chamber comprising a light exit window , an optical component having a spherical shape with a curved light-receiving surface , and a diffuser , wherein the light source is arranged to, in operation, emit light towards the light exit window of the light mixing chamber, the light exit window of the light mixing chamber thereby acting as an extended light source with a curved light-emitting surface, wherein the diffuser is provided at the light exit window of the light mixing chamber , wherein the optical component is provided adjacent to the diffuser , and wherein the shape of the diffuser is conformal to the curved light-receiving surface of the optical component and coincident with a focal surface of the optical component , characterized in that the light mixing chamber is divided into at least two compartments .
Brake disc for a vehicle disc brake, comprising at least one friction ring which has at least one friction surface and which serves for generating a braking torque, and a fastening part which is formed integrally with the friction ring or which is joined to the friction ring and which serves for a rotationally conjoint connection of the friction ring , on the side which faces away from the vehicle in the installed state, to a wheel hub, and having at least one toothed ring which is configured for the detection of a rotational speed of the brake disc and which is formed integrally with the fastening part and which has teeth and tooth spaces formed at regular intervals with respect to one another in a circumferential direction, characterized in that, on a side of the fastening part which faces towards the vehicle, there is formed an axially projecting encircling collar , and the toothed ring is formed on the collar as an external ring with teeth formed so as to be oriented in a radial direction.
Nanofibers comprising an oil-soluble low block copolymer (A) including a block derived from an aliphatic polyester resin (A1) and a block derived from a hydrophilic polymer (A2), the average cross sectional diameter of the fibers being less than 1 μm, wherein the oil-soluble low block copolymer (A) has an HLB value of not less than 0.4 but not more than 10.
A method for receiving a signal using Device-to-Device, D2D, communication by a User Equipment, UE, in a wireless communication system, the method comprising: receiving information about whether large-scale properties between a D2D communication signal and a downlink signal transmitted by a Base Station, BS, are equal, through a higher layer; and receiving the D2D communication signal from the BS, through an uplink resource for transmitting and receiving directly a signal between UEs, based on the information about whether the large-scale properties are equal, characterised by that the information about whether the large-scale properties are equal includes information about at least one parameter having an equal value between the D2D communication signal and the downlink signal transmitted by the BS among a Doppler spread, a Doppler shift, an average delay, a delay spread, and an average gain. receiving information about whether large-scale properties between a D2D communication signal and a downlink signal transmitted by a Base Station, BS, are equal, through a higher layer; and receiving the D2D communication signal from the BS, through an uplink resource for transmitting and receiving directly a signal between UEs, based on the information about whether the large-scale properties are equal, characterised by that the information about whether the large-scale properties are equal includes information about at least one parameter having an equal value between the D2D communication signal and the downlink signal transmitted by the BS among a Doppler spread, a Doppler shift, an average delay, a delay spread, and an average gain.
An electric rotary machine comprising a rotor that is rotatable about an axis of rotation and a stator that is arranged statically with respect to the rotor, and at least one statically fixedly arranged fluid supply device and a distributor element that is connected to the fluid supply device in a flow-conducting manner and can be rotated relative to the fluid supply device , said distributor element being a component that is substantially rotationally symmetrical about its axis of rotation , wherein the fluid supply device comprises a flow channel having an outlet for dispensing a cooling fluid volume flow in an outlet direction , and an axis of rotation of the distributor element is arranged in relation to the outlet in such a way that the outlet direction is tangential to a circumference of the distributor element , so that the distributor element can be tangentially supplied with the cooling fluid volume flow emerging from the outlet and the distributor element can be set in rotation by the incoming flow, whereby the cooling fluid can be distributed around the axis of rotation of the distributor element by the distributor element , wherein the cooling fluid is distributed as such to at least one component of the electric rotary machine, and wherein the flow channel is formed at least in sections by a longitudinal bore of a screw screwed into a statically fixedly arranged element of the electrical rotary machine, wherein the outlet is formed in the screw extending from the longitudinal bore .
A cartridge assembly comprising: a cartridge channel including a bottom wall and side walls defining a recess , each of the side walls having a first end secured to the bottom wall and a second end spaced from the bottom wall; and a staple cartridge defining a longitudinal axis ("X") and including an upper wall defining a tissue contact surface and side walls , the upper wall extending radially outward of the side walls of the staple cartridge to define a longitudinally extending shoulder adjacent each side wall of the staple cartridge, the staple cartridge being dimensioned to be received within the recess of the cartridge channel such that the shoulders rest atop the side walls of the cartridge channel; wherein the second end of each of the side walls of the cartridge channel defines an elongated slot , wherein the cartridge assembly further comprises a compression strip supported in each of the elongated slots defined in the second end of the side walls of the cartridge channel, wherein the elongated slots and the compression strips are configured to interlock to secure the compression strips to the cartridge channel. a cartridge channel including a bottom wall and side walls defining a recess , each of the side walls having a first end secured to the bottom wall and a second end spaced from the bottom wall; and a staple cartridge defining a longitudinal axis ("X") and including an upper wall defining a tissue contact surface and side walls , the upper wall extending radially outward of the side walls of the staple cartridge to define a longitudinally extending shoulder adjacent each side wall of the staple cartridge, the staple cartridge being dimensioned to be received within the recess of the cartridge channel such that the shoulders rest atop the side walls of the cartridge channel; wherein the second end of each of the side walls of the cartridge channel defines an elongated slot , wherein the cartridge assembly further comprises a compression strip supported in each of the elongated slots defined in the second end of the side walls of the cartridge channel, wherein the elongated slots and the compression strips are configured to interlock to secure the compression strips to the cartridge channel.
Method for manufacturing an electrode comprising a polymer matrix trapping an electrolyte, said method comprising the following steps: a) a step of preparing a composition comprising the ingredients provided to enter into the constitution of the electrode; b) a step of forming the electrode on a substrate, from said composition; characterized in that : - the composition prepared in step a) is a composition in the form of a paste having a dynamic viscosity greater than 5000 Pa.s measured at a shear rate of 0.1 s -1 and at ambient temperature; and - the preparing step consists of introducing and mixing the ingredients provided to enter into the constitution of the electrode inside a mixer with two co-rotary interpenetrating screws rotating in a closed sleeve, said preparing step being implemented at a temperature less than 100°C. a) a step of preparing a composition comprising the ingredients provided to enter into the constitution of the electrode; b) a step of forming the electrode on a substrate, from said composition; characterized in that : - the composition prepared in step a) is a composition in the form of a paste having a dynamic viscosity greater than 5000 Pa.s measured at a shear rate of 0.1 s -1 and at ambient temperature; and - the preparing step consists of introducing and mixing the ingredients provided to enter into the constitution of the electrode inside a mixer with two co-rotary interpenetrating screws rotating in a closed sleeve, said preparing step being implemented at a temperature less than 100°C. - the composition prepared in step a) is a composition in the form of a paste having a dynamic viscosity greater than 5000 Pa.s measured at a shear rate of 0.1 s -1 and at ambient temperature; and - the preparing step consists of introducing and mixing the ingredients provided to enter into the constitution of the electrode inside a mixer with two co-rotary interpenetrating screws rotating in a closed sleeve, said preparing step being implemented at a temperature less than 100°C.
A method of wireless communication, comprising: synchronizing , at a base station, a phase between one or more additional base stations in a coordinated multipoint "CoMP" group serving one or more user equipments "UEs" to include the base station into the CoMP group, wherein the synchronizing is performed prior to a current transmission opportunity between the CoMP group and the one or more UEs; transmitting or receiving data in the current transmission opportunity; detecting a phase drift that exceeds a predetermined threshold during the current transmission opportunity; signaling the one or more UEs to transmit a phase compensation reference signal in response to the detected phase drift; receiving the phase compensation reference signal from each of the one or more UEs; and adjusting the phase according to the phase compensation reference signals. synchronizing , at a base station, a phase between one or more additional base stations in a coordinated multipoint "CoMP" group serving one or more user equipments "UEs" to include the base station into the CoMP group, wherein the synchronizing is performed prior to a current transmission opportunity between the CoMP group and the one or more UEs; transmitting or receiving data in the current transmission opportunity; detecting a phase drift that exceeds a predetermined threshold during the current transmission opportunity; signaling the one or more UEs to transmit a phase compensation reference signal in response to the detected phase drift; receiving the phase compensation reference signal from each of the one or more UEs; and adjusting the phase according to the phase compensation reference signals.
A system comprising a sensor for lighting technology and a power converter , - the sensor comprising a power supply , the power supply being provided with a module configured to mechanically engage a wire of a mains supplying wiring of the power converter for lighting means, which is not directly connected to the sensor, the module designed for inductively tapping off electric power out of said main supplying wiring, wherein the sensor is configured to communicate in a wireless manner with the power converter and instruct the power converter to draw a higher power. - the sensor comprising a power supply , the power supply being provided with a module configured to mechanically engage a wire of a mains supplying wiring of the power converter for lighting means, which is not directly connected to the sensor, the module designed for inductively tapping off electric power out of said main supplying wiring, wherein the sensor is configured to communicate in a wireless manner with the power converter and instruct the power converter to draw a higher power.
A liquid chromatography column for analyzing hemoglobin, said column comprising a column pipe and an end fitting, said column being characterized in that the column pipe and the end fitting comprise polymethylmethacrylate.
A blind fastener configured to be installed in a bore of a given length, the blind fastener comprising: a sleeve member configured to deform during installation of the blind fastener, the sleeve member having a predefined outer surface region that is arranged to be disposed within the bore after installation of the blind fastener; a bolt member at least partially received within the sleeve member; and an electrically insulating member fixedly disposed on the sleeve member, wherein the insulating member and the sleeve member are mutually configured such that the insulating member is present on a first sub-region (r1) of the predefined outer surface region and is not present on a second sub-region (r2) of the predefined outer surface region, each of the first and second sub-regions comprising a complete circumference of the sleeve member, wherein the bolt member has a head end , on which a head is formed; and the second sub-region (r2) is relatively nearer to the head end of the bolt member than the first sub-region (r1). a sleeve member configured to deform during installation of the blind fastener, the sleeve member having a predefined outer surface region that is arranged to be disposed within the bore after installation of the blind fastener; a bolt member at least partially received within the sleeve member; and an electrically insulating member fixedly disposed on the sleeve member, wherein the insulating member and the sleeve member are mutually configured such that the insulating member is present on a first sub-region (r1) of the predefined outer surface region and is not present on a second sub-region (r2) of the predefined outer surface region, each of the first and second sub-regions comprising a complete circumference of the sleeve member, wherein the bolt member has a head end , on which a head is formed; and the second sub-region (r2) is relatively nearer to the head end of the bolt member than the first sub-region (r1).
A capping chuck for screwing the closure elements on containers, comprising: - a support having a longitudinal axis (A), - a guide element fixed with respect to the support and having a plurality of guides , and - a plurality of jaws which engage respective guides of said guide element and are movable with respect to the support between a release position and a gripping position, wherein said jaws have respective gripping surfaces for gripping closure elements (C) and respective first cam surfaces , the capping chuck comprising control ring , the capping chuck being characterized in that the control ring is located outer with respect to the jaws , movable relative to the support along said longitudinal axis (A) between a lowered position and a raised position and having a plurality of second cam surfaces cooperating with respective first cam surfaces of said jaws , so that the movement of the control ring from the lowered position to the raised position moves said jaws from the release position to the gripping position, wherein the control ring has an abutment wall arranged to abut on a head surface of a closure element (C) so that, during a movement of the chuck along said longitudinal axis (A), the closing element (C) moves the control ring from the lowered position to the raised position. - a support having a longitudinal axis (A), - a guide element fixed with respect to the support and having a plurality of guides , and - a plurality of jaws which engage respective guides of said guide element and are movable with respect to the support between a release position and a gripping position, wherein said jaws have respective gripping surfaces for gripping closure elements (C) and respective first cam surfaces , the capping chuck comprising control ring
Method for displaying output data , wherein the output data includes motor-vehicle-side data of a motor vehicle that are displayed via a disc , wherein the motor-vehicle-side data is represented by a colour coding of the disc and approval data of the motor vehicle , said method comprising the following steps: - providing (S1) a display device for displaying the output data ; - detecting (S2) the motor-vehicle-side data of the motor vehicle by means of a detection device ; - determining (S3) the colour coding of the disc by means of a control device based on the detected motor-vehicle-side data; - displaying (S4) a disc surface of the disc in a display region of a display surface of the display device ; wherein the disc surface has the colour coding; and - receiving (S5) a release signal (F) for displaying the approval data in a predetermined region of the disc surface of the disc ; wherein, when the motor-vehicle-side data changes, a message is output by means of an output device . - providing (S1) a display device for displaying the output data ; - detecting (S2) the motor-vehicle-side data of the motor vehicle by means of a detection device ; - determining (S3) the colour coding of the disc by means of a control device based on the detected motor-vehicle-side data; - displaying (S4) a disc surface of the disc in a display region of a display surface of the display device ; wherein the disc surface has the colour coding; and - receiving (S5) a release signal (F) for displaying the approval data in a predetermined region of the disc surface of the disc ; wherein, when the motor-vehicle-side data changes, a message is output by means of an output device .
A method of obtaining at least one Key Performance Indicator, KPI, for a communication session of a radio device , which communication session is moved from a first Radio Access Technology, RAT, to a second RAT , the method comprising: extracting (S1) first information from at least a first log associated with the first RAT by filtering information relating to communication sessions which have moved between RATs from other communication sessions in the first log, the first information comprising a session identifier, ID, and a first time stamp associated with the communication session ; extracting (S2) second information from a second log associated with the second RAT by filtering information relating to communication sessions which have moved between RATs from other communication sessions in the second log, the second information comprising the session ID and a second time stamp associated with the communication session ; merging (S3) information relating to the session of the extracted (S1, S2) first and second information with each other by means of the session ID and the first and second time stamps , using a predetermined time offset for relating the first and second time stamps to each other; and determining (S4) the at least one KPI for the communication session based on the merged (S3) information. extracting (S1) first information from at least a first log associated with the first RAT by filtering information relating to communication sessions which have moved between RATs from other communication sessions in the first log, the first information comprising a session identifier, ID, and a first time stamp associated with the communication session ; extracting (S2) second information from a second log associated with the second RAT by filtering information relating to communication sessions which have moved between RATs from other communication sessions in the second log, the second information comprising the session ID and a second time stamp associated with the communication session ; merging (S3) information relating to the session of the extracted (S1, S2) first and second information with each other by means of the session ID and the first and second time stamps , using a predetermined time offset for relating the first and second time stamps to each other; and determining (S4) the at least one KPI for the communication session based on the merged (S3) information.