mhurhangee/ep-ind-claims huggingface dataset:
A wear assembly comprising: a wear member comprising a point; a support structure comprising an adaptor; an opening defined by holes (23, 25) in the wear member and the support structure and a lock received into the opening to enable loading of the support structure of the wear assembly to the wear member; characterized in that the lock comprises: a frusto-conical wedge with a rounded exterior surface with a thread formation comprising a helical groove of wide pitch; and a C-shaped spool having a body and arms and with a trough-shaped recess with a thread formation to fit within the wide pitched helical groove of the frusto-conical wedge. a wear member comprising a point; a support structure comprising an adaptor; an opening defined by holes (23, 25) in the wear member and the support structure and a lock received into the opening to enable loading of the support structure of the wear assembly to the wear member; characterized in that the lock comprises: a frusto-conical wedge with a rounded exterior surface with a thread formation comprising a helical groove of wide pitch; and a C-shaped spool having a body and arms and with a trough-shaped recess with a thread formation to fit within the wide pitched helical groove of the frusto-conical wedge. a frusto-conical wedge with a rounded exterior surface with a thread formation comprising a helical groove of wide pitch; and a C-shaped spool having a body and arms and with a trough-shaped recess with a thread formation to fit within the wide pitched helical groove of the frusto-conical wedge.
A method for simultaneous transmission of a first set of information bits and a second set of information bits by a user equipment, the method comprising: separately encoding (1020, 1030) the first set of information bits and the second set of information bits, wherein the first set of information bits includes hybrid automatic repeat request "HARQ" acknowledgement "ACK" bits, and the second set of information bits includes channel state information; and transmitting the encoded first set of information bits at a different transmission power than the encoded second set of information bits; wherein the encoded first set of information bits is transmitted on one of slot 0 or slot 1 in a subframe, and the encoded second set of information bits is transmitted on the other of slot 0 or slot 1 in the subframe; and further wherein the transmitting alternates transmitting the encoded first set of information bits between slot 0 and slot 1. separately encoding (1020, 1030) the first set of information bits and the second set of information bits, wherein the first set of information bits includes hybrid automatic repeat request "HARQ" acknowledgement "ACK" bits, and the second set of information bits includes channel state information; and transmitting the encoded first set of information bits at a different transmission power than the encoded second set of information bits; wherein the encoded first set of information bits is transmitted on one of slot 0 or slot 1 in a subframe, and the encoded second set of information bits is transmitted on the other of slot 0 or slot 1 in the subframe; and further wherein the transmitting alternates transmitting the encoded first set of information bits between slot 0 and slot 1.
A method for depositing a viscous medium, in particular an adhesive or lacquer, onto a surface using a module for depositing the viscous medium, wherein the module comprises a reservoir which can be fed with the viscous medium, an outer surface of the module comprising an outlet region for the viscous medium, wherein the module comprises at least one nozzle channel which fluidically connects the reservoir to the outlet region, a smallest diameter (d min) of the at least one nozzle channel being smaller than 0.8 mm and wherein the module comprises no moving parts for the closure of the at least one nozzle channel and the module comprising a doctor edge which runs along the outlet region, for distributing the viscous medium on the surface, wherein a discharge of the viscous medium out of the reservoir through the at least one nozzle channel of the module is begun and is maintained, by way of an overpressure of the viscous medium in the reservoir being increased at least until a passage resistance of the at least one nozzle channel to the viscous medium is overcome, the discharge of the viscous medium is stopped or interrupted without closing the at least one nozzle channel, by way of the overpressure of the viscous medium within the reservoir being reduced at least until the passage resistance of the at least one nozzle channel is no longer overcome, the viscous medium is distributed on the surface or introduced into deepenings of the surface using the doctor edge of the module, and a die with a negative of a microstructure is provided, wherein the viscous medium is deposited onto the negative or onto the component surface by way of the module, and the die with the negative is pressed onto the component surface, so that a layer of the viscous medium which comprises the microstructure is created on the component surface. a discharge of the viscous medium out of the reservoir through the at least one nozzle channel of the module is begun and is maintained, by way of an overpressure of the viscous medium in the reservoir being increased at least until a passage resistance of the at least one nozzle channel to the viscous medium is overcome, the discharge of the viscous medium is stopped or interrupted without closing the at least one nozzle channel, by way of the overpressure of the viscous medium within the reservoir being reduced at least until the passage resistance of the at least one nozzle channel is no longer overcome, the viscous medium is distributed on the surface or introduced into deepenings of the surface using the doctor edge of the module, and a die with a negative of a microstructure is provided, wherein the viscous medium is deposited onto the negative or onto the component surface by way of the module, and the die with the negative is pressed onto the component surface, so that a layer of the viscous medium which comprises the microstructure is created on the component surface.
A lighting control circuit, comprising: - a controller for generating a first drive signal, a second drive signal and a reference voltage, the second drive signal being temporally non-overlapping with respect to the first drive signal; - a current source coupleable to deliver a current (I ou t) to a first LED and a second LED, wherein the current (Iout) is proportional to the reference voltage so that a desired value of the current (Iout) is achieved when the reference voltage has a high value; - a first switch configured to switch from an open position, when driven by the first drive signal having a low value, to a closed position when driven by the first drive signal having a high value, wherein the first switch is positioned to interrupt current flow (I ou t) through the first LED when the first switch is in the open position; and - a second switch configured to switch from an open position, when driven by the second drive signal having a low value, to a closed position when driven by the second drive signal having a high value, wherein the second switch is positioned to interrupt current flow (I ou t) through the second LED when the second switch is in the open position, wherein the controller is arranged to generate the high value of the reference voltage only after one of the first drive signal and the second drive signal has the high value. - a controller for generating a first drive signal, a second drive signal and a reference voltage, the second drive signal being temporally non-overlapping with respect to the first drive signal; - a current source coupleable to deliver a current (I ou t) to a first LED and a second LED, wherein the current (Iout) is proportional to the reference voltage so that a desired value of the current (Iout) is achieved when the reference voltage has a high value; - a first switch configured to switch from an open position, when driven by the first drive signal having a low value, to a closed position when driven by the first drive signal having a high value, wherein the first switch is positioned to interrupt current flow (I ou t) through the first LED when the first switch is in the open position; and - a second switch configured to switch from an open position, when driven by the second drive signal having a low value, to a closed position when driven by the second drive signal having a high value, wherein the second switch is positioned to interrupt current flow (I ou t) through the second LED when the second switch is in the open position,
A processing machine configured to bend a workpiece by clamping the workpiece with first and second bending tools (7a, 7b), characterized in that the processing machine is configured to, as preparation, obtain a relationship between stress and strain of each of a plurality of kinds of workpieces by performing a material test thereon, obtain a relationship between strain and machining load at a particular portion of each of the workpieces by calculating a machining model which is based on the workpiece with use of the relationship between the stress and the strain, and further calculate a relational equation of the machining load and stress of the workpiece which are not dependent on a material thereof, and the processing machine is further configured to, thereafter, obtain, as a material constant, a relationship between stress and strain of the workpiece to be bent based on the relational equation of the machining load and the stress and values of the strain and machining load of the workpiece to be bent, calculate a final position of the second bending tool in the bending of the workpiece based on the material constant and a machining condition, and bend the workpiece based on the final position of the second bending tool. obtain a relationship between stress and strain of each of a plurality of kinds of workpieces by performing a material test thereon, obtain a relationship between strain and machining load at a particular portion of each of the workpieces by calculating a machining model which is based on the workpiece with use of the relationship between the stress and the strain, and further calculate a relational equation of the machining load and stress of the workpiece which are not dependent on a material thereof, and the processing machine is further configured to, thereafter, obtain, as a material constant, a relationship between stress and strain of the workpiece to be bent based on the relational equation of the machining load and the stress and values of the strain and machining load of the workpiece to be bent,
A camera device (100; 200) comprising: a housing; a camera lens (102; 204) supported by the housing and configured to enable capture of image data; wherein the camera device is configured to: receive input to capture a photograph; responsive to receiving said input, capture a cluster of photographs; transmit the captured cluster of photographs to a remote computing device for ascertaining an amount of blur in each photograph, and selecting a photograph based on an ascertained amount of blur; and receive said selected photograph. a housing; a camera lens (102; 204) supported by the housing and configured to enable capture of image data; wherein the camera device is configured to: receive input to capture a photograph; wherein the camera device is configured to: receive input to capture a photograph; receive input to capture a photograph; responsive to receiving said input, capture a cluster of photographs; transmit the captured cluster of photographs to a remote computing device for ascertaining an amount of blur in each photograph, and selecting a photograph based on an ascertained amount of blur; and receive said selected photograph. receive said selected photograph.
A display device comprising: a back cover; a light source coupled to the back cover; a guide panel positioned at the back cover, the guide panel including a seating portion and a guide wall; a display panel supported on the seating portion of the guide panel; a light guide panel configured to guide light emitted by the light source to a back side of the display panel; a top case including a front part covering an edge portion of a front surface of the display panel and a lateral part covering the guide wall of the guide panel, wherein the lateral part of the top case comprises a first part and a second part, the first part being further recessed than the second part; a fastener that couples the top case, the guide panel, and the back cover by penetrating the first part of the top case, the guide wall of the guide panel and an edge of the back cover, wherein a first end of the fastener is placed at the first part of the top case; and a rear cabinet that covers the first end of the fastener and the first part of the top case, wherein an inner surface of the first part of the top case contacts the guide wall of the guide panel, and wherein the rear cabinet and the front part and the second part of the lateral part of the top case form an exterior surface of the display device. a back cover; a light source coupled to the back cover; a guide panel positioned at the back cover, the guide panel including a seating portion and a guide wall; a display panel supported on the seating portion of the guide panel; a light guide panel configured to guide light emitted by the light source to a back side of the display panel; a top case including a front part covering an edge portion of a front surface of the display panel and a lateral part covering the guide wall of the guide panel, wherein the lateral part of the top case comprises a first part and a second part, the first part being further recessed than the second part; a fastener that couples the top case, the guide panel, and the back cover by penetrating the first part of the top case, the guide wall of the guide panel and an edge of the back cover, wherein a first end of the fastener is placed at the first part of the top case; and a rear cabinet that covers the first end of the fastener and the first part of the top case, wherein an inner surface of the first part of the top case contacts the guide wall of the guide panel, and wherein the rear cabinet and the front part and the second part of the lateral part of the top case form an exterior surface of the display device.
A self-ligating orthodontic bracket, comprising: - a bracket body having a mesial-distal arch wire slot extending in a labial direction of the bracket body, a base with a bonding surface and a channel oriented essentially perpendicular to the arch wire slot, - at least one covering door suitable for occluding the arch wire slot in a closed position and opening the arch wire slot in an open position, whereby the at least one covering door is slidably coupled to the bracket body, the at least one covering door being essentially linearly moveable between the closed position and the open position of the at least one covering door and - at least one securing device, the at least one securing device being orientated essentially parallel to the arch wire slot, wherein the at least one securing device is completely arranged within the orthodontic bracket, completely enclosed by the bracket body and the at least one covering door in the closed position, the open position and in all intermediate positions, characterized in that the bracket body comprises at least two engagement positions for the at least one securing device on an outer surface of the bracket body, wherein the at least two engagement positions are separated from one another in an occlusal-gingival direction, wherein one engagement position corresponds to the open position and the other engagement position corresponds to the closed position. - a bracket body having a mesial-distal arch wire slot extending in a labial direction of the bracket body, a base with a bonding surface and a channel oriented essentially perpendicular to the arch wire slot, - at least one covering door suitable for occluding the arch wire slot in a closed position and opening the arch wire slot in an open position, whereby the at least one covering door is slidably coupled to the bracket body, the at least one covering door being essentially linearly moveable between the closed position and the open position of the at least one covering door and - at least one securing device, the at least one securing device being orientated essentially parallel to the arch wire slot,
A pharmaceutical composition for use in prevention or treatment of a human rhinovirus infection, the composition comprising an aldohexose, wherein the hydroxyl group at carbon 2 of the aldohexose is replaced by any one of F, Cl, Br, I, SH, Me, OMe and SMe, preferably wherein the aldohexose is a D-aldohexose.
A method of configuring a controller of a portable-computer-readable-medium for performing a cryptographic function, comprising the steps of storing at least first and second data files in memory means of the medium, each file starting at a respective Logical Block Address of the memory means; writing a first code in the first file; and configuring the controller to perform a hash function upon input data to be written to the second file with the first code, write the output hash to at least the second LBA, increment the first code and write the incremented first code to the first LBA.
Method for joining a first timepiece component, made of a base material, and a second timepiece component, characterised in that it comprises the following steps: a) depositing a multilayer metallic coating on at least a part of the first timepiece component, the multilayer metallic coating comprising a first layer in contact with the first timepiece component and made of a first metallic material and, on the first layer, a second layer made of a second metallic material different from the first metallic material, and b) brazing the second timepiece component to said at least a part of the first timepiece component. a) depositing a multilayer metallic coating on at least a part of the first timepiece component, the multilayer metallic coating comprising a first layer in contact with the first timepiece component and made of a first metallic material and, on the first layer, a second layer made of a second metallic material different from the first metallic material, and b) brazing the second timepiece component to said at least a part of the first timepiece component.
Dispenser for substances, comprising an outer sleeve with a deformable outer wall, which encompasses a deformable container arrangement, and at least one balancing valve for balancing air, with an air-filled space being provided between the outer wall and the container arrangement and the delivery of the substances taking place after pressurization of the outer sleeve, with the container arrangement having at least two containers (11a, b) for the separated storage of liquid or pasty substances and the containers (11a, b) and a joint dispenser head for the substance delivery being connected pressure proof in at least one area, characterized in that the containers (11a, b) have self-closing filling valves which can be pressed upon when the containers are filled with substances, or in that an outlet area of the container arrangement has a diffusion sealing, in particular of metal, which is pushed through or opened, respectively, by the dispenser head before the dispenser is used, or in that in release openings (18a, 18b) of the dispenser arrangement, one locking ball is inserted into each opening, which ball is pressed in a sealing manner when being in its central position, as well as passable in its outlet and filling position, respectively, and use position of the dispenser, in particular by means of radial bars.
Liquid-accommodating container for a device, which can be worn on the body of a user and additionally operated in a stationary manner, for providing vacuum for medical applications, in particular for the vacuum treatment of wounds on a human or animal body, wherein the device comprises a first housing part having a vacuum-generating apparatus and the container, which can be discarded after use, for collecting bodily fluids in the interior of the container, in particular wound secretions suctioned out of a wound, wherein the container forms a second housing part of the device, and is manually fastenable to and manually detachable from the first housing part of the device and, when in the fastened state, a vacuum can be applied to the interior of the container by the vacuum-generating apparatus, and wherein a connection for a suction line leading to the body is provided on the container, such that vacuum communication between the vacuum-generating apparatus, the container, and the suction line leading to the body can be established, wherein the container comprises two half-shell parts (20, 22), which are unseparably joined to each other and bound the interior of the container in the joined state, wherein a region for accommodating a filter is also formed in the interior of the container, characterized in that, the filter lies against an inner region of the half-shell part facing away from the first housing part on one side and against a sealing element on the other side under axial tension in an axial direction extending approximately perpendicularly to a dividing plane of the half-shell parts (20, 22), which sealing element is attached to the half-shell part facing the first housing part, wherein the axial tension is formed by the joining of the half-shell parts (20, 22) and associated deformation of the sealing element by the filter.
A thermochromic window comprising: a substrate; a plurality of nanodots formed on the substrate, wherein a height of the nanodots is 9 nm or less; and a thermochromic thin film coating the substrate and the nanodots, the thermochromic thin film being made of a thermochromic material, wherein a thickness of the thermochromic thin film disposed on the substrate is smaller than a thickness of the thermochromic thin film disposed on the nanodots. a substrate; a plurality of nanodots formed on the substrate, wherein a height of the nanodots is 9 nm or less; and a thermochromic thin film coating the substrate and the nanodots, the thermochromic thin film being made of a thermochromic material, wherein a thickness of the thermochromic thin film disposed on the substrate is smaller than a thickness of the thermochromic thin film disposed on the nanodots.
A perpendicular magnetic tunnel junction, MTJ, apparatus (102, 202, 302) comprising: a tunnel barrier layer (106, 206, 306) deposited between a free layer (108, 208, 308) and a reference layer; a tunnel magnetoresistance, TMR, enhancement buffer layer (124, 224) deposited between the tunnel barrier layer and the reference layer; and an amorphous alloy TMR enhancement spacer (122, 222) deposited between the TMR enhancement buffer layer and the reference layer. a tunnel barrier layer (106, 206, 306) deposited between a free layer (108, 208, 308) and a reference layer; a tunnel magnetoresistance, TMR, enhancement buffer layer (124, 224) deposited between the tunnel barrier layer and the reference layer; and an amorphous alloy TMR enhancement spacer (122, 222) deposited between the TMR enhancement buffer layer and the reference layer.