mhurhangee/patent-ind-claim-en huggingface dataset:
A flexible display, comprising: a base layer including a first portion having a first surface on which an organic light emitting element is disposed and a second portion extending from the outside of the first portion and bent toward a second surface opposite to the first surface; a protective film covering at least a part of the second portion to suppress permeation of moisture, wherein the protective film is a multi-layered film including an adhesive layer in contact with the base layer , a protective substrate on the adhesive layer , and a cushion layer on the protective substrate ; a polarization layer disposed on the organic light emitting element of the first portion without a barrier film between the polarization layer and the base layer ; and a resin filled between the polarization layer and the protective film , characterized in that the resin covers a side edge and only a part of an outer surface of the protective film . a base layer including a first portion having a first surface on which an organic light emitting element is disposed and a second portion extending from the outside of the first portion and bent toward a second surface opposite to the first surface; a protective film covering at least a part of the second portion to suppress permeation of moisture, wherein the protective film is a multi-layered film including an adhesive layer in contact with the base layer , a protective substrate on the adhesive layer , and a cushion layer on the protective substrate ; a polarization layer disposed on the organic light emitting element of the first portion without a barrier film between the polarization layer and the base layer ; and a resin filled between the polarization layer and the protective film , characterized in that the resin covers a side edge and only a part of an outer surface of the protective film .
Rotor of an electric machine , in particular an electric motor, having a rotor body which circumferentially surrounds a shaft and which has a first sub-body and a second sub-body which in the axial direction are joined together by means of an axle that extends in the axial direction and in terms of the shaft is offset in a radially outward manner, wherein the first sub-body has an eye within which a bush that receives the axle is disposed, and wherein the second sub-body has a lug that receives the axle , characterized in that the first and the second sub-body each are a laminated core.
A method for providing a frame structure for device-to-device network communication, with high and low priority data comprising: - configuring a control channel to communicate control data; - configuring a high priority data channel to communicate high priority data; and - configuring a low priority data channel to communicate low priority data; wherein the control channel comprises: - a high priority data channel control portion configured to communicate control data that is related to the high priority data channel, and - a low priority data channel control portion configured to communicate control data that is related to the low priority data channel; and wherein the frame structure is configured to communicate control data within the control channel over a first communication resource; wherein the frame structure is configured to communicate the high priority data within the high priority data channel over a second communication resource, and wherein the frame structure is configured to communicate the low priority data within the low priority data channel over a third communication resource; characterized in that the control channel , the high priority data channel , and the low priority data channel are configured to communicate a synchronization sequence, wherein the synchronization sequence comprises a primary synchronization sequence, PSS, or a secondary synchronization sequence, SSS, and an indication of the type of the synchronization source and its accuracy. - configuring a control channel to communicate control data; - configuring a high priority data channel to communicate high priority data; and - configuring a low priority data channel to communicate low priority data; - a high priority data channel control portion configured to communicate control data that is related to the high priority data channel, and - a low priority data channel control portion configured to communicate control data that is related to the low priority data channel; and
A vehicle pedal device including a transmission member (22; 48a) that transmits an operation force applied to a pedal (20; 48), a reaction force lever that is disposed on the transmission member (22; 48a) so that the reaction force lever pivot about a predetermined axis (C3), and that outputs the operation force transmitted to the transmission member (22; 48a) to a brake device against a biasing force of a load spring , and a depressing force detector that is fixedly attached to a pedal arm (20a; 48a) of the pedal (20; 48) or to a sub lever coupled to the pedal arm (20a; 48a) and that receives a reaction force of the reaction force lever to detect the operation force applied to the pedal (20; 48), wherein the depressing force detector has a positioning pin projecting from the depressing force detector , the pedal arm (20a; 48a) of the pedal (20; 48) or the sub lever coupled to the pedal arm (20a; 48a) has a positioning pin insertion hole in which the positioning pin of the depressing force detector is inserted, the depressing force detector is fixed to the pedal arm (20a; 48a) or the sub lever with the positioning pin being pressed against an inner peripheral edge of the positioning pin insertion hole by a reaction force of the load spring , and the load spring is fixedly positioned between the reaction force lever and the depressing force detector , characterized in that the load spring is a coil spring, and the load spring is placed on an outer periphery side of a detection shaft projecting from the depressing force detector so that the load spring is coaxial with an axis (C4) of the detection shaft .
Elevator provided with a safety apparatus arrangement, which elevator comprises at least an elevator car traveling along guide rails and a safety brake device, namely a safety gear , for stopping undesired movement of the elevator car , as well as a transmission mechanism for activating the safety gear , wherein the safety apparatus comprises a pre-tune apparatus disposed on the elevator car for detecting a presence on a roof of the elevator car , and in that the pre-tune apparatus comprises means for activating the transmission mechanism when a presence on the roof of the elevator car has been detected, characterized in that the transmission mechanism is connected by means of a coupling member to move wedges of the safety gear against the guide rails of the elevator car for locking the elevator car into its position, wherein the transmission mechanism is connected to the elevator car to travel along with the elevator car and to be movable in relation to the elevator car in the direction of movement of the elevator car , and in that the transmission mechanism comprises at least activation means for creating a bottom safety space and an activation surface for creating a top safety space, as well as a free surface for the normal drive mode of the elevator, and wherein the transmission mechanism is an elongated frame part , and in that both the activation surface and the free surface are on the first end, i.e. the top end, of the frame part disposed in such a way that the activation surface is higher than the free surface .
A dimensionally adjustable washbasin system , comprising: a) an upwardly open liquid collecting unit that is at least partially uncovered and in liquid communication with a drainage system; b) a washbasin having at least one liquid receiving portion and a liquid discharging portion, wherein liquid introduced onto one of said liquid receiving portions is flowable into said liquid collecting unit when said liquid discharging portion is positioned above, and in communication with, said liquid collecting unit ; c) a base unit for enclosing and concealing the liquid collecting unit , wherein said base unit is configured with a slot to accommodate extension therethrough of the washbasin , wherein the slot is formed in a front wall of said base unit ; and d) a linkage for both pivotally displacing the washbasin and for longitudinally displacing the washbasin through said slot , characterised in that a support element is pivotally connected to a side wall of base unit by a joint , and a link is pivotally connected by a joint to the liquid receiving portion of washbasin and by a joint to a portion near a terminal end of the support element . a) an upwardly open liquid collecting unit that is at least partially uncovered and in liquid communication with a drainage system; b) a washbasin having at least one liquid receiving portion and a liquid discharging portion, wherein liquid introduced onto one of said liquid receiving portions is flowable into said liquid collecting unit when said liquid discharging portion is positioned above, and in communication with, said liquid collecting unit ; c) a base unit for enclosing and concealing the liquid collecting unit , wherein said base unit is configured with a slot to accommodate extension therethrough of the washbasin , wherein the slot is formed in a front wall of said base unit ; and d) a linkage for both pivotally displacing the washbasin and for longitudinally displacing the washbasin through said slot ,
System comprising a robotic medical tool , a motion capture device and a control unit , wherein the motion capture device is configured to capture a motion of an object and wherein the control unit is configured to adjust the robotic tool relative to the object in dependence of the captured motion, wherein the motion capture device is an ultrasound device , and the robotic medical tool comprises a tool head arranged at a distal end of a robotic arm and designed to manipulate or interact with the object , wherein at least one ultrasound head of the ultrasound device is integrated with the robotic medical tool as part of the tool head for tandem movement of this at least one ultrasound head and the tool head , characterized in that - in addition to the at least one ultrasound head integrated with the robotic tool , the system comprises at least one additional ultrasound head arranged independently of the robotic medical tool for providing an additional angle of motion capture. - in addition to the at least one ultrasound head integrated with the robotic tool , the system comprises at least one additional ultrasound head arranged independently of the robotic medical tool for providing an additional angle of motion capture.
Frame system for an insect and/or pollen screen, with a number of profile strips joined in frame corners by means of corner connectors , - wherein the corner connector has a first joining leg and a second joining leg , which can be joined to said first joining leg, and - wherein the joining legs have a first leg section for connection to the profile strip and a second leg section with a joining contour , the first joining leg having a first joining contour and the second joining leg having a second joining contour corresponding to the first joining contour , characterized in - that the first joining leg has a chamber , into which a first channel for receiving an elastic cord opens, the first channel extending along the first leg section , - that the second joining leg has a second channel extending along the first leg section for receiving the elastic cord , and - that , with the joining legs joined together to form the corner connector , the second channel opens into the chamber of the first joining leg and the elastic cord is inserted in the first and second channels . - wherein the corner connector has a first joining leg and a second joining leg , which can be joined to said first joining leg, and - wherein the joining legs have a first leg section for connection to the profile strip and a second leg section with a joining contour , the first joining leg having a first joining contour and the second joining leg having a second joining contour corresponding to the first joining contour , characterized in - that the first joining leg has a chamber , into which a first channel for receiving an elastic cord opens, the first channel extending along the first leg section , - that the second joining leg has a second channel extending along the first leg section for receiving the elastic cord , and - that , with the joining legs joined together to form the corner connector , the second channel opens into the chamber of the first joining leg and the elastic cord is inserted in the first and second channels .
A safety helmet with side lights for a cyclist includes: a front light , a rear-facing light and the side lights that comprise a plurality of lights , the lights are operatively connected to a power supply ; at least one motion sensor detects a behavioural characteristic of the cyclist and provides input signals to a controller , the controller operates in accordance with an algorithm whereby the input signals are processed to determine appropriate timing of activation of the side lights , in dependence upon the behavioural characteristic detected; and switching signals from the controller switch on the plurality of lights in sequence to indicate actual or intended direction of travel.
Process for heat treating preforms of containers made of plastic material, in a cavity bounded by electrically conductive walls, by means of a microwave field in a preset frequency range, said microwave field being generated by a solid-state generator coupled to the cavity by means of a linking cable , this process comprising operations consisting in: - storing in memory at least one predetermined characteristic parameter of the material, or the predetermined volume of material of the preforms ; - loading a preform into the cavity ; - generating an incident microwave flux by means of the solid-state generator ; - adjusting the emission frequency of the incident microwave flux to a resonant frequency of the loaded cavity ; - storing in memory this resonant frequency; - from the resonant frequency of the loaded cavity and from the material parameter stored in memory or the volume, stored in memory, of material of the preform , calculating, respectively: ∘ the volume of material of the preform , or ∘ at least one characteristic parameter of the material of the preform ; - comparing each of the volume of material and the characteristic parameter of the material to a reference value; - generating an alarm signal if either of the volume of material and the characteristic parameter of the material is decreed to be different from the reference value. - storing in memory at least one predetermined characteristic parameter of the material, or the predetermined volume of material of the preforms ; - loading a preform into the cavity ; - generating an incident microwave flux by means of the solid-state generator ; - adjusting the emission frequency of the incident microwave flux to a resonant frequency of the loaded cavity ; - storing in memory this resonant frequency; - from the resonant frequency of the loaded cavity and from the material parameter stored in memory or the volume, stored in memory, of material of the preform , calculating, respectively: ∘ the volume of material of the preform , or ∘ at least one characteristic parameter of the material of the preform ; ∘ the volume of material of the preform , or ∘ at least one characteristic parameter of the material of the preform ; - comparing each of the volume of material and the characteristic parameter of the material to a reference value; - generating an alarm signal if either of the volume of material and the characteristic parameter of the material is decreed to be different from the reference value.
Launch rail for a missile , having a rail body ; a holding device that is mounted in a detachable manner on the rail body so as to hold the missile on the launch rail , and a release mechanism that is mounted on the rail body so as to release the holding device from the missile ; wherein the holding device comprises a locking element for locking the missile to the holding device and the release mechanism is embodied so as to open the locking element ; wherein the locking element is embodied as a pin that is embodied for the purpose of engaging from above in a positive-locking manner into the missile ; wherein the locking element can be lifted out of the missile and as a consequence it is possible to open the locking arrangement of the missile ; wherein the holding device is embodied for the purpose of holding the tail of the missile and the holding device comprises a supporting element for supporting the missile , wherein the supporting element is embodied as a pin and the pin is embodied so as to engage from the rear in a positive-locking manner into the tail of the missile . a holding device that is mounted in a detachable manner on the rail body so as to hold the missile on the launch rail , and a release mechanism that is mounted on the rail body so as to release the holding device from the missile ; wherein the holding device comprises a locking element for locking the missile to the holding device and the release mechanism is embodied so as to open the locking element ; wherein the locking element is embodied as a pin that is embodied for the purpose of engaging from above in a positive-locking manner into the missile ; wherein the locking element can be lifted out of the missile and as a consequence it is possible to open the locking arrangement of the missile ; wherein the holding device is embodied for the purpose of holding the tail of the missile and the holding device comprises a supporting element for supporting the missile , wherein the supporting element is embodied as a pin and the pin is embodied so as to engage from the rear in a positive-locking manner into the tail of the missile .
A multi-display device comprising a plurality of display devices (M1-M9, M11-M51) which are connected together in a daisy-chained fashion, wherein the plurality of display devices comprises M x N displays spatially arranged in a matrix of M lines and N columns, wherein for each display device which is connected to a next-stage display device in the daisy chain, the next-stage display device is either on a same line or a next line of the matrix, wherein each display device has position information indicating its position in the matrix and indicating if the display device is connected to the next-stage display device on the next line of the matrix or if the display device is connected to the next-stage display device on the same line of the matrix, and wherein each of the display devices comprises an image output controller configured to select, according to the position information, whether or not to delay an input video signal by a predetermined period and to thereby output a delayed video signal to the next-stage display device, and wherein the image output controller is configured to output the delayed video signal to the next-stage display device when the position information indicates that the display device is connected to the next-stage display device on the next line of the matrix, and to output a non-delayed video signal to the next-stage display device when the position information indicates that the display device is connected to the next-stage display device on the same line of the matrix. wherein the plurality of display devices comprises M x N displays spatially arranged in a matrix of M lines and N columns, wherein for each display device which is connected to a next-stage display device in the daisy chain, the next-stage display device is either on a same line or a next line of the matrix, wherein each display device has position information indicating its position in the matrix and indicating if the display device is connected to the next-stage display device on the next line of the matrix or if the display device is connected to the next-stage display device on the same line of the matrix, and wherein each of the display devices comprises an image output controller configured to select, according to the position information, whether or not to delay an input video signal by a predetermined period and to thereby output a delayed video signal to the next-stage display device, and wherein the image output controller is configured to output the delayed video signal to the next-stage display device when the position information indicates that the display device is connected to the next-stage display device on the next line of the matrix, and to output a non-delayed video signal to the next-stage display device when the position information indicates that the display device is connected to the next-stage display device on the same line of the matrix.
A method for the quantification of one or more glycoproteins in a sample, wherein each glycoprotein to be quantified comprises one or more Asn-linked glycans, said method comprising the steps of: a. providing a sample comprising said one or more glycoproteins to be quantified, b. adding an internal standard to said sample, wherein said internal standard comprises a variant form of each of said one or more glycoproteins to be quantified, wherein said variant form is a form containing only core Asn-linked GlcNAc moieties, each core Asn-linked GlcNAc moiety being an N-acetylglycosamine moiety that is directly attached to an Asn acceptor residue in the polypeptide chain of said variant, and wherein no fucose moieties are linked to said core GlcNAc moieties; and c. quantifying said one or more glycoproteins by comparison with the internal standard. a. providing a sample comprising said one or more glycoproteins to be quantified, b. adding an internal standard to said sample, wherein said internal standard comprises a variant form of each of said one or more glycoproteins to be quantified, wherein said variant form is a form containing only core Asn-linked GlcNAc moieties, each core Asn-linked GlcNAc moiety being an N-acetylglycosamine moiety that is directly attached to an Asn acceptor residue in the polypeptide chain of said variant, and wherein no fucose moieties are linked to said core GlcNAc moieties; and c. quantifying said one or more glycoproteins by comparison with the internal standard.