mhurhangee/patent-ind-claim-en huggingface dataset:
A closure for a receptacle for beverages in the form of a bottle with a neck , the closure comprising: a) an inner part comprising at least one inner part plastic material, the inner part comprising an inner part inner surface , an inner part outer surface , an inner part head , and an inner part skirt , the inner part head optionally comprising additional sealing means and the inner part skirt comprising an inner thread for co-operating with a thread finish on the neck of the bottle ; and b) an outer part comprising an outer part inner surface and an outer part outer surface , the outer part enclosing and hiding at least the inner part skirt , optionally enclosing and hiding the inner part skirt and the inner part head ; wherein at least a portion of the outer part inner surface cooperates with at least a portion of the inner part outer surface such that the inner part and the outer part are fixed together; and wherein at least the inner part comprises pilfer-proof means , and the outer part has a length (L) sufficient to hide, at least before the first opening of the closure , the inner part skirt and the pilfer-proof means ; characterised in that the outer part comprises a film , the film comprises at least a first layer and at least one further layer , at least one layer comprises at least one outer part plastic material P wherein the first layer comprises a material having a first layer melting point, the at least one further layer comprises a material having a further layer melting point, and the first layer melting point differs from the second layer melting point by at least 20°C and the outer part comprises at least one longitudinal join . a) an inner part comprising at least one inner part plastic material, the inner part comprising an inner part inner surface , an inner part outer surface , an inner part head , and an inner part skirt , the inner part head optionally comprising additional sealing means and the inner part skirt comprising an inner thread for co-operating with a thread finish on the neck of the bottle ; and b) an outer part comprising an outer part inner surface and an outer part outer surface , the outer part enclosing and hiding at least the inner part skirt , optionally enclosing and hiding the inner part skirt and the inner part head ;
A method for detecting contaminations on a lens of a vehicle camera, comprising - receiving image data from the vehicle camera, the image data comprising images frames, - assigning transition values, which indicate whether there is a clearly recognizable intensity transition from dark to bright or from bright to dark at a corresponding pixel location of the frame, to pixels of the image frames, - assigning three-dimensional coordinates to the pixels using a model of the exterior scene, - using the assigned three-dimensional coordinates and movement data of the vehicle to assign trajectories to the pixels, the movement data being provided by one or more vehicle sensors, wherein a trajectory comprises pixels of a set of adjacent image frames, wherein the trajectory may extend forwards or backwards in time, for those pixels to which a trajectory is assigned: - computing an expectation value for the pixel, the expectation value being derived from a transition value of a starting pixel of the trajectory, - computing a satisfied transition value for the pixel location, the satisfied transition value being derived from transition values along the trajectory for a set of frames that are adjacent to the frame of the starting pixel, - accumulating the expectation value and the satisfied transition value over time, - deriving a cleanliness value from a ratio of the accumulated satisfied transition value to the accumulated expectation value. - receiving image data from the vehicle camera, the image data comprising images frames, - assigning transition values, which indicate whether there is a clearly recognizable intensity transition from dark to bright or from bright to dark at a corresponding pixel location of the frame, to pixels of the image frames, - assigning three-dimensional coordinates to the pixels using a model of the exterior scene, - using the assigned three-dimensional coordinates and movement data of the vehicle to assign trajectories to the pixels, the movement data being provided by one or more vehicle sensors, wherein a trajectory comprises pixels of a set of adjacent image frames, wherein the trajectory may extend forwards or backwards in time, - computing an expectation value for the pixel, the expectation value being derived from a transition value of a starting pixel of the trajectory, - computing a satisfied transition value for the pixel location, the satisfied transition value being derived from transition values along the trajectory for a set of frames that are adjacent to the frame of the starting pixel, - accumulating the expectation value and the satisfied transition value over time, - deriving a cleanliness value from a ratio of the accumulated satisfied transition value to the accumulated expectation value.
Motor vehicle lighting and/or signalling device light module, comprising: - at least one light source mounted on a support , - an optical unit for engaging with the light source to form a light beam, - a locating system comprising at least one locating pin inserted into a locating orifice , the support being provided with one of the locating pin and the locating orifice, and the optical unit being provided with the other of the locating pin and the locating orifice; characterized in that the or at least one of the locating pins comprises two facing parts, the or at least one of the locating pins is a split pin comprising a slot separating said two parts from each other, one of the parts, known as the rigid part , being more rigid than the other of the parts, known as the flexible part the flexible part being elastic, and able to deform to allow the insertion of the locating pin into the locating orifice , and arranged so that it presses the rigid part against an edge of the locating orifice , the rigid part being able to guide the locating pin into the locating orifice . - at least one light source mounted on a support , - an optical unit for engaging with the light source to form a light beam, - a locating system comprising at least one locating pin inserted into a locating orifice , the support being provided with one of the locating pin and the locating orifice, and the optical unit being provided with the other of the locating pin and the locating orifice; characterized in that the or at least one of the locating pins comprises two facing parts, the or at least one of the locating pins is a split pin comprising a slot separating said two parts from each other, one of the parts, known as the rigid part , being more rigid than the other of the parts, known as the flexible part the flexible part being elastic, and able to deform to allow the insertion of the locating pin into the locating orifice , and arranged so that it presses the rigid part against an edge of the locating orifice , the rigid part being able to guide the locating pin into the locating orifice .
A shift control arrangement in a gearbox , comprising a first shift rod , provided with a first and second end part , which first end part is connectable to a first power means and the second end part is connected to a first shift fork ; a second shift rod , provided with a first and second end part , which first end part is connectable to a second power means and the second end part is connected to a second shift fork ; a first set of grooves arranged in the first shift rod , a second groove arranged in the second shift rod ; and a lock pin arranged between the first and second shift rod , which lock pin together with the first set of grooves and the second groove are arranged to restrict or allow axial movement of the respective first and second shift rod , characterized in that the first end part of the second shift rod is provided with a control surface for axial movement of the lock pin in a direction towards the first shift rod and in that the first end part of the first shift rod is provided with an axial directed cut out for non-conflicting with the lock pin , , wherein the control surface of the first end part of the second shift rod urges the lock pin to move axially in the direction towards said shift rod , which is provided with said axial directed cut out on the first end part of the first shift rod .
A sensor assembly for use in an apparatus comprising at least one moving part and at least one stationary part, the sensor assembly comprising: a probe comprising a portion of an incomplete circuit and configured to form a complete circuit when engaged by the at least one moving part; and a casing configured to sheathe a first portion of the probe such that, in use, a second portion of the probe protrudes from the casing, and wherein the casing comprises a means for mounting the sensor to the stationary part of the apparatus, wherein the assembly is configured to produce a signal when the circuit is completed; and characterised in that the probe comprises at least two electrodes, wherein one electrode is a positive electrode and one electrode is a negative electrode , wherein the at least two electrodes are separated by an electrically insulating body , and wherein a portion of each electrode is exposed from the electrically insulating body; and in that at least a part of the exposed portion of each of the electrodes is covered by a sacrificial coating comprising an electrically insulating paint or lacquer such that, in use, when the sacrificial coating is contacted by the moving part of the apparatus, at least part of the coating is removed from each electrode and the circuit is completed. a probe comprising a portion of an incomplete circuit and configured to form a complete circuit when engaged by the at least one moving part; and a casing configured to sheathe a first portion of the probe such that, in use, a second portion of the probe protrudes from the casing, and wherein the casing comprises a means for mounting the sensor to the stationary part of the apparatus, wherein the assembly is configured to produce a signal when the circuit is completed; and characterised in that the probe comprises at least two electrodes, wherein one electrode is a positive electrode and one electrode is a negative electrode , wherein the at least two electrodes are separated by an electrically insulating body , and wherein a portion of each electrode is exposed from the electrically insulating body; and in that at least a part of the exposed portion of each of the electrodes is covered by a sacrificial coating comprising an electrically insulating paint or lacquer such that, in use, when the sacrificial coating is contacted by the moving part of the apparatus, at least part of the coating is removed from each electrode and the circuit is completed.
An optical scanning device comprising: a mirror portion having a reflecting surface for reflecting incident light; a first actuator that allows the mirror portion to swing around a first axis located in a plane including the reflecting surface of the mirror portion in a stationary state; a second actuator that allows the mirror portion to swing around a second axis which is located in the plane including the reflecting surface of the mirror portion in the stationary state and is orthogonal to the first axis; a pair of first angle detection sensors that output a signal corresponding to an angle of the mirror portion around the first axis, the pair of first angle detection sensors being disposed at positions facing each other across the first axis; and at least one processor, wherein the processor generates a first angle detection signal representing the angle of the mirror portion around the first axis by adjusting an amplitude level of at least one of the pair of first output signals to match amplitudes of vibration noises respectively included in the pair of first output signals output from the pair of first angle detection sensors with each other, and subtracting one of the adjusted pair of first output signals from the other. a mirror portion having a reflecting surface for reflecting incident light; a first actuator that allows the mirror portion to swing around a first axis located in a plane including the reflecting surface of the mirror portion in a stationary state; a second actuator that allows the mirror portion to swing around a second axis which is located in the plane including the reflecting surface of the mirror portion in the stationary state and is orthogonal to the first axis; a pair of first angle detection sensors that output a signal corresponding to an angle of the mirror portion around the first axis, the pair of first angle detection sensors being disposed at positions facing each other across the first axis; and at least one processor, wherein the processor generates a first angle detection signal representing the angle of the mirror portion around the first axis by adjusting an amplitude level of at least one of the pair of first output signals to match amplitudes of vibration noises respectively included in the pair of first output signals output from the pair of first angle detection sensors with each other, and subtracting one of the adjusted pair of first output signals from the other.
Integrated luminaire, which can be integrated in a furniture panel , comprising a luminaire body , to which a current conductor is connected, characterized in that the current conductor , at least at the end thereof facing towards the luminaire body , is provided with a contact plate which is frictionally held in a contact receptacle of the luminaire body , for which purpose the contact receptacle has two resilient contact terminals located opposite one another, which each bear against a contact surface of the contact plate , the contact terminals bounding an insertion slot for the contact plate which is open in the longitudinal extension of the current conductor and also transversely thereto.
A T cell activating bispecific antigen binding molecule comprising a first and a second antigen binding moiety, wherein the first antigen binding moiety comprises a first light chain and wherein the first antigen binding moiety is capable of specific binding to an activating T cell antigen, wherein the activating T cell antigen is CD3, wherein the second antigen binding moiety comprises a second light chain and wherein the second antigen binding moiety is capable of specific binding to a target cell antigen, wherein the target cell antigen is Folate Receptor 1 (FolRl), wherein the amino acid sequence of the first and the second light chain is identical, wherein the first and the second light chain comprises the light chain CDRs of SEQ ID NO: 32, SEQ ID NO: 33 and SEQ ID NO: 34, wherein the first antigen binding moiety is a Fab and the second antigen binding moiety is a Fab.
An apparatus , comprising: a transfer substrate , comprising a first plurality of transfer elements , each of the transfer elements comprising: an adhesion element having a higher Young's modulus at a lower temperature and a lower Young's modulus at a higher temperature; a heating element operable to change an operating temperature of the adhesion element in response to an input; and a controller coupled to provide the inputs to the heating elements of the first plurality of transfer elements to cause a change in temperature at least between the higher and lower temperature, the change in temperature causing the transfer elements to selectably hold a first plurality of objects to and release the objects from the transfer substrate in response to changes between the higher and lower Young's moduli of transfer elements, wherein: the transfer substrate further comprises a second plurality of transfer elements, and the apparatus is configured to cause the second plurality of transfer elements to contact a second plurality of objects on a donor substrate (100/908) while the second plurality of transfer elements are below the higher temperature such that the second plurality of objects do not adhere to the transfer substrate and do not move with the transfer substrate. a transfer substrate , comprising a first plurality of transfer elements , each of the transfer elements comprising: an adhesion element having a higher Young's modulus at a lower temperature and a lower Young's modulus at a higher temperature; a heating element operable to change an operating temperature of the adhesion element in response to an input; and an adhesion element having a higher Young's modulus at a lower temperature and a lower Young's modulus at a higher temperature; a heating element operable to change an operating temperature of the adhesion element in response to an input; and a controller coupled to provide the inputs to the heating elements of the first plurality of transfer elements to cause a change in temperature at least between the higher and lower temperature, the change in temperature causing the transfer elements to selectably hold a first plurality of objects to and release the objects from the transfer substrate in response to changes between the higher and lower Young's moduli of transfer elements, wherein: the transfer substrate further comprises a second plurality of transfer elements, and the apparatus is configured to cause the second plurality of transfer elements to contact a second plurality of objects on a donor substrate (100/908) while the second plurality of transfer elements are below the higher temperature such that the second plurality of objects do not adhere to the transfer substrate and do not move with the transfer substrate.
A method for model adaptation for a speech recognition system comprising: conducting a speech recognition performance assessment of the system to identify possible errors or correct observations corresponding to performance of the system in either recognition of instances of a word or recognition of instances of various words among a set of words for speech input to the speech recognition system and in a hypothesis of utterances corresponding to the speech input which is collected over a sliding window for a collection period that is dynamic in at least one of a period and size of data, wherein the dynamic collection period covers a collection of data taken from equal periods when the speech recognition system is in a noisy environment and when the speech recognition system is in a quiet environment, wherein the dynamic collection period corresponds to a period of time when speech inputs are useful for identifying possible errors or correct observations by the speech recognition system and wherein the size of the data corresponds to an amount of collected speech inputs which is useful for identifying possible errors or correct observations by the speech recognition system ; and adjusting an adaptation of a model for the word or various models for the various words, based on the performance assessment . conducting a speech recognition performance assessment of the system to identify possible errors or correct observations corresponding to performance of the system in either recognition of instances of a word or recognition of instances of various words among a set of words for speech input to the speech recognition system and in a hypothesis of utterances corresponding to the speech input which is collected over a sliding window for a collection period that is dynamic in at least one of a period and size of data, wherein the dynamic collection period covers a collection of data taken from equal periods when the speech recognition system is in a noisy environment and when the speech recognition system is in a quiet environment, wherein the dynamic collection period corresponds to a period of time when speech inputs are useful for identifying possible errors or correct observations by the speech recognition system and wherein the size of the data corresponds to an amount of collected speech inputs which is useful for identifying possible errors or correct observations by the speech recognition system ; and adjusting an adaptation of a model for the word or various models for the various words, based on the performance assessment .
A trailer or semi-trailer comprising a pair of ground-engaging wheels mounted on an axle and a vehicle body , the vehicle body having a floor , a front wall , a rear wall and two side walls extending between the front wall and the rear wall, the floor, front, rear and side walls enclosing a load compartment , there being an opening provided in each of the rear wall and at least one of the side walls, the openings providing access to the load compartment, and a lifting mechanism which is operable to move at least a portion of the floor adjacent to the opening in the side wall vertically between a lowered position in which the moved floor is generally level with a lowermost edge of the opening in the side wall, and a raised position in which the moved floor is generally level with a lowermost edge of the opening in the rear wall, wherein the portion of movable floor is located towards the front of the trailer or semi-trailer relative to the wheels, characterised in that the movable portion of the floor extends across substantially the entire width of the vehicle body from one side wall to the other side wall.
Conveyor device for rod-shaped smoking articles comprising - a cutting device for cutting the smoking articles from a multiple length into at least two smoking articles of single length, characterized in that - the rod-shaped smoking articles are guided in a guide channel in a single-row strip having a width corresponding to the length of the rod-shaped smoking articles with longitudinal axes aligned parallel to one another, and - the cutting device has at least one cutting blade projecting into the guide channel and aligned perpendicularly to the longitudinal axes of the smoking articles , and - at least one device for rotating the smoking articles relative to the cutting blade is provided. - a cutting device for cutting the smoking articles from a multiple length into at least two smoking articles of single length, characterized in that - the rod-shaped smoking articles are guided in a guide channel in a single-row strip having a width corresponding to the length of the rod-shaped smoking articles with longitudinal axes aligned parallel to one another, and - the cutting device has at least one cutting blade projecting into the guide channel and aligned perpendicularly to the longitudinal axes of the smoking articles , and - at least one device for rotating the smoking articles relative to the cutting blade is provided.