mhurhangee/patent-ind-claim-en huggingface dataset:
A cord-lock assembly (34; 56; 58) comprising: a cord lock (10; 11; 110; 210; 710) having a first portion, a second portion, and a biasing element (32; 132; 232) coupled between the first portion and the second portion, the first portion including a first through-channel (24; 124; 224); the second portion including a second through-channel (28; 128; 228) that is alignable with the first through-channel (24; 124; 224); and the biasing element (32; 132; 232) providing a force in a first direction to misalign the first through-channel (24; 124; 224) and the second through-channel (28; 128; 228); and an article layer (38; 138; 238) having a first aperture (42, 44; 142, 144; 242, 244), the first aperture (42, 44; 142, 144; 242, 244) bounded by an aperture collar (44; 47; 144; 244; 744) that forms a perimeter around the first aperture (42, 44; 142, 144; 242, 244), wherein at least part of the first portion is positioned in the first aperture (42, 44; 142, 144; 242, 244) and is circumscribed by the aperture collar (44; 47; 144; 244; 744), and wherein the first direction of the force is axially aligned with the first aperture (42, 44; 142, 144; 242, 244), wherein the article layer (38; 138; 238) forms a tubular encasing that at least partially encloses a space, wherein the first portion is seated with the second portion in the space and extends through the first aperture (42, 44; 142, 144; 242, 244) to a position that is external from the space and is not enclosed within the tubular encasing , and wherein the assembly further comprises a cap fixedly coupled to the first portion, the article layer (38; 138; 238) being secured between the cap and the first portion.
An irrigation controller comprising: a housing which integrates at least one control element , wherein the housing has a first section and a second section ; a pump configured to be operatively coupled with the irrigation controller ; a power supply for supplying power to the pump; and the control element configured with the pump; the first section and the second section are angularly oriented towards each other at an angle ( α ) less than 90 degrees; characterized in that: the irrigation controller has a substantially hook-type shape. a housing which integrates at least one control element , wherein the housing has a first section and a second section ; a pump configured to be operatively coupled with the irrigation controller ; a power supply for supplying power to the pump; and the control element configured with the pump; the first section and the second section are angularly oriented towards each other at an angle ( α ) less than 90 degrees; characterized in that: the irrigation controller has a substantially hook-type shape.
A method for providing access to a lock for provision of a service, the lock being associated with a service consumer , the method being performed in a lock manager comprising a processor , a memory and an I/O interface for communicating with external entities including the lock and a service consumer device , the method comprising the steps of: receiving a request for access to the lock , the request being based on the service consumer ordering a service requiring access to a physical space which is secured by the lock; sending a first consumer request to a service consumer device , asking whether to grant access to the lock for a service provider agent to provide the service; receiving a first positive consumer response from the service consumer device, indicating that the service consumer allows the service provider agent to access the physical space secured by the lock; generating a temporary credential for the service provider agent; providing the temporary credential to the service provider agent; and configuring the lock to accept the temporary credential; the method being characterized by the step of: deactivating the temporary credential in the lock, by reconfiguring the lock to revoke the temporary credential at a specific time period after the lock has been configured. receiving a request for access to the lock , the request being based on the service consumer ordering a service requiring access to a physical space which is secured by the lock; sending a first consumer request to a service consumer device , asking whether to grant access to the lock for a service provider agent to provide the service; receiving a first positive consumer response from the service consumer device, indicating that the service consumer allows the service provider agent to access the physical space secured by the lock; generating a temporary credential for the service provider agent; providing the temporary credential to the service provider agent; and configuring the lock to accept the temporary credential; the method being characterized by the step of: deactivating the temporary credential in the lock, by reconfiguring the lock to revoke the temporary credential at a specific time period after the lock has been configured.
An antibody that binds human IL-33, comprising two LCDR1s, each of SEQ ID NO: 16, two LCDR2s, each of SEQ ID NO: 17, two LCDR3s, each of SEQ ID NO: 18, two HCDR1s, each of SEQ ID NO: 13, two HCDR2s, each of SEQ ID NO: 14, and two HCDR3s, each of SEQ ID NO: 15 wherein each LCVR is SEQ ID NO: 4, SEQ ID NO: 8, or SEQ ID NO: 12, and each HCVR is SEQ ID NO: 3, SEQ ID NO: 7, or SEQ ID NO: 11..
A mounting device for mounting a stand device under a ceiling in an operating room, comprising - a mounting apparatus extending in a longitudinal direction along a mounting axis (D) configured to hold a connection component of the stand device, wherein the mounting apparatus comprises at least one fastening portion including a plurality of fastening means which are spaced to one another in the longitudinal direction, and - a ceiling flange configured to mount the mounting apparatus under the ceiling and to support the stand device on the ceiling; wherein the ceiling flange is mountable in different mounting positions along the mounting axis (D) relative to the mounting apparatus on the mounting apparatus in a way that the mounting device is configured to hold the stand device in a height variable manner in different, in particular predefined, height positions, characterized in that the mounting device comprises at least two supports by means of which the mounting apparatus may be coupled to the ceiling flange in different relative positions, wherein each support comprises a fastening portion which is formed to correspond geometrically to a fasting portion of the mounting apparatus , and wherein the mounting apparatus is adapted as tube and the fastening portions are adapted as crosspieces protruding radially from the outer contour , wherein at least two fastening portions are provided on the mounting apparatus which work together with a corresponding number of supports on the ceiling flange . - a mounting apparatus extending in a longitudinal direction along a mounting axis (D) configured to hold a connection component of the stand device, wherein the mounting apparatus comprises at least one fastening portion including a plurality of fastening means which are spaced to one another in the longitudinal direction, and - a ceiling flange configured to mount the mounting apparatus under the ceiling and to support the stand device on the ceiling; wherein the ceiling flange is mountable in different mounting positions along the mounting axis (D) relative to the mounting apparatus on the mounting apparatus in a way that the mounting device is configured to hold the stand device in a height variable manner in different, in particular predefined, height positions, the mounting device comprises at least two supports by means of which the mounting apparatus may be coupled to the ceiling flange in different relative positions, wherein each support comprises a fastening portion which is formed to correspond geometrically to a fasting portion of the mounting apparatus , and wherein the mounting apparatus is adapted as tube and the fastening portions are adapted as crosspieces protruding radially from the outer contour , wherein at least two fastening portions are provided on the mounting apparatus which work together with a corresponding number of supports on the ceiling flange .
Belt retractor for a seat belt device of a motor vehicle, comprising - a rotatably mounted belt reel onto which a seat belt of the seat belt device can be wound, and - a belt tensioner having a drive wheel which, when activated, drives the belt reel in a winding direction, and - a force-controlled tensioner coupling which transmits the driving movement from the drive wheel to the belt reel, having - at least one coupling pawl which is slidably mounted on the drive wheel and which, in order to establish and disconnect a rotational connection between the drive wheel and the belt reel , can be moved into and out of engagement with a toothing that is rotationally fixed in relation to the belt reel, and - a friction ring which has a control arm that is coupled to the coupling pawl , - the friction ring performing, when the belt tensioner is activated, a relative movement in relation to the drive wheel that is forced by frictional forces and, by the relative movement, controlling, via the control arm , the movement of the coupling pawl into engagement and out of engagement with the toothing , characterized in that - the friction ring has a blocking contour , which is positioned such that the coupling pawl abuts said contour after the disengagement movement out of the toothing and is blocked in the direction of a repeated engagement movement into the toothing , - the blocking contour being in the form of a finger which protrudes from the friction ring and which the end of the coupling pawl abuts in the blocked position. - a rotatably mounted belt reel onto which a seat belt of the seat belt device can be wound, and - a belt tensioner having a drive wheel which, when activated, drives the belt reel in a winding direction, and - a force-controlled tensioner coupling which transmits the driving movement from the drive wheel to the belt reel, having - at least one coupling pawl which is slidably mounted on the drive wheel and which, in order to establish and disconnect a rotational connection between the drive wheel and the belt reel , can be moved into and out of engagement with a toothing that is rotationally fixed in relation to the belt reel, and - a friction ring which has a control arm that is coupled to the coupling pawl , - the friction ring performing, when the belt tensioner is activated, a relative movement in relation to the drive wheel that is forced by frictional forces and, by the relative movement, controlling, via the control arm , the movement of the coupling pawl into engagement and out of engagement with the toothing , characterized in that - the friction ring has a blocking contour , which is positioned such that the coupling pawl abuts said contour after the disengagement movement out of the toothing and is blocked in the direction of a repeated engagement movement into the toothing , - the blocking contour being in the form of a finger which protrudes from the friction ring and which the end of the coupling pawl abuts in the blocked position.
A position detector for in-vivo devices, comprising: a diamond with nitrogen vacancy centers; an activator configured to activate the nitrogen vacancy centers in the diamond to emit fluorescence signals; a sensor configured to detect the fluorescence signals emitted from the diamond; two or more electromagnetic (EM) radiation sources located in fixed locations; and a controller configured to: control the activator to activate the nitrogen vacancy centers in the diamond; control a first EM radiation source of the two or more EM radiation sources to generate one or more EM signals; receive via the sensor one or more first indications of one or more first fluorescence signals in the diamond; control a second EM radiation source of the two or more EM radiation sources to generate one or more EM signals; receive via the sensor one or more second indications of one or more second fluorescence signals in the diamond; and calculate the position of the diamond based on the received indications. a diamond with nitrogen vacancy centers; an activator configured to activate the nitrogen vacancy centers in the diamond to emit fluorescence signals; a sensor configured to detect the fluorescence signals emitted from the diamond; two or more electromagnetic (EM) radiation sources located in fixed locations; and a controller configured to: control the activator to activate the nitrogen vacancy centers in the diamond; control a first EM radiation source of the two or more EM radiation sources to generate one or more EM signals; receive via the sensor one or more first indications of one or more first fluorescence signals in the diamond; control a second EM radiation source of the two or more EM radiation sources to generate one or more EM signals; receive via the sensor one or more second indications of one or more second fluorescence signals in the diamond; and calculate the position of the diamond based on the received indications. control the activator to activate the nitrogen vacancy centers in the diamond; control a first EM radiation source of the two or more EM radiation sources to generate one or more EM signals; receive via the sensor one or more first indications of one or more first fluorescence signals in the diamond; control a second EM radiation source of the two or more EM radiation sources to generate one or more EM signals; receive via the sensor one or more second indications of one or more second fluorescence signals in the diamond; and calculate the position of the diamond based on the received indications.
A compound of general formula (I-A) or a compound of general formula (I-B) in which R 1 represents a group of the formula in which # 1 represents the point of attachment to the nitrogen atom, and Ar represents a phenyl group optionally substituted with one or two groups selected from a fluoro atom, a chloro atom, cyano, methyl, fluoromethyl, difluoromethyl, trifluoromethyl, ethyl, methoxy, difluoromethoxy and trifluoromethoxy, or a pharmaceutically acceptable salt, hydrate and/or solvate thereof. R 1 represents a group of the formula in which # 1 represents the point of attachment to the nitrogen atom, and # 1 represents the point of attachment to the nitrogen atom, and Ar represents a phenyl group optionally substituted with one or two groups selected from a fluoro atom, a chloro atom, cyano, methyl, fluoromethyl, difluoromethyl, trifluoromethyl, ethyl, methoxy, difluoromethoxy and trifluoromethoxy,
Device for measuring the flowrate of a liquid in a pipeline , which device comprises, on a mount fixed to a perimeter of the pipeline, a part rotatably moveable around a first shaft through the action of the flow of liquid, characterised in that it also comprises: - a mass supported by an arm in rotation around a second shaft ; - an angle multiplier configured to transform the angular movement of the moveable part into an angular movement of the arm supporting the mass, this arm travelling through an angle greater than the angle travelled by the moveable part; and - a sensor of the position of the arm supporting the mass. - a mass supported by an arm in rotation around a second shaft ; - an angle multiplier configured to transform the angular movement of the moveable part into an angular movement of the arm supporting the mass, this arm travelling through an angle greater than the angle travelled by the moveable part; and - a sensor of the position of the arm supporting the mass.
A filter system comprising a housing with a fluid inlet and a fluid outlet and a filter element being accommodated in the housing for filtering a fluid flowing from the fluid inlet to the fluid outlet , wherein an actuator is provided to rotate the filter element between a first position (P1) and a second position (P2) in the housing , wherein the fluid outlet is sealed by the filter element when the filter element is in the first position (P1) and wherein the fluid outlet is open for unfiltered fluid passage from the fluid inlet to the fluid outlet when the filter element is in the second position (P2), wherein a locking means is provided to lock the filter element in the first position (P1), wherein the actuator is connected to a lever arrangement comprising at least two linked levers for rotating the filter element , wherein a first lever is driven by the actuator and a second lever is linked to a rotational joint of the filter element , wherein the locking means is locking the filter element in the first position (P1) in a self-locked manner when the lever arrangement is rotated beyond a dead center position of the two levers when pressing the filter element against the fluid outlet . wherein an actuator is provided to rotate the filter element between a first position (P1) and a second position (P2) in the housing , wherein the fluid outlet is sealed by the filter element when the filter element is in the first position (P1) and wherein the fluid outlet is open for unfiltered fluid passage from the fluid inlet to the fluid outlet when the filter element is in the second position (P2), wherein a locking means is provided to lock the filter element in the first position (P1), wherein the actuator is connected to a lever arrangement comprising at least two linked levers for rotating the filter element , wherein a first lever is driven by the actuator and a second lever is linked to a rotational joint of the filter element , wherein the locking means is locking the filter element in the first position (P1) in a self-locked manner when the lever arrangement is rotated beyond a dead center position of the two levers when pressing the filter element against the fluid outlet .
A transmission circuit comprising: a first semiconductor device configured to receive and/or send a differential signal and a single-ended signal, the differential signal being composed of a first signal and a second signal; a second semiconductor device configured to receive and/or send the differential signal and the single-ended signal; a first signal line configured to connect the first semiconductor device and the second semiconductor device and used to transmit the first signal; a second signal line configured to connect the first semiconductor device and the second semiconductor device and used to transmit the second signal; a third signal line configured to connect the first semiconductor device and the second semiconductor device and used to transmit the single-ended signal; and a ground line , wherein the first signal line , the second signal line , the third signal line , and the ground line are disposed in order of the second signal line , the first signal line , the ground line , and the third signal line , wherein the first signal line , the second signal line , the third signal line , and the ground line are formed in a flexible wiring board or a flexible flat cable, and characterized in that : a distance (D2) between the first signal line and the ground line is larger than a distance (D1) between the first signal line and the second signal line . a first semiconductor device configured to receive and/or send a differential signal and a single-ended signal, the differential signal being composed of a first signal and a second signal; a second semiconductor device configured to receive and/or send the differential signal and the single-ended signal; a first signal line configured to connect the first semiconductor device and the second semiconductor device and used to transmit the first signal; a second signal line configured to connect the first semiconductor device and the second semiconductor device and used to transmit the second signal; a third signal line configured to connect the first semiconductor device and the second semiconductor device and used to transmit the single-ended signal; and a ground line , wherein the first signal line , the second signal line , the third signal line , and the ground line are disposed in order of the second signal line , the first signal line , the ground line , and the third signal line , wherein the first signal line , the second signal line , the third signal line , and the ground line are formed in a flexible wiring board or a flexible flat cable, and characterized in that : a distance (D2) between the first signal line and the ground line is larger than a distance (D1) between the first signal line and the second signal line .
An electrode unit for a prosthesis socket, comprising: an electrode body locatable in a socket aperture provided in a socket wall of a prosthesis socket , wherein the electrode body comprises a first abutment surface for engagement with an inner surface of the socket wall when the electrode body is located in the socket aperture, and characterised in that the electrode body further comprises a first connecting region configured for interlocking engagement with a second connecting region of a retaining element locatable on the electrode body and having a second abutment surface for engagement with an outer surface of the socket wall or the first abutment surface of the electrode body to retain the electrode unit in the socket aperture and with respect to the socket wall . an electrode body locatable in a socket aperture provided in a socket wall of a prosthesis socket , wherein the electrode body comprises a first abutment surface for engagement with an inner surface of the socket wall when the electrode body is located in the socket aperture, and characterised in that the electrode body further comprises a first connecting region configured for interlocking engagement with a second connecting region of a retaining element locatable on the electrode body and having a second abutment surface for engagement with an outer surface of the socket wall or the first abutment surface of the electrode body to retain the electrode unit in the socket aperture and with respect to the socket wall .
A method of wireless communication performed by a user equipment, UE, comprising: identifying multiple candidate sets of physical sidelink feedback channel, PSFCH transmissions, wherein the multiple candidate sets each include a plurality of PSFCH transmissions to provide hybrid automatic repeat request, HARQ feedback for a plurality of sidelink communications received from one or more other UEs; characterized in that the method further comprises identifying , from the multiple candidate sets, one or more candidate sets that satisfy a PSFCH transmit power constraint based at least in part on a total transmission power for the plurality of PSFCH transmissions included in the one or more candidate sets; selecting , from the one or more candidate sets that satisfy the PSFCH transmit power constraint, at least one candidate set by applying a utility function to the individual PSFCH transmissions in each candidate set; and transmitting , on a PSFCH, the plurality of PSFCH transmissions included in the at least one candidate set in a next HARQ feedback occasion. identifying multiple candidate sets of physical sidelink feedback channel, PSFCH transmissions, wherein the multiple candidate sets each include a plurality of PSFCH transmissions to provide hybrid automatic repeat request, HARQ feedback for a plurality of sidelink communications received from one or more other UEs; characterized in that the method further comprises identifying , from the multiple candidate sets, one or more candidate sets that satisfy a PSFCH transmit power constraint based at least in part on a total transmission power for the plurality of PSFCH transmissions included in the one or more candidate sets; selecting , from the one or more candidate sets that satisfy the PSFCH transmit power constraint, at least one candidate set by applying a utility function to the individual PSFCH transmissions in each candidate set; and transmitting , on a PSFCH, the plurality of PSFCH transmissions included in the at least one candidate set in a next HARQ feedback occasion.