mhurhangee/ep-ind-claims huggingface dataset:
A pacemaker comprising: a pulse generator configured to deliver ventricular pacing pulses via electrodes coupled to the pacemaker; a sensor configured to produce a signal comprising atrial event signals; and a control circuit coupled to the sensor and the pulse generator and configured to: determine a ventricular rate interval by determining at least one ventricular event interval between two consecutive ventricular events; determine a rate smoothing ventricular pacing interval based on the ventricular rate interval; detect an atrial event from the sensor signal; control the pulse generator to deliver a first ventricular pacing pulse in response to detecting the atrial event from the sensor signal; and start the rate smoothing ventricular pacing interval to schedule a next pacing pulse to be delivered by the pulse generator upon expiration of the rate smoothing ventricular pacing interval. a pulse generator configured to deliver ventricular pacing pulses via electrodes coupled to the pacemaker; a sensor configured to produce a signal comprising atrial event signals; and a control circuit coupled to the sensor and the pulse generator and configured to: determine a ventricular rate interval by determining at least one ventricular event interval between two consecutive ventricular events; determine a rate smoothing ventricular pacing interval based on the ventricular rate interval; detect an atrial event from the sensor signal; control the pulse generator to deliver a first ventricular pacing pulse in response to detecting the atrial event from the sensor signal; and start the rate smoothing ventricular pacing interval to schedule a next pacing pulse to be delivered by the pulse generator upon expiration of the rate smoothing ventricular pacing interval. determine a ventricular rate interval by determining at least one ventricular event interval between two consecutive ventricular events; determine a rate smoothing ventricular pacing interval based on the ventricular rate interval; detect an atrial event from the sensor signal; control the pulse generator to deliver a first ventricular pacing pulse in response to detecting the atrial event from the sensor signal; and start the rate smoothing ventricular pacing interval to schedule a next pacing pulse to be delivered by the pulse generator upon expiration of the rate smoothing ventricular pacing interval.
A transducer assembly for mounting in a roadway; which transducer assembly comprises a hollow profile extending along a longitudinal axis, a force sensor assembly and at least one insulating element arranged on the outside of the hollow profile; which insulating element insulates the transducer assembly after mounting from a rolling force acting on the sides thereof; wherein said hollow profile comprises a cavity and said force sensor assembly is arranged in the cavity; wherein after mounting the force sensor assembly of the transducer assembly is configured to detect a weight force exerted onto the hollow profile; wherein the insulating element is secured to the hollow profile by a positive fit connection; wherein the hollow profile comprises at least one holding means, which holding means is configured to establish a positive fit connection between the insulating element and the hollow profile; wherein the positive fit connection is effective in a direction perpendicular to the longitudinal axis so that the insulating element is fixed relative to the hollow profile in all directions perpendicular to the longitudinal axis; characterized in that the insulating element can be inserted in the holding means by sliding it along the longitudinal axis.
A radio communication apparatus used as one of a plurality of second radio communication apparatus (2, 3), which can be realized as subscriber stations, in a radio communication system in which a first radio communication apparatus, which can be realized as a base station or a relay station, receives data from the plurality of second radio communication apparatus, the radio communication apparatus comprising: a detection section configured to detect a first radio resource that is assigned by the first radio communication apparatus and that can be used on a contention basis by the plurality of second radio communication apparatus for data transmission and a second radio resource for a control channel assigned by the first radio communication apparatus; and a transmission processing section configured to selectively perform, upon detection of both the first and second radio resources being assigned, one of a first transmission method using the first radio resource for data transmission and a second transmission method using a third radio resource that is assigned for data transmission by the first radio communication apparatus through an assignment request using the second radio resource, thereby not applying the first and second transmission method in parallel. a detection section configured to detect a first radio resource that is assigned by the first radio communication apparatus and that can be used on a contention basis by the plurality of second radio communication apparatus for data transmission and a second radio resource for a control channel assigned by the first radio communication apparatus; and a transmission processing section configured to selectively perform, upon detection of both the first and second radio resources being assigned, one of a first transmission method using the first radio resource for data transmission and a second transmission method using a third radio resource that is assigned for data transmission by the first radio communication apparatus through an assignment request using the second radio resource, thereby not applying the first and second transmission method in parallel.
A system for supporting a banner comprising: - a body defining a secure halyard passage (271; 271A); - a banner arm (14; 14A) configured to hold an upper edge of a banner suspended therefrom; and - a housing (26; 26A) positioned at an operatively upper end of the halyard passage, the housing having a recess (38; 38A) configured to receive the banner arm, wherein retraction of a halyard (228; 228A) through the secure halyard passage causes the banner arm to be retracted into the recess and to be positioned by the housing in a predetermined laterally-extending orientation; characterized in that: - the body further defines an elongate passage (260; 260A) having a longitudinal slot (261; 261A) extending substantially along the length of the elongate passage, wherein said operatively upper end of the halyard passage also is an operatively upper end of the elongate passage; and - the system further comprises at least one travelling weight (256, 262; 256A, 262A) movable within the elongate passage, the at least one travelling weight having attachment means (232, 264; 232A, 264A) configured to attach to the banner through the slot and being of sufficient mass such that, when the banner arm is positioned in the predetermined laterally-extending orientation, appreciable movement of the edge of the banner suspended from the banner arm and attached to the at least one travelling weight is prevented by tension caused by the influence of gravity on said at least one travelling weight. - a body defining a secure halyard passage (271; 271A); - a banner arm (14; 14A) configured to hold an upper edge of a banner suspended therefrom; and - a housing (26; 26A) positioned at an operatively upper end of the halyard passage, the housing having a recess (38; 38A) configured to receive the banner arm, wherein retraction of a halyard (228; 228A) through the secure halyard passage causes the banner arm to be retracted into the recess and to be positioned by the housing in a predetermined laterally-extending orientation; - the body further defines an elongate passage (260; 260A) having a longitudinal slot (261; 261A) extending substantially along the length of the elongate passage, wherein said operatively upper end of the halyard passage also is an operatively upper end of the elongate passage; and - the system further comprises at least one travelling weight (256, 262; 256A, 262A) movable within the elongate passage, the at least one travelling weight having attachment means (232, 264; 232A, 264A) configured to attach to the banner through the slot and being of sufficient mass such that, when the banner arm is positioned in the predetermined laterally-extending orientation, appreciable movement of the edge of the banner suspended from the banner arm and attached to the at least one travelling weight is prevented by tension caused by the influence of gravity on said at least one travelling weight.
A stackable poultry container system comprising a first poultry container (10; 110) and a second poultry container (10; 110), wherein the first poultry container and the second poultry container each comprise: a floor (20; 120; 220) comprising a top surface, bottom surface and perimeter surrounding the floor; a plurality of waste apertures formed through the floor (20; 120; 220), wherein each waste aperture (50; 150; 250) of the plurality of waste apertures extends through the floor from a top opening at the top surface of the floor to a bottom opening at the bottom surface of the floor; characterized in that the top opening of each waste aperture (50; 150; 250) of the plurality of waste apertures is in the form of an inscribed circular opening having a plurality of extension openings (158; 258) extending outwardly from the inscribed circular opening to enlarge a top opening area occupied by the top opening on the top surface of the floor (20; 120; 220); each extension opening of the plurality of extension openings (158; 258) occupies an extension area on the top surface of the floor (20; 120; 220) that is at least 2% of an inscribed circular opening area occupied by the inscribed circular opening; a sum of all of the extension areas occupied by the plurality of extension openings (158; 258) is no more than 30% of the inscribed circular opening area; and a maximum dimension (Lmax) across each top opening of the plurality of top openings is 15 millimeters or less. a floor (20; 120; 220) comprising a top surface, bottom surface and perimeter surrounding the floor; a plurality of waste apertures formed through the floor (20; 120; 220), wherein each waste aperture (50; 150; 250) of the plurality of waste apertures extends through the floor from a top opening at the top surface of the floor to a bottom opening at the bottom surface of the floor; characterized in that the top opening of each waste aperture (50; 150; 250) of the plurality of waste apertures is in the form of an inscribed circular opening having a plurality of extension openings (158; 258) extending outwardly from the inscribed circular opening to enlarge a top opening area occupied by the top opening on the top surface of the floor (20; 120; 220); each extension opening of the plurality of extension openings (158; 258) occupies an extension area on the top surface of the floor (20; 120; 220) that is at least 2% of an inscribed circular opening area occupied by the inscribed circular opening; a sum of all of the extension areas occupied by the plurality of extension openings (158; 258) is no more than 30% of the inscribed circular opening area; and a maximum dimension (Lmax) across each top opening of the plurality of top openings is 15 millimeters or less.
A method of disconnecting a fuse portion of a liquid-discharging head including print elements including a first print element and a second print element, a first covering portion that covers the first print element, a second covering portion that covers the second print element, an insulation layer that is disposed between the first print element and the first covering portion and that is disposed between the second print element and the second covering portion, a common wire that is electrically connected to the first covering portion and the second covering portion, a first fuse portion that electrically connects the first covering portion and the common wire, and a second fuse portion that electrically connects the second covering portion and the common wire, the method comprising: disconnecting the first fuse portion in a manner in which an electric potential difference between both ends of the first fuse portion is increased to more than the electric potential difference that is generated by an electric potential applied to drive the print elements in a state where the first print element and the first covering portion are electrically connected to each other.
A steering column, preferably intended for the adjustment in stepless adjustment of the angular position of a steering wheel, in a heavy commercial vehicle such as a truck, comprising a steering column in several parts and with an upper rotational joint, a slide bracket arranged in the driver's cabin of the vehicle, and a strut mounted between the slide bracket and the upper rotational joint with the aid of which the tilt angle (α) of the steering wheel can be adjusted and locked by friction, wherein - the strut with its outer end is arranged jointed at the upper steering column, preferably close to its rotational joint, - the strut is arranged such that it can be displaced in the slide bracket, - shaped means (24, 25) are arranged to interact with each other and to mechanically lock the strut in its position relative to the slide bracket, and in this way also the preset angular position (α) of the steering wheel, when the mechanical load on the steering wheel and the strut exceeds a predetermined limiting value, characterised in that the shaped means (24, 25) are constituted by toothed profiles or cogs. - the strut with its outer end is arranged jointed at the upper steering column, preferably close to its rotational joint, - the strut is arranged such that it can be displaced in the slide bracket, - shaped means (24, 25) are arranged to interact with each other and to mechanically lock the strut in its position relative to the slide bracket, and in this way also the preset angular position (α) of the steering wheel, when the mechanical load on the steering wheel and the strut exceeds a predetermined limiting value,
A method of forming a shoulder profile in an aluminum can constructed of a series 3000 aluminum alloy, comprising processing said can with at least thirty different necking dies, characterized in that said processing comprises: die necking the can with a first necking die having an angle of 0 0 30'0" at the back of said first die; and die necking the can with a second necking die having an angle of 3 0 at the back of said second die. die necking the can with a first necking die having an angle of 0 0 30'0" at the back of said first die; and die necking the can with a second necking die having an angle of 3 0 at the back of said second die.
A lithium secondary battery which comprises: an electrode assembly including a positive electrode, a negative electrode and a separator interposed between the positive electrode and the negative electrode; an electrolyte including a lithium salt and an organic solvent; and a battery casing receiving the electrode assembly and the electrolyte, characterized in that the positive electrode has a loading amount of 3.5 mAh/cm 2 or more, the separator has an air permeability of 300-1200 sec/100 mL, and the electrolyte has a lithium ion conductivity of 11-20 mS/cm and a viscosity of 1.0-4.0 cP at 25°C, the air permeability being determined by measuring the time required for 100 mL (or 100 cc) of air to pass through 1 cm 2 of the separator at room temperature under a pressure of 0.05 MPa, and the lithium ion conductivity being determined by using a conductivity measuring instrument.
A composition comprising the following components: a) monoammonium phosphate; b) boric acid; c) glycerin; d) carboxymethyl cellulose; and e) potassium sorbate. a) monoammonium phosphate; b) boric acid; c) glycerin; d) carboxymethyl cellulose; and e) potassium sorbate.
Valve for measuring out a flowing, for example liquid or gaseous medium, in particular fuel injection valve for internal combustion engines, with a valve housing, with an actuator accommodating the valve housing and acting upon a valve member, with an electrical junction plug accessible on the outside of the valve housing and with an electrical supply line which makes an electrical connection from the junction plug to the actuator and which has two supply-line strands (15, 16), each with a flexible strand portion, each supply-line strand (15, 16) consisting of an electrical conductor (34, 35) which is provided with a plastic sheathing (32, 33) and which has a front and rear, in each case elongate conductor portion (341, 351 and 342, 352) and a middle conductor portion (343, 353) which lies between them and which has at least one meander-shaped curvature to implement the flexible strand portion, characterized in that a plastic bridge member, which, in the region of the middle conductor portions (343, 353) of the two conductors (34, 35), is in one piece with their plastic sheathings (32, 33), connects the two supply-line strands (15, 16) to form a twist-resistant supply-line module.
A rotor for use in a gas turbine engine comprising: a plurality of rotor slots, each of said rotor slots receiving a blade, said blades having an airfoil extending radially outwardly of a dovetail, with the dovetail received within the rotor slot; and a spacer (100;300) positioned radially between a radially inner wall of said dovetail and a radially outer wall of said slot, with said spacer (100;300) being formed with a removal slot (102;312), wherein said removal slot (102;312) has an axially extending portion extending from an outer surface of said spacer (100;300) to a circumferentially extending ear spaced inwardly from said outer surface, said spacer (100;300) extends axially for a first distance (d 1) between axial end surfaces (201,211), said axially extending portion extends axially for a second distance (d 2) away from an outer one of said axial end surfaces (201,211), and said circumferentially extending ear extends circumferentially for a third distance (d 3) from said axially extending portion; characterised in that a ratio of said first distance (d 1) to said second distance (d 2) being between 15:1 and 40:1 and a ratio of said second distance (d 2) to said third distance (d 3) being between 0.4:1 and 0.8:1. a plurality of rotor slots, each of said rotor slots receiving a blade, said blades having an airfoil extending radially outwardly of a dovetail, with the dovetail received within the rotor slot; and a spacer (100;300) positioned radially between a radially inner wall of said dovetail and a radially outer wall of said slot, with said spacer (100;300) being formed with a removal slot (102;312), wherein said removal slot (102;312) has an axially extending portion extending from an outer surface of said spacer (100;300) to a circumferentially extending ear spaced inwardly from said outer surface, said spacer (100;300) extends axially for a first distance (d 1) between axial end surfaces (201,211), said axially extending portion extends axially for a second distance (d 2) away from an outer one of said axial end surfaces (201,211), and said circumferentially extending ear extends circumferentially for a third distance (d 3) from said axially extending portion;
A call origination method using a short key in a mobile communication terminal, the method comprising: determining, if a communication key for performing communication is subsequently input after a number key is input, whether a phone number corresponding to the number key exists within a short key database included in the mobile communication terminal, wherein said short key database is used for storing user-setup correspondences between number keys and phone numbers stored in a phone book within the mobile communication terminal; originating a call to the phone number corresponding to the number key (330; 440) when the phone number exists in said short key database (325-YES; 430); and originating, when the phone number does not exist in said short key database, a call to another phone number stored in an address of the phone book, said address corresponding to the number key (335; 450), wherein the address of the phone number stored in the phone book represents an order sequentially set in the phone book when the user inputs the phone numbers. determining, if a communication key for performing communication is subsequently input after a number key is input, whether a phone number corresponding to the number key exists within a short key database included in the mobile communication terminal, wherein said short key database is used for storing user-setup correspondences between number keys and phone numbers stored in a phone book within the mobile communication terminal; originating a call to the phone number corresponding to the number key (330; 440) when the phone number exists in said short key database (325-YES; 430); and originating, when the phone number does not exist in said short key database, a call to another phone number stored in an address of the phone book, said address corresponding to the number key (335; 450), wherein the address of the phone number stored in the phone book represents an order sequentially set in the phone book when the user inputs the phone numbers.
A rat comprising cells having a genome that is lacking an entire E3 ubiquitin ligase ( Ube3a) gene, wherein the rat exhibits one or more physiological and/or behavioral features associated with Angelman Syndrome.
A method for sharing a license resource between multiple Virtual Network Functions, VNF, with the method being applied to a license orchestrator, wherein the method comprises: grouping a plurality of VNF instances sharing the license resource into a VNF group; and performing at least one of: allocating and reallocating the license resource shared by the VNF group between the plurality of VNF instances in the VNF group; wherein the method further comprises: monitoring a current capacity of the each of the plurality of VNF instances in the VNF group, wherein the reallocating the license resource shared by the VNF group between the plurality of VNF instances in the VNF group comprises: allocating, if the current capacity of one of the VNF instances in the VNF group reaches an upper limit limited by the license resource thereof, a new license resource for the one of the VNF instances, wherein a new added part of the new license resource with respect to an original license resource is obtained from at least one of: an idle resource of the license resource shared by the VNF group, an idle part of a license resource of other VNF instances in the VNF group, and a new purchased license resource. grouping a plurality of VNF instances sharing the license resource into a VNF group; and performing at least one of: allocating and reallocating the license resource shared by the VNF group between the plurality of VNF instances in the VNF group; wherein the method further comprises: monitoring a current capacity of the each of the plurality of VNF instances in the VNF group, wherein the reallocating the license resource shared by the VNF group between the plurality of VNF instances in the VNF group comprises: allocating, if the current capacity of one of the VNF instances in the VNF group reaches an upper limit limited by the license resource thereof, a new license resource for the one of the VNF instances, monitoring a current capacity of the each of the plurality of VNF instances in the VNF group, wherein the reallocating the license resource shared by the VNF group between the plurality of VNF instances in the VNF group comprises: allocating, if the current capacity of one of the VNF instances in the VNF group reaches an upper limit limited by the license resource thereof, a new license resource for the one of the VNF instances, wherein a new added part of the new license resource with respect to an original license resource is obtained from at least one of: an idle resource of the license resource shared by the VNF group, an idle part of a license resource of other VNF instances in the VNF group, and a new purchased license resource.