mhurhangee/ep-ind-claims huggingface dataset:
An LED package (30, 100, 150), comprising: an electrically insulating submount having a top surface and bottom surface; a plurality of top electrically and thermally conductive elements (42, 44, 46, 102, 104, 106, 152, 154) that cover at least 70% of said top surface of said submount; an LED on one of said top electrically and thermally conductive elements, an electrical signal applied to said top electrically and thermally conductive elements causing said LED to emit light, said top electrically and thermally conductive elements spreading heat from said LED across a majority of said top surface of said submount; a bottom thermally conductive element (66, 116) directly on said bottom surface not in electrical contact with said top electrically and thermally conductive elements and conducting heat from said submount; a lens formed directly over said LED; and a protective layer extending from an edge of said lens to an edge of said top surface of said submount, said protective layer covering said top surface and said top electrically and thermally conductive elements. an electrically insulating submount having a top surface and bottom surface; a plurality of top electrically and thermally conductive elements (42, 44, 46, 102, 104, 106, 152, 154) that cover at least 70% of said top surface of said submount; an LED on one of said top electrically and thermally conductive elements, an electrical signal applied to said top electrically and thermally conductive elements causing said LED to emit light, said top electrically and thermally conductive elements spreading heat from said LED across a majority of said top surface of said submount; a bottom thermally conductive element (66, 116) directly on said bottom surface not in electrical contact with said top electrically and thermally conductive elements and conducting heat from said submount; a lens formed directly over said LED; and a protective layer extending from an edge of said lens to an edge of said top surface of said submount, said protective layer covering said top surface and said top electrically and thermally conductive elements.
Baking machine comprising a laser arrangement, wherein the laser arrangement is adapted for cleaning one or more baking surfaces of the baking machine, wherein the laser arrangement comprises a laser head, wherein the laser arrangement is designed as modular, removable module, wherein an interface is provided for a connection to the baking machine, wherein the laser arrangement is mechanically and in terms of control coupled to the baking machine, and wherein the baking machine is designed as an automatic baking tong machine, characterized - in that the laser arrangement is provided in an area of the automatic baking tong machine in which the baking tongs are opened at an opening angle, namely in the area of the pre-head, i.e. in the area of the batter application, - and in that the laser arrangement is adapted for cleaning baking tongs with opening angles which correspond approximately to those opening angles at which also the batter is applied during normal operation. - in that the laser arrangement is provided in an area of the automatic baking tong machine in which the baking tongs are opened at an opening angle, namely in the area of the pre-head, i.e. in the area of the batter application, - and in that the laser arrangement is adapted for cleaning baking tongs with opening angles which correspond approximately to those opening angles at which also the batter is applied during normal operation.
An intravascular catheter comprising an elongated shaft and a head (A101, A201, A605, A1303) for ultrasonic transmission, wherein said head comprises: a chassis (A109, A211, A303, A805, A1211) comprising at least three facets, each facet sized to receive a piezoelectric transceiver; a plurality of piezoelectric transceivers (A103, A203, A205, A413, A803, A1203) peripherally mounted onto said facets of said chassis, said transceivers configured to be electrically activated for emitting ultrasound energy suitable for tissue ablation, and for receiving echo signals; wherein each transceiver is positioned to face a different circumferential region of a lumen and wherein said transceivers are configured so that an outwardly facing angle α exists between beams emitted by adjacent transceivers; and a distancing element (A1301, B101, B201, B405, B701, B801, B901, B1005, B1101, B1305, C211, D211, E211) configured for positioning said catheter within the lumen, said distancing element including a slotted cylinder having a plurality of expandable leaflets (A1307, B111, B211, B301, B803/B805, B1011, B1319) with slots (B109, B207, B703) therebetween, said transceivers configured to emit unfocused ultrasound energy suitable for ablating tissue when said transceivers are positioned a distance away from a lumen wall, said expandable leaflets configured to expand to position said catheter configured a large enough distance away from the lumen wall to provide a passageway for blood to flow between a transceiver and the wall to cool the wall. a chassis (A109, A211, A303, A805, A1211) comprising at least three facets, each facet sized to receive a piezoelectric transceiver; a plurality of piezoelectric transceivers (A103, A203, A205, A413, A803, A1203) peripherally mounted onto said facets of said chassis, said transceivers configured to be electrically activated for emitting ultrasound energy suitable for tissue ablation, and for receiving echo signals; wherein each transceiver is positioned to face a different circumferential region of a lumen and wherein said transceivers are configured so that an outwardly facing angle α exists between beams emitted by adjacent transceivers; and a distancing element (A1301, B101, B201, B405, B701, B801, B901, B1005, B1101, B1305, C211, D211, E211) configured for positioning said catheter within the lumen, said distancing element including a slotted cylinder having a plurality of expandable leaflets (A1307, B111, B211, B301, B803/B805, B1011, B1319) with slots (B109, B207, B703) therebetween, said transceivers configured to emit unfocused ultrasound energy suitable for ablating tissue when said transceivers are positioned a distance away from a lumen wall, said expandable leaflets configured to expand to position said catheter configured a large enough distance away from the lumen wall to provide a passageway for blood to flow between a transceiver and the wall to cool the wall.
A vehicle heating and cooling system comprising: a vehicle evaporator coil; a vehicle HVAC user interface; an auxiliary compressor; an auxiliary compressor coil; a vehicle compressor; a vehicle compressor coil; and a control valve array; and a controller connected between the vehicle HVAC user interface and the auxiliary compressor, wherein: the auxiliary compressor and auxiliary compressor coil are connected to the vehicle evaporator coil in an auxiliary mode; and the vehicle compressor and vehicle compressor coil are connected to the vehicle evaporator coil in a vehicle mode. a vehicle evaporator coil; a vehicle HVAC user interface; an auxiliary compressor; an auxiliary compressor coil; a vehicle compressor; a vehicle compressor coil; and a control valve array; and a controller connected between the vehicle HVAC user interface and the auxiliary compressor, the auxiliary compressor and auxiliary compressor coil are connected to the vehicle evaporator coil in an auxiliary mode; and the vehicle compressor and vehicle compressor coil are connected to the vehicle evaporator coil in a vehicle mode.
A riding lawn mower, comprising: a seat for a user to sit thereon; a chassis configured to support the seat; a cutting assembly mounted to the chassis, the cutting assembly comprising a cutting member for cutting grass; a walking assembly configured to drive the riding lawn mower to walk on a plane; an electric motor for driving the walking assembly; a start button; and a steering wheel assembly, comprising a steering wheel operable by the user and a connecting rod configured to connect the steering wheel and the chassis; wherein the steering wheel assembly further comprises: a mounting assembly, connecting the steering wheel and the connecting rod; a control circuit having a first state that permits the motor to start and a second state that prevents the motor from starting; the riding lawn mower being characterized in that it further comprisies: an operating member operable to switch the control circuit into the first state; wherein the operating member is mounted to the steering wheel or the mounting assembly, wherein the operating member is coupled to a switch, and the operating member is operable to actuate the switch,and wherein, when the start button is pressed and the switch is actuated by the operating member, the control circuit is switched into the first state. a seat for a user to sit thereon; a chassis configured to support the seat; a cutting assembly mounted to the chassis, the cutting assembly comprising a cutting member for cutting grass; a walking assembly configured to drive the riding lawn mower to walk on a plane; an electric motor for driving the walking assembly; a start button; and a steering wheel assembly, comprising a steering wheel operable by the user and a connecting rod configured to connect the steering wheel and the chassis; wherein the steering wheel assembly further comprises: a mounting assembly, connecting the steering wheel and the connecting rod; a control circuit having a first state that permits the motor to start and a second state that prevents the motor from starting; a mounting assembly, connecting the steering wheel and the connecting rod; a control circuit having a first state that permits the motor to start and a second state that prevents the motor from starting; an operating member operable to switch the control circuit into the first state; wherein the operating member is mounted to the steering wheel or the mounting assembly, wherein the operating member is coupled to a switch, and the operating member is operable to actuate the switch,and wherein, when the start button is pressed and the switch is actuated by the operating member, the control circuit is switched into the first state.
A switch, in particular a high power switch, with a contact element and a contact surface, along which the contact element can be moved into at least two positions (I, II, III), wherein in a first position of the contact element a first switched state can be achieved, and in a second position of the contact element a second switched state can be achieved, and with a drive for purposes of moving the contact element between the first and second positions, wherein the contact element and the contact surface have magnetic elements, such that in the first and second positions the contact element is reliably seated on the contact surface, whereby at least two stable switched states (21, 22, 23) are practicable with zero current, and wherein a protective circuit is provided in order to dissipate voltage peaks in the event of a changeover between the switched states (21, 22, 23).
A fluorocarbon vector-antigen construct of structure C m F n- -CyH x -(Sp)-R, where m = 3 to 30, n <= 2m +1, y = 0 to 15, x <= 2y, (m + y) = 3 - 30 and Sp is an optional chemical spacer moiety and R is an immunogenic peptide derived from an infectious agent, autologous protein or cancer antigen, wherein said peptide consists of between 7 to 70 amino acids and comprises at least one MHC class I or II, or B cell epitope, and said spacer moiety is selected from the group consisting of polyethylene glycol, lysine or arginine.
An image forming device for forming images on individual sheets of a medium, comprising: a sheet feeder for feeding sheets from a sheet stack into a medium transport system, which medium transport system is configured to transport the individual sheets of the medium along a pathway within the image forming device, the pathway including a measurement section positioned between the sheet feeder and a printing section, such that each sheet fed from the sheet feeder passes through the measurement section before printing on said sheet, wherein the measurement section comprises at least one bend (16; 16') in the pathway; a sensor system configured to determine a passage time that each individual sheet of the medium transported along the pathway takes in passing through the measurement section; and characterised in that the image forming device further comprises a controlling unit configured to control a processing, by the image forming device, of each individual sheet of the medium based on the passage time measured for that individual sheet of the medium, wherein the controlling unit is further configured to compare the determined passage time of each sheet to a medium type parameter of a print job for verifying whether each sheet conforms to the medium type parameter prescribed by the print job. a sheet feeder for feeding sheets from a sheet stack into a medium transport system, which medium transport system is configured to transport the individual sheets of the medium along a pathway within the image forming device, the pathway including a measurement section positioned between the sheet feeder and a printing section, such that each sheet fed from the sheet feeder passes through the measurement section before printing on said sheet, wherein the measurement section comprises at least one bend (16; 16') in the pathway; a sensor system configured to determine a passage time that each individual sheet of the medium transported along the pathway takes in passing through the measurement section; and characterised in that the image forming device further comprises a controlling unit configured to control a processing, by the image forming device, of each individual sheet of the medium based on the passage time measured for that individual sheet of the medium, wherein the controlling unit is further configured to compare the determined passage time of each sheet to a medium type parameter of a print job for verifying whether each sheet conforms to the medium type parameter prescribed by the print job.
A method performed by a wireless device, comprising: receiving, from a first radio network node via a first wireless interface between the first radio network node and the wireless device, first configuration information related to a first type of discovery reference signals, the first radio network node communicating with the wireless device; receiving, from a second radio network node via a second wireless interface between the second radio network node and the wireless device, second configuration information related to a second type of discovery reference signals, the second radio network node being different than the first radio network node and communicating with the wireless device; determining a cell identification delay or measurement delay on the basis of the first configuration information and second configuration information, wherein the cell identification delay or measurement delay is variable; performing at least one first measurement on a discovery reference signal of the first type; performing at least one second measurement on a discovery reference signal of a second type, wherein the at least one second measurement comprises identification of a cell performed within a duration corresponding to the cell identification delay or a measurement performed within a duration corresponding to the measurement delay; and performing one or more operational tasks based on the at least one first measurement and the at least one second measurement. receiving, from a first radio network node via a first wireless interface between the first radio network node and the wireless device, first configuration information related to a first type of discovery reference signals, the first radio network node communicating with the wireless device; receiving, from a second radio network node via a second wireless interface between the second radio network node and the wireless device, second configuration information related to a second type of discovery reference signals, the second radio network node being different than the first radio network node and communicating with the wireless device; determining a cell identification delay or measurement delay on the basis of the first configuration information and second configuration information, wherein the cell identification delay or measurement delay is variable; performing at least one first measurement on a discovery reference signal of the first type; performing at least one second measurement on a discovery reference signal of a second type, wherein the at least one second measurement comprises identification of a cell performed within a duration corresponding to the cell identification delay or a measurement performed within a duration corresponding to the measurement delay; and performing one or more operational tasks based on the at least one first measurement and the at least one second measurement.
A blood pump comprising: a pump housing having a chamber defining a blood-flow lumen with an inlet and an outlet; a rotor within the blood-flow lumen of the chamber of the pump housing, the rotor having an impeller for pumping blood through the blood-flow lumen of the blood pump; a motor including a plurality of magnetic poles carried by the rotor, and a stator including a plurality of electrically conductive coils adjacent to and at least partially surrounding the blood-flow lumen of the pump housing; an over-molded monolithic enclosure covering the stator and encasing the blood-flow lumen, the enclosure and the pump housing cooperatively sealingly enclosing the stator; and the pump housing has an axis and end surfaces transverse to the axis, the end surfaces being separated by a first distance in the direction of the axis, and wherein the enclosure defines a cavity with end surfaces transverse to the axis that abut the end surfaces of the pump housing. a pump housing having a chamber defining a blood-flow lumen with an inlet and an outlet; a rotor within the blood-flow lumen of the chamber of the pump housing, the rotor having an impeller for pumping blood through the blood-flow lumen of the blood pump; a motor including a plurality of magnetic poles carried by the rotor, and a stator including a plurality of electrically conductive coils adjacent to and at least partially surrounding the blood-flow lumen of the pump housing; an over-molded monolithic enclosure covering the stator and encasing the blood-flow lumen, the enclosure and the pump housing cooperatively sealingly enclosing the stator; and the pump housing has an axis and end surfaces transverse to the axis, the end surfaces being separated by a first distance in the direction of the axis, and wherein the enclosure defines a cavity with end surfaces transverse to the axis that abut the end surfaces of the pump housing.
Medical device arranged to be implanted in a human or animal body, comprising a housing, at least one deformable element, a tubular connection providing a fluidic link between the housing and the deformable element to form a fluidic circuit, and at least one sensor capable of measuring or calculating a pressure in the fluidic circuit, the housing and the deformable element being adapted to be implanted in the human or animal body at a distance from each other, the medical device being characterised in that it is configured to detect a position and/or a change in position of at least one part of the said body as a function of a variation in the pressure measured or calculated by the sensor.
Vehicle hydraulic shock absorber comprising: - a reservoir filled with hydraulic fluid and secured to a first fixing member; - a piston slideably mounted in the reservoir in an axial direction; - a shaft extending in the axial direction on a first side with respect to the piston and having a first end secured to the piston and a second end comprising a second fixing member; - a distributor comprising: - a primary orifice opening into the reservoir on a second side of the piston opposite to the first side, the primary orifice being in communication with a first fluid flow circuit; and - a secondary orifice opening into the reservoir on the second side of the piston and in communication with a second fluid flow circuit, the pressure drop across the second flow circuit being greater than the pressure drop across the first flow circuit; - a protuberance projecting on the second side with respect to the piston, the protuberance being separated from the primary orifice over a first part of the stroke of the piston and closing off the primary orifice over a second part of the stroke of the piston, characterized in that the protuberance, which is mounted slideably with respect to the piston, is configured to slide in a cavity formed inside the shaft. - a reservoir filled with hydraulic fluid and secured to a first fixing member; - a piston slideably mounted in the reservoir in an axial direction; - a shaft extending in the axial direction on a first side with respect to the piston and having a first end secured to the piston and a second end comprising a second fixing member; - a distributor comprising: - a primary orifice opening into the reservoir on a second side of the piston opposite to the first side, the primary orifice being in communication with a first fluid flow circuit; and - a secondary orifice opening into the reservoir on the second side of the piston and in communication with a second fluid flow circuit, the pressure drop across the second flow circuit being greater than the pressure drop across the first flow circuit; - a primary orifice opening into the reservoir on a second side of the piston opposite to the first side, the primary orifice being in communication with a first fluid flow circuit; and - a secondary orifice opening into the reservoir on the second side of the piston and in communication with a second fluid flow circuit, the pressure drop across the second flow circuit being greater than the pressure drop across the first flow circuit; - a protuberance projecting on the second side with respect to the piston, the protuberance being separated from the primary orifice over a first part of the stroke of the piston and closing off the primary orifice over a second part of the stroke of the piston,
Evaporation burner, in particular for a vehicle heating device, comprising a combustion chamber housing providing a combustion chamber, with a circumferential wall and a bottom wall, said combustion chamber housing being formed at least partly double-walled in the region of the circumferential wall with an inner wall and an outer wall, combustion air inlet openings being provided in the region of the circumferential wall for inserting combustion air from a space surrounding the combustion chamber housing ring-like into the combustion chamber, characterized by an intermediate space being formed between the inner wall and the outer wall of the circumferential wall and by air inlet connections which extend into openings in the inner wall being formed in the region of the combustion air inlet openings at the outer wall for providing a tight sealing of the intermediate space.