mhurhangee/ep-ind-claims huggingface dataset:
Computer-based system for managing operating-room related tasks in a hospital, including - a control unit operating a process control bus for controlling at least one operating-room related process in a hospital, - the control unit being connectable in a modular manner to a multiplicity of modules, each for controlling at least one task in an operating-room related process in a hospital, and - at least one of the multiplicity of modules connected to the control unit, further including an instrument management module for automatic tracking and management of surgical instruments and/or devices and a multi-resource localisation module for locating and/or tracking of staff, patients, devices, and/or beds, and a resource steering system for adapting the workflows into and out of an operating room unit, characterizing in that alerting in case of deviation from a path to a scheduled OR. - a control unit operating a process control bus for controlling at least one operating-room related process in a hospital, - the control unit being connectable in a modular manner to a multiplicity of modules, each for controlling at least one task in an operating-room related process in a hospital, and - at least one of the multiplicity of modules connected to the control unit,
A pyrrolo[2,1- c][1,4]benzodiazepine hybrid of general formula A, wherein R = X = O, S, NMe, C or N; R 1 = H or OBn; R 2 = H, COOEt or morpholine; n = 1-3.
A portable alarm device, comprising: a portable enclosure configured to be physically associated with an article of property; a wireless communication system disposed in the portable enclosure and configured to receive a periodic radio signal from a base station, wherein the wireless communication system is further configured to receive a radio arming/disarming command transmitted periodically by the base station, the radio arming/disarming command indicating whether the portable alarm device is armed or disarmed; a processor disposed in the enclosure and in communication with the wireless communication system and wherein the processor is configured to measure a strength of the radio signal received from the base station; and a tracking device in said enclosure, wherein the processor is configured to initiate an alert and turn the tracking device from an off state to an on state when the strength of the radio signal indicates that the portable enclosure is beyond a predetermined distance from the base station and the radio arming/disarming command indicates that the portable alarm device is armed. a portable enclosure configured to be physically associated with an article of property; a wireless communication system disposed in the portable enclosure and configured to receive a periodic radio signal from a base station, wherein the wireless communication system is further configured to receive a radio arming/disarming command transmitted periodically by the base station, the radio arming/disarming command indicating whether the portable alarm device is armed or disarmed; a processor disposed in the enclosure and in communication with the wireless communication system and wherein the processor is configured to measure a strength of the radio signal received from the base station; and a tracking device in said enclosure, wherein the processor is configured to initiate an alert and turn the tracking device from an off state to an on state when the strength of the radio signal indicates that the portable enclosure is beyond a predetermined distance from the base station and the radio arming/disarming command indicates that the portable alarm device is armed.
A filtration system for a gas powered concrete saw, comprising: a filter support structure; a filter mounted to said filter support structure; and means for indicating a cleanliness level of said filter; wherein said filter support structure includes a base for supporting said filter, characterized in that said base being supported by at least one force sensor (50; 70), said force sensor (50; 70) being connected to an indicator (52; 72) which electronically indicates a cleanliness state of said filter corresponding to different force levels on said force sensor (50; 70) a filter support structure; a filter mounted to said filter support structure; and means for indicating a cleanliness level of said filter;
A cable tie tensioning and cut-off tool including: a housing having a grip portion, a barrel portion, and a trigger located forwardly of the grip portion and under the barrel portion; and a reciprocating tension mechanism (28A, 28B) located in the barrel portion, the tension mechanism including a gripping mechanism having a pawl, characterized in that the gripping mechanism further comprises a pawl shroud, the pawl cooperating with the pawl shroud and the pawl shroud including at least one surface having a texture pattern (206, 206A, 208, 210, 212, 218), the texture pattern having a high coefficient of friction. a housing having a grip portion, a barrel portion, and a trigger located forwardly of the grip portion and under the barrel portion; and a reciprocating tension mechanism (28A, 28B) located in the barrel portion, the tension mechanism including a gripping mechanism having a pawl,
Method for combining single images that have been recorded from different positions by a camera system to form a common image, comprising: - providing a first projection area (G') having a first geometric shape and a second projection area having a second geometric shape, wherein each point (P' 0 -P' 7) of the first projection area (G') has associated with it a point (P 0 -P 7) on the second projection area, wherein the first projection area (G') and the second projection area are geometric constructs in a virtual three-dimensional space, - acquiring position information describing an arrangement of objects shown in the single images in relation to the camera system, - reshaping the first geometric shape of the first projection area (G') on the basis of the acquired position information, - assigning texture information of the single images to area regions of the reshaped first projection area (G'), - transferring the texture information from the points (P' 0 -P' 7) of the first projection area (G') to the correspondingly associated points (P 0 -P 7) of the second projection area, with the second projection area not being geometrically altered, and - generating the common image from a view of the second projection area. - providing a first projection area (G') having a first geometric shape and a second projection area having a second geometric shape, wherein each point (P' 0 -P' 7) of the first projection area (G') has associated with it a point (P 0 -P 7) on the second projection area, wherein the first projection area (G') and the second projection area are geometric constructs in a virtual three-dimensional space, - acquiring position information describing an arrangement of objects shown in the single images in relation to the camera system, - reshaping the first geometric shape of the first projection area (G') on the basis of the acquired position information, - assigning texture information of the single images to area regions of the reshaped first projection area (G'), - transferring the texture information from the points (P' 0 -P' 7) of the first projection area (G') to the correspondingly associated points (P 0 -P 7) of the second projection area, with the second projection area not being geometrically altered, and - generating the common image from a view of the second projection area.
An adhesive closure part comprising a backing part and closure parts (20, 20a-20i) of at least one type that are arranged in an upright manner on said backing part, and that in each instance has a head part (14a-14i, 14'-14"') that has on its free end face at least one contact surface (22a-22i, 22'-22"') for adhering to another component by means of an adhesive force in such a way that the contact surface can be detached again, the edge of at least one of the head parts (14a-14i, 14'-14"') having, connected thereto, at least one connecting section (16a-16i, 16'-16"') which projects beyond the edge of said head part (14a-14i, 14'-14"') in at least one direction (30, 36) in such a way that the result is a change in the size of the contact surface (22a-22i, 22'-22"') for the corresponding head part (14a-14i, 14'-14"'), characterised in that a number of, at least two, connecting sections (16a-16i, 16'-16"') are formed at regular intervals on the respective head part (14a-14i, 14'14"').
A side airbag apparatus (20,200) attached to a seat frame of a vehicle seat, the side airbag apparatus (20,200) comprising: an airbag; an inflator (32,320) for supplying, to the airbag, gas for expansion and deployment and a support plate (36,360) having a reaction force surface (40,400) for receiving the deployment force of this airbag upon expanding and deploying the airbag, with the inflator (32,320) fixed to the support plate (36,360) is provided; characterized in that a variable mechanism (50,500) configured to attach the support plate (36,360) to the seat frame such that the angle of the reaction force surface (40,400) is variable with respect to the seat frame, wherein the variable mechanism (50,500) includes: a rotation holding part for rotatably supporting a first end of the support plate (36,360) on the seat frame; and an actuator (54,140) for applying force to a portion different from the first end in a portion of the support plate (36,360) so as to rotate the support plate (36,360) about the rotation holding part. an airbag; an inflator (32,320) for supplying, to the airbag, gas for expansion and deployment and a support plate (36,360) having a reaction force surface (40,400) for receiving the deployment force of this airbag upon expanding and deploying the airbag, with the inflator (32,320) fixed to the support plate (36,360) is provided; characterized in that a variable mechanism (50,500) configured to attach the support plate (36,360) to the seat frame such that the angle of the reaction force surface (40,400) is variable with respect to the seat frame, a rotation holding part for rotatably supporting a first end of the support plate (36,360) on the seat frame; and an actuator (54,140) for applying force to a portion different from the first end in a portion of the support plate (36,360) so as to rotate the support plate (36,360) about the rotation holding part.
A copolymeric material for use in an intraocular lens, wherein the copolymeric material is formed by polymerizing a composition comprising 80 - 99 weight % of one or more hydroxyl functional acrylic monomers of Formula I: wherein R, R', and R" are selected from the group consisting of hydroxyl, R 3, and R 4, and provided that R, R', and R" are all different; X is selected from the group consisting of O, C and S; R 1 is selected from the group consisting of H and C 1 -C 3 alkyl; and R 2 is a saturated C 5 - C 12 alkyl; wherein the copolymeric material has an Abbe number ≥ 45. wherein R, R', and R" are selected from the group consisting of hydroxyl, R 3, and R 4, and provided that R, R', and R" are all different; X is selected from the group consisting of O, C and S; R 1 is selected from the group consisting of H and C 1 -C 3 alkyl; and R 2 is a saturated C 5 - C 12 alkyl; wherein the copolymeric material has an Abbe number ≥ 45.
Method for controlling recharging of the traction battery on a hybrid transmission for a motor vehicle equipped with a heat engine and at least one electrical machine, where the electrical machine is used as the sole motor-driven power source up to a speed threshold beyond which it is possible to couple the heat engine with the wheels, in hybrid modes, so as to run the power supplies from the heat engine and the electrical machine simultaneously with each other, characterized in that, below the speed threshold, the electrical machine ensures only the torque to be transmitted to the wheels whereas the heat engine is ignited so as to provide recharging without contributing to the pull of the vehicle when the driver presses on the accelerator pedal, while the wheels are decoupled from the heat engine and from the electrical machine when the driver does not press on the accelerator pedal, so as to enable recharging of the battery.
A backpack-type power supply comprising: a rechargeable battery configured to supply electrical power to a power tool; a battery accommodating portion accommodating the rechargeable battery; a harness supporting the battery accommodating portion and configured to be worn on a back of a user; a power cable connectable to the power tool via an adapter and being a part of a power supply path through which electrical power from the rechargeable battery is supplied to the power tool, wherein the power cable has a first connector at one end thereof and a second connector at another end thereof, the first connector being detachably connectable to a rechargeable battery side of the power supply path, the second connector being detachably connectable to the adapter, and characterised by comprising a padded part located between the battery accommodating portion and the back of the user, the padded part having a cushioned contact part, the padded part configured to be detachably attached to the battery accommodating portion, the padded part guides the power cable to one side of the users body, such that the user can switch the direction in which the power cable extends without the use of a tool. a rechargeable battery configured to supply electrical power to a power tool; a battery accommodating portion accommodating the rechargeable battery; a harness supporting the battery accommodating portion and configured to be worn on a back of a user; a power cable connectable to the power tool via an adapter and being a part of a power supply path through which electrical power from the rechargeable battery is supplied to the power tool, wherein the power cable has a first connector at one end thereof and a second connector at another end thereof, the first connector being detachably connectable to a rechargeable battery side of the power supply path, the second connector being detachably connectable to the adapter, and characterised by comprising a padded part located between the battery accommodating portion and the back of the user, the padded part having a cushioned contact part, the padded part configured to be detachably attached to the battery accommodating portion, the padded part guides the power cable to one side of the users body, such that the user can switch the direction in which the power cable extends without the use of a tool.
A fibrous, sided nonwoven material comprising a first set of fibers hydraulically needled with a web of a second set of fibers, the first set of fibers containing primarily short fibers having a length of 0.7 mm to 25 mm and the second set of fibers primarily containing one of (a) substantially continuous filaments, and (b) short fibers having an average fiber length at least twice the average fiber length of the first set of fibers, the material having a first surface predominately comprising the first set of fibers and an opposing second surface predominately comprising the second set of fibers, the first surface being reflectively patterned to have a visual and tactile appearance depending on a support pattern on which the patterning is performed.
Locking device, especially for an adjustment fitting and especially for a vehicle seat, the locking device having a locking cam which can be rotated about a first rotational axis and an actuating element which can be rotated about a further rotational axis, it being possible for the locking device to be set into a locking position and into a release position, the actuating element having a toothing system, the locking cam having a corresponding toothing system, the corresponding toothing system meshing with the toothing system, characterized in that the corresponding toothing system has a first opening flank, in that the toothing system has a second opening flank, and in that both the first and the second opening flank (14, 34) are provided in a flattened manner in order to bring about an initially increased opening transmission ratio in comparison with the further course of the toothing systems (4', 10'), in that the corresponding toothing system has a first closing flank, in that the toothing system has a second closing flank, and in that the tooth gap of the toothing system which adjoins the second closing flank is provided in an enlarged manner in comparison with that tooth of the corresponding toothing system which is arranged in the region of the first closing flank and meshes with it, in order to bring about a blocking function.
A surgical instrument configured to fix a clamp to a bone fixation device, the surgical instrument comprising: a housing including a body member extending around a longitudinal axis and a bore extending through the body member along the longitudinal axis; a socket assembly including a socket shaft and a bore extending through the socket shaft, wherein a proximal end of the socket shaft engages the housing; and a manipulating assembly that defines a proximal end and a distal end, wherein the distal end of the manipulating assembly engages the housing; characterized in that the surgical instrument comprises a gripping assembly disposed in the bore of the housing, and a reduction assembly attached to the housing and moveably coupled to the gripping assembly, the socket assembly includes a drive member which receives the clamp, wherein a distal end of the socket assembly contains the drive member, and movement of the reduction assembly causes the gripping assembly to translate within the bore of the housing along the longitudinal axis. a housing including a body member extending around a longitudinal axis and a bore extending through the body member along the longitudinal axis; a socket assembly including a socket shaft and a bore extending through the socket shaft, wherein a proximal end of the socket shaft engages the housing; and a manipulating assembly that defines a proximal end and a distal end, wherein the distal end of the manipulating assembly engages the housing; characterized in that the surgical instrument comprises a gripping assembly disposed in the bore of the housing, and a reduction assembly attached to the housing and moveably coupled to the gripping assembly, the socket assembly includes a drive member which receives the clamp, wherein a distal end of the socket assembly contains the drive member, and movement of the reduction assembly causes the gripping assembly to translate within the bore of the housing along the longitudinal axis.
System for the hot-pressing of metal articles, especially in brass or aluminium, comprising: - a hot-pressing machine having a casing; a die-holder slide borne by said casing and able to support an upper die; an operating actuator able to move said slide along a vertical axis between a raised inactive position and a lowered position in which the upper die can be closed on a lower die of an equipment; punch control actuators to move punches in a direction perpendicular to the movement axis of the die-holder slide between a rearward inactive position and a forward position in which holes can be made in the article to be pressed, wherein said punch control actuators can be operated independently of the movement of the die-holder slide; and, at the base of the casing, a support bench; - an equipment, having a lower die, needed to perform pressing of the articles, characterised in that: - the support bench extends horizontally also outside the casing, from opposite sides of it, so as to define a workstation inside the casing, able to receive said equipment for performing pressing, and two standby stations (B,C), outside the casing; - said equipment comprises said punches and punch-holder carriages, the punches being mounted on respective of said punch-holder carriages; - in said workstation, each punch holder carriage of the equipment is connectable to the punch control actuators of the machine. - a hot-pressing machine having a casing; a die-holder slide borne by said casing and able to support an upper die; an operating actuator able to move said slide along a vertical axis between a raised inactive position and a lowered position in which the upper die can be closed on a lower die of an equipment; punch control actuators to move punches in a direction perpendicular to the movement axis of the die-holder slide between a rearward inactive position and a forward position in which holes can be made in the article to be pressed, wherein said punch control actuators can be operated independently of the movement of the die-holder slide; and, at the base of the casing, a support bench; - an equipment, having a lower die, needed to perform pressing of the articles, - the support bench extends horizontally also outside the casing, from opposite sides of it, so as to define a workstation inside the casing, able to receive said equipment for performing pressing, and two standby stations (B,C), outside the casing; - said equipment comprises said punches and punch-holder carriages, the punches being mounted on respective of said punch-holder carriages; - in said workstation, each punch holder carriage of the equipment is connectable to the punch control actuators of the machine.
A method comprising: receiving, at a supervisory device in a network, traffic data from a security device that uses traffic signatures to assess traffic in the network; receiving, at the supervisory device, traffic data from one or more distributed learning agents that use machine learning-based anomaly detection to assess traffic in the network; training, by the supervisory device, a traffic classifier using the received traffic data from the security device and from the one or more distributed learning agents; and deploying, by the supervisory device, the traffic classifier to a selected one of the one or more distributed learning agents. receiving, at a supervisory device in a network, traffic data from a security device that uses traffic signatures to assess traffic in the network; receiving, at the supervisory device, traffic data from one or more distributed learning agents that use machine learning-based anomaly detection to assess traffic in the network; training, by the supervisory device, a traffic classifier using the received traffic data from the security device and from the one or more distributed learning agents; and deploying, by the supervisory device, the traffic classifier to a selected one of the one or more distributed learning agents.
A water sprinkle pipe for a downflow type ice making machine, comprising: a pipe body (24, 54, 62, 72, 86) that is arranged to extend above an ice making section and communicates with a discharge opening of a pump and through which ice making water discharged from the discharge opening of the pump flows; and a plurality of water spray holes provided on a lower surface of the pipe body (24, 54, 62, 72, 86) and placed to be apart from each other in an extending direction of the pipe body (24, 54, 62, 72, 86), the water sprinkle pipe being configured to supply the ice making water sucked by the pump and flowing through the pipe body (24, 54, 62, 72, 86) to the ice making section through the water spray holes, and a regulation portion that protrudes from an inner surface of the pipe body (24, 54, 62, 72, 86) to locally narrow a flow region for the ice making water is provided on the upstream side of the upstream-most water spray hole in the pipe body (24, 54, 62, 72, 86), wherein said regulation portion is formed by making a dent having a predetermined depth in the upper surface of the pipe body (24, 54, 62, 72, 86), and wherein the regulation portion includes a bottom surface that is one level lower than the upper surface of the pipe body (24, 54, 62, 72, 86) and parallel to a flowing direction of the ice making water, characterized in that one or more second regulation portions (42, 52, 64, 74) that protrude from the inner surface of the pipe body (24, 54, 62, 72) to locally narrow the flow region for the ice making water are provided on the downstream side of the regulation portion in the pipe body (24, 54, 62, 72).