mhurhangee/ep-ind-claims huggingface dataset:
A surgical microscope stand, comprising: - a first carriage arranged on a first support arm and drivable by a first drive unit; a second support arm arranged on the first carriage; and - a second carriage arranged on the second support arm and drivable by a second drive unit; - an operating area within which at least one operating unit is arranged for manual control of the first and second drive units, - wherein a position sensor for determining the position in space is arranged on at least one of the carriages (16, 18, 20), characterized by a control unit, in which for at least one carriage (16, 18, 20) a predetermined permissible adjustment range relative to a zero position is stored in a control unit of the stand, wherein by actuation of the operating unit, it is possible to move this carriage (16, 18, 20) only within this adjustment range, - the control unit compares the position determined with the aid of the position sensor with the predetermined permissible adjustment range and, depending on the result of this comparison, enables adjustment of the corresponding carriage (16, 18, 20), and - the operating unit displays information on whether it is permissible to move the carriages (16 to 20) in the respective directions (P1, P2, P3). - a first carriage arranged on a first support arm and drivable by a first drive unit; a second support arm arranged on the first carriage; and - a second carriage arranged on the second support arm and drivable by a second drive unit; - an operating area within which at least one operating unit is arranged for manual control of the first and second drive units, - wherein a position sensor for determining the position in space is arranged on at least one of the carriages (16, 18, 20), - the control unit compares the position determined with the aid of the position sensor with the predetermined permissible adjustment range and, depending on the result of this comparison, enables adjustment of the corresponding carriage (16, 18, 20), and - the operating unit displays information on whether it is permissible to move the carriages (16 to 20) in the respective directions (P1, P2, P3).
A camera surround view system for a vehicle having at least one vehicle camera, which provides camera images which are processed by a data processing unit in order to produce a live video image stream which is displayed on a display unit, wherein the camera surround view system loads local cloud information data regarding an object shown in the live video image stream from a data network and displays the received local cloud information data as an overlay in the displayed live video image stream, wherein a selected object of interest is selected by a driver of the vehicle or a passenger located in the vehicle by means of a user interface, wherein the camera surround view system calculates a pointer from camera coordinates of the selected object, which is in the live video image stream, to GPS coordinates of the selected object and sends a request via the wireless connection, in order to receive the cloud information data associated with the object from a database of the data network, and wherein the local cloud information is downloaded over a wireless interface and a gateway, wherein the gateway is connected via a data bus to the data processing unit and to a further vehicle bus having a GPS unit of the vehicle, and wherein the downloaded cloud information is temporarily stored in a data memory.
An orthopaedic surgical instrument system, comprising: a first broach including (i) a first end configured to be separately secured to a handle and (ii) a tapered body extending distally from a second end positioned opposite the first end, the tapered body having a plurality of cutting teeth defined therein, and a second broach including (i) a first end configured to be separately secured to the handle in place of the first broach, (ii) a first tapered body extending distally from a second end positioned opposite the first end, the first tapered body having a plurality of cutting teeth defined therein, and (iii) a second tapered body extending distally from the first tapered body, the second tapered body having a plurality of cutting teeth defined therein, characterised in that the tapered body of the first broach and the first tapered body of the second broach have a first outer geometry and the second tapered body has a second outer geometry different from the first outer geometry. a first broach including (i) a first end configured to be separately secured to a handle and (ii) a tapered body extending distally from a second end positioned opposite the first end, the tapered body having a plurality of cutting teeth defined therein, and a second broach including (i) a first end configured to be separately secured to the handle in place of the first broach, (ii) a first tapered body extending distally from a second end positioned opposite the first end, the first tapered body having a plurality of cutting teeth defined therein, and (iii) a second tapered body extending distally from the first tapered body, the second tapered body having a plurality of cutting teeth defined therein,
A compound of the formula: or a salt thereof, wherein q is 1; r is 1 or 2; s is 0 or 1 where the total of r and s is 1 or 2; Q is an azetidine ring linked to the adjacent six-membered ring by the nitrogen atom of the azetidine ring; R 1 is selected from hydrogen; methyl; ethyl; fluorine; oxo and COOMe; R 2' and R 2" are independently selected from hydrogen; fluorine and a C 1-6 non-aromatic hydrocarbon group R 3 is hydrogen; R 4 is hydrogen or a C 1-6 non-aromatic hydrocarbon group which is optionally substituted with one to six fluorine atoms; and the dotted line indicates a single bond. or a salt thereof, wherein q is 1; r is 1 or 2; s is 0 or 1 where the total of r and s is 1 or 2; Q is an azetidine ring linked to the adjacent six-membered ring by the nitrogen atom of the azetidine ring; R 1 is selected from hydrogen; methyl; ethyl; fluorine; oxo and COOMe; R 2' and R 2" are independently selected from hydrogen; fluorine and a C 1-6 non-aromatic hydrocarbon group R 3 is hydrogen; R 4 is hydrogen or a C 1-6 non-aromatic hydrocarbon group which is optionally substituted with one to six fluorine atoms; and the dotted line indicates a single bond.
A system to deliver energy to treat a mobile calculus, the system comprising: a drill configured to drill a recess into the mobile calculus or a passage through the mobile calculus; and an energy emitter configured to be advanced into the recess or the passage and to transmit energy internal to the mobile calculus to fragment the mobile calculus, wherein at least a portion of the drill is located at a distal end portion of a delivery member having an elongate shaft that is deliverable to a treatment site through a working channel, and wherein the energy emitter and the drill are coupled to the elongate shaft with the energy emitter located proximal of the drill. a drill configured to drill a recess into the mobile calculus or a passage through the mobile calculus; and an energy emitter configured to be advanced into the recess or the passage and to transmit energy internal to the mobile calculus to fragment the mobile calculus, wherein at least a portion of the drill is located at a distal end portion of a delivery member having an elongate shaft that is deliverable to a treatment site through a working channel, and wherein the energy emitter and the drill are coupled to the elongate shaft with the energy emitter located proximal of the drill.
A hydraulic actuator comprising: a first, fixed portion configured to be fixed in position with respect to an apparatus to which the actuator is attachable; a second portion movable relative to the first portion, and comprising a hydraulic actuating device for actuating a component; and an intermediate member configured to interconnect the first portion with the second portion and permit movement of the second portion relative to the first portion, wherein the hydraulic actuating device comprises a piston connected to an actuating arm that is itself connected to an actuating member, such that movement of the piston causes actuation of the actuating member for actuating a component operatively connectable thereto, wherein the second portion comprises a cavity within which the piston moves, and the piston and cavity define one or more chambers (44, 46) of varying volume depending on the position of the piston within the cavity, characterised by the hydraulic actuator further comprising a servovalve located on the second portion and configured to supply hydraulic fluid to the one or more chambers (44, 46) for moving the piston within the cavity and actuating the component connectable to the actuating member and by the intermediate member being further configured to convey hydraulic fluid to the servovalve through a body of the intermediate member. a first, fixed portion configured to be fixed in position with respect to an apparatus to which the actuator is attachable; a second portion movable relative to the first portion, and comprising a hydraulic actuating device for actuating a component; and an intermediate member configured to interconnect the first portion with the second portion and permit movement of the second portion relative to the first portion, wherein the hydraulic actuating device comprises a piston connected to an actuating arm that is itself connected to an actuating member, such that movement of the piston causes actuation of the actuating member for actuating a component operatively connectable thereto, wherein the second portion comprises a cavity within which the piston moves, and the piston and cavity define one or more chambers (44, 46) of varying volume depending on the position of the piston within the cavity, characterised by the hydraulic actuator further comprising a servovalve located on the second portion and configured to supply hydraulic fluid to the one or more chambers (44, 46) for moving the piston within the cavity and actuating the component connectable to the actuating member and by the intermediate member being further configured to convey hydraulic fluid to the servovalve through a body of the intermediate member.
Adjusting device for adjusting the flow rate of a medical fluid delivery system, comprising a selector wheel for selecting one of a plurality of possible flow rates, a setting disc, which is connected to the selector wheel, for adjusting the selected flow rate, and a catch nose which interacts with the outer periphery of the setting disc, wherein the setting disc is formed so as to be star-shaped by zigzag lines (18, 20) along its outer periphery, wherein the zigzag lines (18, 20) are straight lines and disposed relative to one another at an angle between 10° and 155°, wherein adjacent zigzag lines (18, 20) form alternating peaks and troughs, wherein the setting disc is co-rotationally coupled to the selector wheel, wherein the catch nose is mounted counter to the force of a bending spring in such a manner that an engagement of the catch nose in a trough causes a stable, and an engagement of the catch nose with the peak causes an unstable, position of the setting disc, and wherein the catch nose is formed as a triangular tip of the bending spring, characterized in that a tip angle of the triangular tip is smaller than the angle of the zigzag lines (18, 20).
A release liner comprising: a carrier substrate; a thermoplastic polymer layer applied on one side of the carrier substrate; and a release layer applied on the thermoplastic polymer layer on the side opposite to the carrier substrate; wherein the thermoplastic polymer layer and the release layer include a network of ridges which result in elevations of the surface of the release liner on the side of the release layer; wherein the surface on the side of the release layer has a roughness at least between the ridges, such that it has a plurality of pits (1, 2, 3), and characterized in that the average number of pits (1, 2, 3) per an area of 3.4 mm 2 of the plan view of the release liner surface is at least 50 as determined with a confocal 3D laser scanning microscope at a magnification of 100, wherein only pits (1, 2, 3) are counted, which extend at least to a level of 10.0 um above the deepest point of the deepest pit within said area of 3.4 mm 2, and with the proviso that pits having a joint cross-sectional area in the plan view of the release liner surface at the level of 10.0 um above the deepest point of the deepest pit are counted as a single pit. a carrier substrate; a thermoplastic polymer layer applied on one side of the carrier substrate; and a release layer applied on the thermoplastic polymer layer on the side opposite to the carrier substrate; wherein the thermoplastic polymer layer and the release layer include a network of ridges which result in elevations of the surface of the release liner on the side of the release layer; wherein the surface on the side of the release layer has a roughness at least between the ridges, such that it has a plurality of pits (1, 2, 3), and characterized in that the average number of pits (1, 2, 3) per an area of 3.4 mm 2 of the plan view of the release liner surface is at least 50 as determined with a confocal 3D laser scanning microscope at a magnification of 100, wherein only pits (1, 2, 3) are counted, which extend at least to a level of 10.0 um above the deepest point of the deepest pit within said area of 3.4 mm 2, and with the proviso that pits having a joint cross-sectional area in the plan view of the release liner surface at the level of 10.0 um above the deepest point of the deepest pit are counted as a single pit.
A spark optical emission spectrometer comprising: a spark source for causing spark induced emission of light from a sample, the spark source comprising an electrode mounted opposite from a surface of the sample; a single entrance slit; a toroidal mirror for directing the light through the single entrance slit; a plurality of diffraction gratings (10,12) for diffracting light that has been directed through the entrance slit by the mirror, whereby the plurality of diffraction gratings are simultaneously illuminated; and at least one array detector for detecting the diffracted light from the plurality of diffraction gratings, wherein the centres of the spark source, the mirror and the entrance slit lie in a horizontal plane and the diffraction gratings (10,12) are mounted vertically with respect to each other, wherein vertical means perpendicular to the horizontal plane, wherein the electrode and the sample are also mounted vertically such that a line between the electrode and the sample is perpendicular to the horizontal plane, and wherein the mirror has a horizontal focal point (f h) downstream of the entrance slit and has a vertical focal point (f v) upstream of the entrance slit such that the mirror is for directing the light through the entrance slit such that light from different regions in the spark source is spatially separated in an image of the light at the gratings whereby a first diffraction grating is preferentially illuminated compared to a second grating with light from a first region of the spark source and simultaneously the second diffraction grating is preferentially illuminated compared to the first grating with light from a second region of the spark source.
A method of delivering content over a push-to-talk wireless network, comprising: receiving a voice transmission from a user, the voice transmission originating as a push-to-talk transmission; performing a voice-to-text translation of the voice transmission to product a data request, wherein the voice transmission includes information identifying a target application; determining the target application from the contents of the data request corresponding to the voice transmission; delivering a message, corresponding to the data request, to the target application; receiving an application response, corresponding to the data request, from the target application; and transmitting a response message, corresponding to the application response, to be delivered to the user as a push-to-talk transmission. receiving a voice transmission from a user, the voice transmission originating as a push-to-talk transmission; performing a voice-to-text translation of the voice transmission to product a data request, wherein the voice transmission includes information identifying a target application; determining the target application from the contents of the data request corresponding to the voice transmission; delivering a message, corresponding to the data request, to the target application; receiving an application response, corresponding to the data request, from the target application; and transmitting a response message, corresponding to the application response, to be delivered to the user as a push-to-talk transmission.
A method for implementing resource attribute notification, characterized by comprising: receiving, by a local common service entity, CSE, a resource update request from an application entity, AE, wherein the resource update request contains an original resource address parameter and a parameter of an attribute able to be notified; and finding, by the local CSE, a corresponding original resource and an attribute thereof created locally according to the original resource address parameter, and when it is judged by the local CSE that the parameter of an attribute able to be notified contains an attribute name of an attribute able to be notified, and the original resource has been notified to a remote CSE, but the original resource has not been created "an attribute that has been notified", sending, by the local CSE, the resource update request to the remote CSE, carrying a notification resource address corresponding to the original resource on the remote CSE, the attribute name of the attribute able to be notified, and an attribute value stored locally. receiving, by a local common service entity, CSE, a resource update request from an application entity, AE, wherein the resource update request contains an original resource address parameter and a parameter of an attribute able to be notified; and finding, by the local CSE, a corresponding original resource and an attribute thereof created locally according to the original resource address parameter, and when it is judged by the local CSE that the parameter of an attribute able to be notified contains an attribute name of an attribute able to be notified, and the original resource has been notified to a remote CSE, but the original resource has not been created "an attribute that has been notified", sending, by the local CSE, the resource update request to the remote CSE, carrying a notification resource address corresponding to the original resource on the remote CSE, the attribute name of the attribute able to be notified, and an attribute value stored locally.
An information processing method, implemented by a terminal device, comprising: receiving, by a terminal device, a handover, HO, command for configuring the terminal device to perform handover during which connections with a source network device and a target network device are both maintained; and accessing, by the terminal device, the target network device based on the HO command, and maintaining reception and transmission of data between the terminal device and the source network device; and the method further comprises: in response to an uplink, UL, of the terminal device being switched to the target network device, not sending, by the terminal device, uplink, UL, control information to the source network device; in response to an UL of the terminal device being not switched to the target network device, keeping sending, by the terminal device, UL control information to the source network device based on a configuration of the source network device for report triggering, characterized in that, after receiving the HO command, deleting or not performing, by the terminal device, only part of the configuration from the source network device for report triggering. receiving, by a terminal device, a handover, HO, command for configuring the terminal device to perform handover during which connections with a source network device and a target network device are both maintained; and accessing, by the terminal device, the target network device based on the HO command, and maintaining reception and transmission of data between the terminal device and the source network device; and the method further comprises: in response to an uplink, UL, of the terminal device being switched to the target network device, not sending, by the terminal device, uplink, UL, control information to the source network device; in response to an UL of the terminal device being not switched to the target network device, keeping sending, by the terminal device, UL control information to the source network device based on a configuration of the source network device for report triggering, characterized in that, after receiving the HO command, deleting or not performing, by the terminal device, only part of the configuration from the source network device for report triggering. in response to an uplink, UL, of the terminal device being switched to the target network device, not sending, by the terminal device, uplink, UL, control information to the source network device; in response to an UL of the terminal device being not switched to the target network device, keeping sending, by the terminal device, UL control information to the source network device based on a configuration of the source network device for report triggering, characterized in that, after receiving the HO command, deleting or not performing, by the terminal device, only part of the configuration from the source network device for report triggering.
A method of employing model-based planning of multi-capacity resources for machine control, comprising: evaluating a model of an ordered listing of allocations of a multi-capacity resource; selecting an insertion point for a new allocation into the ordered listing of allocations of the multi-capacity resource; posting one or more temporal constraints that govern an order of execution of allocations; determining whether execution of the model is feasible after insertion of the new allocation at the selected insertion point; and storing the model for comparison and/or execution if it is feasible, wherein the multi-capacity resource is a multi-capacity color print sheet buffer which buffers printed color sheets as they await further action and allocations are permitted to overlap each other in time, wherein the multi-capacity color print sheet buffer outputs buffered color sheets to be merged with faster printed black and white sheets, the method further comprising comparing a plurality of models, each with a different selected insertion point for the new allocation, and selecting a model for execution based on a level of feasibility relative to other models. evaluating a model of an ordered listing of allocations of a multi-capacity resource; selecting an insertion point for a new allocation into the ordered listing of allocations of the multi-capacity resource; posting one or more temporal constraints that govern an order of execution of allocations; determining whether execution of the model is feasible after insertion of the new allocation at the selected insertion point; and storing the model for comparison and/or execution if it is feasible,