mhurhangee/ep-ind-claims huggingface dataset:
A computer implemented method for use in forming a patient specific femoral stem (100, 150, 550) or sleeve of a femoral component for total hip replacement, the computerized method comprising: obtaining, by one or more processors, three-dimensional data representing a proximal portion of a femur (10, 310, 710, 910) of the patient having centralized cancellous bone (12, 312, 712, 912) and peripheral cortical bone (14, 714, 914); generating, by the one or more processors, three-dimensional data representing an initial implant (50, 350, 750) having an outer surface corresponding to the inner surface of the peripheral cortical bone (14, 714, 914) of the proximal femur of the patient based on the three-dimensional data representing the proximal portion of the femur of the patient; generating, by the one or more processors, data representing an insertion/removal path (30, 300") through the centralized cancellous bone (12, 312, 712, 912) based on the three-dimensional data representing the proximal portion of the femur of the patient; and generating, by the one or more processors, three-dimensional data representing the patient specific femoral stem (100, 150, 550) or sleeve having a modified outer surface allowing for removal and insertion adjacent to the peripheral cortical bone (14, 714, 914) along the insertion/removal path (30, 300") without obstruction by the inner surface of the cortical bone (14, 714, 914) based on the three-dimensional data representing the proximal portion of the femur of the patient and the data representing the insertion/removal path (30, 300"). obtaining, by one or more processors, three-dimensional data representing a proximal portion of a femur (10, 310, 710, 910) of the patient having centralized cancellous bone (12, 312, 712, 912) and peripheral cortical bone (14, 714, 914); generating, by the one or more processors, three-dimensional data representing an initial implant (50, 350, 750) having an outer surface corresponding to the inner surface of the peripheral cortical bone (14, 714, 914) of the proximal femur of the patient based on the three-dimensional data representing the proximal portion of the femur of the patient; generating, by the one or more processors, data representing an insertion/removal path (30, 300") through the centralized cancellous bone (12, 312, 712, 912) based on the three-dimensional data representing the proximal portion of the femur of the patient; and generating, by the one or more processors, three-dimensional data representing the patient specific femoral stem (100, 150, 550) or sleeve having a modified outer surface allowing for removal and insertion adjacent to the peripheral cortical bone (14, 714, 914) along the insertion/removal path (30, 300") without obstruction by the inner surface of the cortical bone (14, 714, 914) based on the three-dimensional data representing the proximal portion of the femur of the patient and the data representing the insertion/removal path (30, 300").
Lowering mechanism for a hand held jacking tool comprising a jacking frame a jacking shaft and a caulking gun jacking mechanism comprising at least one jacking plate biased towards an open state and at least one holding plate, above the jacking plate, being biased towards a gripping state, wherein the lowering mechanism comprises: a lowering plate on top of the holding plate(s) being parallel to the holding plate(s) when not activated, a spring biasing the lowering plate towards the holding plate, a thumb operable pushing lever, a release lever, which is an extension of the holding plate, characterized by a hinge attachment connecting the pushing lever to the lowering plate at a rear end towards an operating handle, a pivot structure connected to the pushing lever or holding plate(s) a distance backward from the hinge attachment, wherein the lowering plate is lifted up and grips the jacking shaft when the pushing lever is pushed downwards and pivots around the pivot structure and in turn, pushes the holding plate(s) downwards loosening it from the jacking shaft and moving the frame down along the jacking shaft a distance until the holding plate(s) reaches an angle that stops it against the jacking shaft while the lowering plate still grips the jacking shaft. a lowering plate on top of the holding plate(s) being parallel to the holding plate(s) when not activated, a spring biasing the lowering plate towards the holding plate, a thumb operable pushing lever, a release lever, which is an extension of the holding plate, characterized by a hinge attachment connecting the pushing lever to the lowering plate at a rear end towards an operating handle, a pivot structure connected to the pushing lever or holding plate(s) a distance backward from the hinge attachment, wherein the lowering plate is lifted up and grips the jacking shaft when the pushing lever is pushed downwards and pivots around the pivot structure and in turn, pushes the holding plate(s) downwards loosening it from the jacking shaft and moving the frame down along the jacking shaft a distance until the holding plate(s) reaches an angle that stops it against the jacking shaft while the lowering plate still grips the jacking shaft.
A movement system comprising a moving device and a notification device (1, 101, 201), the moving device comprising: a main unit that can move a moving body by a driving force of a motor (25, 27, 29); and a control unit that controls the motor in response to an operation input, characterized in that the notification device comprises: a motion detection unit that detects a motion of the moving body or an article attached to the moving body; and a notification unit that, when the moving body or the article is in motion, makes a notification different from a notification at the time when the moving body or the article is stopped. a main unit that can move a moving body by a driving force of a motor (25, 27, 29); and a control unit that controls the motor in response to an operation input, characterized in that the notification device comprises: a motion detection unit that detects a motion of the moving body or an article attached to the moving body; and a notification unit that, when the moving body or the article is in motion, makes a notification different from a notification at the time when the moving body or the article is stopped. a motion detection unit that detects a motion of the moving body or an article attached to the moving body; and a notification unit that, when the moving body or the article is in motion, makes a notification different from a notification at the time when the moving body or the article is stopped.
Odorization test system for the test odorization of a gas mixture flowing within a gas line, the odorization test system having a bypass line which is equipped with two connection points (21, 22) for connection to the gas line, a receiving device for receiving an odorization nozzle and a measuring device for measuring the odorant content in the gas mixture, and the odorization test system being of mobile design.
A female undergarment (300, 400) comprising: a first fabric layer (302, 402) comprising an abdominal region (306, 406) and a crotch region (308, 408), wherein the crotch region is defined by a first leg opening and a second leg opening; a second fabric layer (304, 404) secured to the first fabric layer at the crotch region and at the abdominal region, thereby defining a first opening between the first fabric layer and the second fabric layer proximate the first leg opening and a second opening between the first fabric layer and the second fabric layer proximate the second leg opening; characterized in that the crotch region comprises a closure panel (324, 424), wherein a first portion (326, 426) of the closure panel overlaps and secures to a second portion (328, 428) of the closure panel to define the first leg opening and the second leg opening. a first fabric layer (302, 402) comprising an abdominal region (306, 406) and a crotch region (308, 408), wherein the crotch region is defined by a first leg opening and a second leg opening; a second fabric layer (304, 404) secured to the first fabric layer at the crotch region and at the abdominal region, thereby defining a first opening between the first fabric layer and the second fabric layer proximate the first leg opening and a second opening between the first fabric layer and the second fabric layer proximate the second leg opening; characterized in that the crotch region comprises a closure panel (324, 424), wherein a first portion (326, 426) of the closure panel overlaps and secures to a second portion (328, 428) of the closure panel to define the first leg opening and the second leg opening.
Device for sample separation, particularly for separating blood, comprising a lower plate-shaped substrate with channel structures moulded into the substrate and a film arranged on the lower plate-shaped substrate, wherein the film covers the channel structures, a feed device for vertically receiving the sample, a separating device (14,15) for separating sample constituents, wherein the separating device (14,15) comprises a vertical opening, a filter, in particular a membrane, an inlet chamber for receiving separated sample liquid, particularly blood plasma, said inlet chamber being arranged on the separating device (14,15) and open to fluids from the separating device (14,15), and a channel which conveys the separated sample liquid in the lateral direction from the inlet chamber, wherein the channel is formed by a recess in the base of the inlet chamber, so that the inflow region for the separated liquid is located in the channel in the inlet chamber, characterised in that the film forms a cover which partly covers the channel in fluidtight manner, wherein the cover is constructed as a tongue which is connected in one piece to the film and wherein the tongue projects into a fill opening in the film, so that the inflow region of the channel is located in the central region of the inlet chamber and is not covered but is open at the top, and wherein the lower filter surface forms an upper separating surface towards the inlet chamber, wherein the separating surface in the region of a channel opening abuts on the base of the inlet chamber and wherein the channel extends at least partly under the separating surface, so that after flowing through the separating surface sample liquid separated by the separating device is able to wet the channel directly and to flow into the channel.
An air conditioner, comprising: a main body having an air outlet; a fan provided in the main body; a heat exchanger provided in the main body; and a first member (4a1, 104a1) rotatably supported on the main body and opening and closing the air outlet, wherein the first member (4a1, 104a1) includes a first casing having a first surface and a second casing (4a1L) attached to the first casing (4a1U), a hollow region is formed between an inner surface of the first casing (4a1U) and an inner surface of the second casing (4a1L), a protrusion (41, 141) protruding toward the second casing (4a1L) is formed, the air conditioner characterized in that a recess (42, 142) is formed on an outer surface of the first casing (4a1U) at a position corresponding to a root section of the protrusion (41, 141). a main body having an air outlet; a fan provided in the main body; a heat exchanger provided in the main body; and a first member (4a1, 104a1) rotatably supported on the main body and opening and closing the air outlet, wherein the first member (4a1, 104a1) includes a first casing having a first surface and a second casing (4a1L) attached to the first casing (4a1U), a hollow region is formed between an inner surface of the first casing (4a1U) and an inner surface of the second casing (4a1L), a protrusion (41, 141) protruding toward the second casing (4a1L) is formed, the air conditioner characterized in that a recess (42, 142) is formed on an outer surface of the first casing (4a1U) at a position corresponding to a root section of the protrusion (41, 141).
Wind energy installation comprising a generator for generating electrical energy, which generator can be driven by a rotor, a converter comprising an inverter for for feeding into a grid, and a control device converting the electrical energy generated by the generator for controlling the converter, wherein the control device is designed for current-based conversion of control specifications for reactive and active power generation and comprises a current-based control unit for the inverter of the converter having at least one control system in which measured grid-side current intensities (I 1, I 2, I 3) for at least one prescribed frequency (f 1) are converted to current intensities (I D1, I Q1) of a two-axis d-q coordinate system, on the basis of which current intensities two controllers (R D1, R Q1) determine voltage specifications (U D1, U Q1) in the d-q coordinate system, characterized in that an additional control module is provided, which is designed to impress a voltage guide into the current-based control device, wherein corrected values that are dependent on the grid-side voltage (U 1, U 2, U 3) are taken into account as part of target values in both current intensities (I D1, I Q1) in the d-q coordinate system for the purpose of changing the input variables of the two controllers (R D1, R Q1).
A heating system for manufacture of copper coated double-layer steel tubes comprising a casing in which the roll-wrapped tube is heated to a predefined temperature value and being characterised by: a control unit, a sensor configured in an outer portion of the casing such that the sensor is able to determine temperature value inside the casing, a first window arranged on the casing corresponding to the sensor, a second window arranged on the casing, from which an interior of the casing is seen and a display provided on the control unit, which provides the user with visual data. a control unit, a sensor configured in an outer portion of the casing such that the sensor is able to determine temperature value inside the casing, a first window arranged on the casing corresponding to the sensor, a second window arranged on the casing, from which an interior of the casing is seen and a display provided on the control unit, which provides the user with visual data.
A device for coating substrates by means of high-velocity flame spraying, comprising a combustion chamber, a first fuel line for feeding a first fluid or gaseous fuel, a first gas line for feeding an oxidative gas and at least one further fuel line for feeding a liquid or gaseous fuel, characterized in that both the first gas line as well as the two fuel lines (L1, L5) port into a common combustion chamber and that both fuel lines (L1, L5) are each provided with a flow controller (24, 28) to control the two fuel lines (L1, L5) each independently of the other to influence the mode of operation.
A method of removing a bond coat from a ceramic matrix composite, wherein said bond coat comprises silicon or a silicon-containing substrate, wherein the ceramic matrix composite comprises SiC fibers in SiC matrices, SiC fibers in silicide containing matrices, SiC fibers in Si-SiC matrices, carbon fibers in carbon matrices, carbon fibers in SiC matrices, or Alumina fibers in SiC matrices, said method comprising: contacting a ceramic matrix composite comprising a bond coat with at least one hydroxide for a sufficient time necessary for said hydroxide to react; and removing the bond coat from said ceramic matrix composite. contacting a ceramic matrix composite comprising a bond coat with at least one hydroxide for a sufficient time necessary for said hydroxide to react; and removing the bond coat from said ceramic matrix composite.
A discharging device for mills comprising a conduit, which is so configured as to be connected to a discharge opening of a mill, comprising: a bend disposed along the conduit, which defines a curve of the conduit; a regulating device associated to the bend and predisposed for varying the position of the bend so as to vary at least the height thereof; characterized in that the regulating device is configured for rotating at least one intermediate stretch of the conduit comprising the bend about an axis of rotation.
A heat conducting and electromagnetic shielding material comprising: a first layer containing a first resin component and a plurality of flake graphite fillers each having a basal plane; wherein said material comprises a second layer containing a second resin component and the plurality of flake graphite fillers, wherein the material is a laminate including the first layer and the second layer, an average of first angles in the first layer is 35 degrees or smaller, each of the first angles (θ) being an acute angle between the basal plane of a corresponding one of the flake graphite fillers and a laminated surface of the laminate, and an average of second angles (θ) in the second layer ranges from 55 degrees to 90 degrees, each of the second angles being an acute angle between the basal plane of a corresponding one of the flake graphite fillers and the laminated surface of the laminate. a first layer containing a first resin component and a plurality of flake graphite fillers each having a basal plane; wherein said material comprises a second layer containing a second resin component and the plurality of flake graphite fillers, wherein the material is a laminate including the first layer and the second layer, an average of first angles in the first layer is 35 degrees or smaller, each of the first angles (θ) being an acute angle between the basal plane of a corresponding one of the flake graphite fillers and a laminated surface of the laminate, and an average of second angles (θ) in the second layer ranges from 55 degrees to 90 degrees, each of the second angles being an acute angle between the basal plane of a corresponding one of the flake graphite fillers and the laminated surface of the laminate.
An oral retraction device, comprising: a tongue depressor blade; an articulation assembly constructed and arranged to articulate the tongue depressor blade with at least three degrees of freedom; and a support element constructed and arranged to provide a stabilizing force to the articulation assembly during articulation of the tongue depressor blade, characterised in that the articulation assembly is constructed and arranged to at least rotate the tongue depressor blade about a sagittal axis. a tongue depressor blade; an articulation assembly constructed and arranged to articulate the tongue depressor blade with at least three degrees of freedom; and a support element constructed and arranged to provide a stabilizing force to the articulation assembly during articulation of the tongue depressor blade, characterised in that the articulation assembly is constructed and arranged to at least rotate the tongue depressor blade about a sagittal axis.
Method for operating a data communication network having a Network Function Virtualization Infrastructure, NFVI, the method comprising: by a Cloud Service Provider, CSP, providing a centralized Management and Orchestration, MANO, system (230, 530) that manages the NFVI and that orchestrates the allocation of resources needed by at least one of Network Services, NSs, or Virtualized Network Functions, VNFs, configured in the network, by the centralized MANO system (230, 530), upon request from a tenant (210, 220, 510), allocating resources of the NFVI to the tenant (210, 220, 510) and providing the tenant (210, 220, 510) its own MANO instance (240, 250) for being employed by the tenant (210, 220, 510) to implement the tenant's (210, 220, 510) policies independently from the centralized MANO framework provided by the CSP, wherein Management Level Agreements, MLAs, negotiated between the CSP and the tenant (210, 220, 510) determine the scope of the tenant's (210, 220, 510) autonomy over the tenant's MANO instance (240, 250). by a Cloud Service Provider, CSP, providing a centralized Management and Orchestration, MANO, system (230, 530) that manages the NFVI and that orchestrates the allocation of resources needed by at least one of Network Services, NSs, or Virtualized Network Functions, VNFs, configured in the network, by the centralized MANO system (230, 530), upon request from a tenant (210, 220, 510), allocating resources of the NFVI to the tenant (210, 220, 510) and providing the tenant (210, 220, 510) its own MANO instance (240, 250) for being employed by the tenant (210, 220, 510) to implement the tenant's (210, 220, 510) policies independently from the centralized MANO framework provided by the CSP, wherein Management Level Agreements, MLAs, negotiated between the CSP and the tenant (210, 220, 510) determine the scope of the tenant's (210, 220, 510) autonomy over the tenant's MANO instance (240, 250).
Tooth-cleaning device having a handle or a retaining part and an interdental-treatment part, which has a treatment head carried by a stem produced from wire, wherein the wire, along a fastening portion located in the handle, is encapsulated, and secured, by a plastics material which forms the handle, wherein, at its exit point from the handle, the wire is enclosed by a sleeve-like or tube-like extension, wherein an end region of the handle has the exit point, and wherein the end region extends from that end of the handle which is directed towards the treatment head to an encircling groove of the handle, characterized in that the extension projects beyond the plastics-material body of the handle by a length of approximately 0.5 mm to 4 mm, preferably of 0.8 mm to 1.6 mm, and in that the external diameter of the extension is approximately 0.4 mm to 1.3 mm, preferably 0.5 mm to 1.1 mm, wherein the bending radius of the wire is at least 1.2 mm, preferably at least 1.6 mm.