mhurhangee/ep-ind-claims huggingface dataset:
A method for storing packets of medicine in an automated warehouse organised in accordance with a chaotic storage principle and comprising shelves or trays having storage areas, a program-controlled control device, and an operating unit controlled by the control device for storing the packets of medicine in the storage areas, wherein: a) the packets of medicine to be stored are identified and measured, wherein identification information and associated measurement information is detected and stored by the program-controlled control device, b) a group of packets of medicine to be stored, following the identification and measurement, by a transport apparatus controlled by the control device is transported into a temporary store of the automated warehouse in such a way that the control device has knowledge of the storage locations of each individual packet of medicine of the group in the temporary store, wherein the individual packets of medicine are stored in the temporary store in such a way that the operating unit coupled to the control device can access each individual packet of medicine in the knowledge of the storage location thereof, and c) following the storage of the group in the temporary store and prior to the access of the operating unit to the respective pack, an optimum storage place in a storage area in the warehouse is determined by the program-controlled control device for each packet of medicine of the group under consideration of the measurement information detected in step a) for the group of packets of medicine, and the respective packet of medicine is removed from the temporary store by the operating unit and is stored in the respective determined storage place. a) the packets of medicine to be stored are identified and measured, wherein identification information and associated measurement information is detected and stored by the program-controlled control device, b) a group of packets of medicine to be stored, following the identification and measurement, by a transport apparatus controlled by the control device is transported into a temporary store of the automated warehouse in such a way that the control device has knowledge of the storage locations of each individual packet of medicine of the group in the temporary store, wherein the individual packets of medicine are stored in the temporary store in such a way that the operating unit coupled to the control device can access each individual packet of medicine in the knowledge of the storage location thereof, and c) following the storage of the group in the temporary store and prior to the access of the operating unit to the respective pack, an optimum storage place in a storage area in the warehouse is determined by the program-controlled control device for each packet of medicine of the group under consideration of the measurement information detected in step a) for the group of packets of medicine, and the respective packet of medicine is removed from the temporary store by the operating unit and is stored in the respective determined storage place.
A blower (100; 400; 500; 600) comprising: an electric motor (140; 440; 640), a shaft (160; 460; 560; 660) that defines a shaft axis that is adapted to be driven by the motor, an inlet (130; 430) and an outlet (120; 420; 520; 620) between which is defined a flow path for gas; the outlet is structured to direct gas exiting the blower in an axial first direction; a first impeller (150, 152, 154; 450, 452; 650, 652, 654) attached to the shaft and adapted to accelerate air tangentially and to direct it radially outward; a stationary portion comprising a first stator vane structure and a shield (190, 192; 490; 492; 592; 692), the first stator vane structure including a plurality of stator vanes (184, 187; 485, 487; 587), wherein each of the plurality of stator vanes has an inner end, an outer end, and a leading edge; characterised in that a radius of curvature at the inner end of each of the stator vanes is smaller than a radius of curvature at the outer end of the respective stator vane; wherein the plurality of stator vanes direct the gas in a radially inward direction; wherein the shield has an outer edge extending radially beyond an outer radial edge of the plurality of stator vanes of the first stator vane structure; wherein the shield is adapted to provide a barrier between the stator vane leading edges and the blades of the first impeller. an electric motor (140; 440; 640), a shaft (160; 460; 560; 660) that defines a shaft axis that is adapted to be driven by the motor, an inlet (130; 430) and an outlet (120; 420; 520; 620) between which is defined a flow path for gas; the outlet is structured to direct gas exiting the blower in an axial first direction; a first impeller (150, 152, 154; 450, 452; 650, 652, 654) attached to the shaft and adapted to accelerate air tangentially and to direct it radially outward; a stationary portion comprising a first stator vane structure and a shield (190, 192; 490; 492; 592; 692), the first stator vane structure including a plurality of stator vanes (184, 187; 485, 487; 587), wherein each of the plurality of stator vanes has an inner end, an outer end, and a leading edge; characterised in that a radius of curvature at the inner end of each of the stator vanes is smaller than a radius of curvature at the outer end of the respective stator vane; wherein the plurality of stator vanes direct the gas in a radially inward direction; wherein the shield has an outer edge extending radially beyond an outer radial edge of the plurality of stator vanes of the first stator vane structure; wherein the shield is adapted to provide a barrier between the stator vane leading edges and the blades of the first impeller.
A surgical tool for removing an acetabular cup from an acetabulum, the surgical tool comprising: a shaft; and a blade having a proximal end affixed to the shaft and a distal portion sized to move adjacent or in close proximity to a convex surface of the acetabular cup, the convex surface of the acetabular cup being in contact with the acetabulum; characterized in that the acetabular cup is a component of a reverse hip prosthesis and comprises an acetabular ball affixed to a stem which extends from a concave surface of the acetabular cup; wherein the surgical tool further comprises: an extractor cup affixed at its proximal end to a distal end of the shaft, the extractor cup having at its distal end a concave surface sized to articulate on the acetabular ball; and a driver wrench adapted to affix the extractor cup to the shaft. a shaft; and a blade having a proximal end affixed to the shaft and a distal portion sized to move adjacent or in close proximity to a convex surface of the acetabular cup, the convex surface of the acetabular cup being in contact with the acetabulum; characterized in that the acetabular cup is a component of a reverse hip prosthesis and comprises an acetabular ball affixed to a stem which extends from a concave surface of the acetabular cup; wherein the surgical tool further comprises: an extractor cup affixed at its proximal end to a distal end of the shaft, the extractor cup having at its distal end a concave surface sized to articulate on the acetabular ball; and a driver wrench adapted to affix the extractor cup to the shaft. an extractor cup affixed at its proximal end to a distal end of the shaft, the extractor cup having at its distal end a concave surface sized to articulate on the acetabular ball; and a driver wrench adapted to affix the extractor cup to the shaft.
A method for managing power of a user equipment, UE, in a wireless communications network, comprising: determining a disconnection of an internal power source from an external power source; determining a present state of charge of the internal power source of the UE; and adjusting, responsive to determining the disconnection and determining the present state of charge, one or more modem control parameters of a modem of the UE, the adjusting including a reduction in a number of receive chains of the UE available for use by the modem; wherein the adjusting one or more modem control parameters further comprises: reducing a rate of neighbor search requests performed by the UE; and the method further comprising: determining a reference signal received power, RSRP, wherein the rate of neighbor search requests is based on the RSRP. determining a disconnection of an internal power source from an external power source; determining a present state of charge of the internal power source of the UE; and adjusting, responsive to determining the disconnection and determining the present state of charge, one or more modem control parameters of a modem of the UE, the adjusting including a reduction in a number of receive chains of the UE available for use by the modem; wherein the adjusting one or more modem control parameters further comprises: reducing a rate of neighbor search requests performed by the UE; and the method further comprising: determining a reference signal received power, RSRP, wherein the rate of neighbor search requests is based on the RSRP. reducing a rate of neighbor search requests performed by the UE; and the method further comprising: determining a reference signal received power, RSRP, wherein the rate of neighbor search requests is based on the RSRP.
A circuit breaker, comprising a circuit breaker body and a current detection unit; and after a current that flows from one end of the circuit breaker body flows through the current detection unit, the current flows into another end of the circuit breaker body; the current detection unit comprises a current divider and a signal output terminal; the current divider comprises a first voltage sampling point and a second voltage sampling point, wherein the first voltage sampling point and the second voltage sampling point are connected to the signal output terminal; and the signal output terminal is configured to output a voltage difference sampling value, wherein the voltage difference sampling value is a voltage difference between the first voltage sampling point and the second voltage sampling point; characterised in that the current divider is configured to implement through-current between the current detection unit and the circuit breaker body; and wherein the circuit breaker is provided with a plastic isolation panel, and the plastic isolation panel isolates the circuit breaker body and the current detection unit into different cavities. the current detection unit comprises a current divider and a signal output terminal; the current divider comprises a first voltage sampling point and a second voltage sampling point, wherein the first voltage sampling point and the second voltage sampling point are connected to the signal output terminal; and the signal output terminal is configured to output a voltage difference sampling value, wherein the voltage difference sampling value is a voltage difference between the first voltage sampling point and the second voltage sampling point; characterised in that the current divider is configured to implement through-current between the current detection unit and the circuit breaker body; and wherein the circuit breaker is provided with a plastic isolation panel, and the plastic isolation panel isolates the circuit breaker body and the current detection unit into different cavities.
A display window protection panel (1, 1a; 1b; 100) for an electronic apparatus, said panel (1, 1a; 1b; 100) being fitted over a display window opening for protecting a portion of a display device which is located under the display window opening in a casing of the electronic apparatus and which is exposed by the display window opening, said protection panel (1, 1a; 1b; 100) comprising: a transparent protective plate opposed to a surface of said exposed portion of said display device; a decorative film including a transparent hard coating film and a window forming layer having a decorative portion formed in a thin film state in a portion of one surface of said hard coating film and further having a part which is not formed with said decorative portion but which is formed as a transparent window portion arranged so that the portion exposed by said display window opening of said display device can be viewed; and a transparent sticking layer for sticking said decorative film in a laminated state to a surface of said transparent protective plate at a side not facing towards said display device so that said window forming layer is positioned on a side surface of the transparent protective plate. a transparent protective plate opposed to a surface of said exposed portion of said display device; a decorative film including a transparent hard coating film and a window forming layer having a decorative portion formed in a thin film state in a portion of one surface of said hard coating film and further having a part which is not formed with said decorative portion but which is formed as a transparent window portion arranged so that the portion exposed by said display window opening of said display device can be viewed; and a transparent sticking layer for sticking said decorative film in a laminated state to a surface of said transparent protective plate at a side not facing towards said display device so that said window forming layer is positioned on a side surface of the transparent protective plate.
A medical device or aquatic article having a surface containing a passivating coating comprising a polyurea copolymer having a polymer backbone and comprising a reaction product of: (a) a diamine composition comprising a diamine block copolymer having a formula, a polyethylene glycol diamine having a formula, or a combination of and: wherein y is an integer in the range of 2 to 40, and x + z is an integer in the range of 1 to 8; or wherein n is an integer in the range of 1 to 500; and (b) a diisocyanate, wherein the diisocyanate has a formula: OCN-B-NCO where B is a bivalent alkyl radical having 2 to 20 carbon atoms, and wherein the diisocyanate is present in a molar ratio with total diamines in (a) in a range of 2:1 to 1:2. (a) a diamine composition comprising a diamine block copolymer having a formula, a polyethylene glycol diamine having a formula, or a combination of and: wherein y is an integer in the range of 2 to 40, and x + z is an integer in the range of 1 to 8; or wherein n is an integer in the range of 1 to 500; and (b) a diisocyanate, wherein the diisocyanate has a formula: OCN-B-NCO
A self-draining transmitter mount head (100, 700, 800, 900), comprising: a head body; a transmitter process coupling port in the head body; an impulse port in the head body; an impulse passage coupled to the impulse port; and an impulse drain passage coupled between the transmitter process coupling port and the impulse passage, the impulse drain passage positioned at an angle to the impulse passage, said angled impulse drain passage capable to drain away a fluid from the transmitter process coupling port through a range of head installation angles; a drain/vent port in the head body; a removable drain/vent plug configured to seal the drain/vent port; a drain/vent passage coupled between the drain/vent port and the impulse passage, said impulse passage and said drain/vent passage coupled in a straight line; and a drain/vent drain passage coupled between the transmitter process coupling port and the impulse passage and positioned at an angle to the impulse passage. a head body; a transmitter process coupling port in the head body; an impulse port in the head body; an impulse passage coupled to the impulse port; and an impulse drain passage coupled between the transmitter process coupling port and the impulse passage, the impulse drain passage positioned at an angle to the impulse passage, said angled impulse drain passage capable to drain away a fluid from the transmitter process coupling port through a range of head installation angles; a drain/vent port in the head body; a removable drain/vent plug configured to seal the drain/vent port; a drain/vent passage coupled between the drain/vent port and the impulse passage, said impulse passage and said drain/vent passage coupled in a straight line; and a drain/vent drain passage coupled between the transmitter process coupling port and the impulse passage and positioned at an angle to the impulse passage.
An expandable tubular connection for use in a wellbore, the tubular connection comprising: a tubular box member having an end portion; and a tubular pin member wherein the tubular pin member and the tubular box member have threaded sections, characterized in that the tubular pin member includes a protrusion formed therein, so that it has an outer diameter greater than an outer diameter of the tubular box member, wherein said portion with said protrusion formed therein is configured to substantially shield the end portion of the tubular box member from contact with the wellbore. a tubular box member having an end portion; and a tubular pin member wherein the tubular pin member and the tubular box member have threaded sections, characterized in that the tubular pin member includes a protrusion formed therein, so that it has an outer diameter greater than an outer diameter of the tubular box member, wherein said portion with said protrusion formed therein is configured to substantially shield the end portion of the tubular box member from contact with the wellbore.
Manipulation device for a microinvasive medical instrument, having: a recess for receiving a proximal region of an electrically conductive transmission device for transmitting electrical power and at least either a force or a torque to a distal end of a microinvasive medical instrument; a contacting device for producing an electrical contact to a transmission device arranged in the recess, wherein the contacting device has a plurality of contact faces for simultaneous abutment against a surface of a transmission device arranged in the intended manner in the recess, characterized in that in which the contacting device has a plurality of resilient tongues, each contact face is arranged at a resilient tongue, and the resilient tongues of the contacting device each extend parallel or substantially parallel to a plane orthogonal to the longitudinal axis of the transmission device, and each contact face has a length which is significantly larger than its width. a recess for receiving a proximal region of an electrically conductive transmission device for transmitting electrical power and at least either a force or a torque to a distal end of a microinvasive medical instrument; a contacting device for producing an electrical contact to a transmission device arranged in the recess, wherein the contacting device has a plurality of contact faces for simultaneous abutment against a surface of a transmission device arranged in the intended manner in the recess, characterized in that in which the contacting device has a plurality of resilient tongues, each contact face is arranged at a resilient tongue, and the resilient tongues of the contacting device each extend parallel or substantially parallel to a plane orthogonal to the longitudinal axis of the transmission device, and each contact face has a length which is significantly larger than its width.
Film winding system for a film stretching unit comprising the following features: - a film entry area is provided, via which a film web to be wound up is feedable to the film winding system; - a first winding station is provided, wherein the first winding station is configured in a winding position to wind the film web into a film bale; - a contact roller and a compensating roller are provided, wherein the contact roller is arranged adjacent to the first winding station in the winding position and is configured to guide the film web to the first winding station; - the compensating roller is located before the contact roller in the direction of travel of the film web and is configured to guide the film web to the contact roller and to set a film tension; - a first adjustment device is provided and configured to move the contact roller towards the winding station or away from the winding station, thereby enabling the setting of a specific contact pressure between the contact roller and the film bale; - the first adjustment device comprises a slide system or an adjusting spindle. - a film entry area is provided, via which a film web to be wound up is feedable to the film winding system; - a first winding station is provided, wherein the first winding station is configured in a winding position to wind the film web into a film bale; - a contact roller and a compensating roller are provided, wherein the contact roller is arranged adjacent to the first winding station in the winding position and is configured to guide the film web to the first winding station; - the compensating roller is located before the contact roller in the direction of travel of the film web and is configured to guide the film web to the contact roller and to set a film tension; - a first adjustment device is provided and configured to move the contact roller towards the winding station or away from the winding station, thereby enabling the setting of a specific contact pressure between the contact roller and the film bale; - the first adjustment device comprises a slide system or an adjusting spindle.
A method for up-sampling a point cloud representing a scanned three-dimensional object, comprising: detecting a plurality of points of a point cloud on a basis of at least one sampling rate, wherein a point is detected if: the number of its distance-S neighbors is less than a first value; and the number of its distance-S' neighbors is greater than a second value; wherein: S' is larger than S; S and S' are integers; and the distance-S neighbors of a point are defined as the neighboring points falling into a sphere or a cube in which the center is the point and with a sphere diameter or a cube scale equal to 2*S; obtaining, for each of the plurality of detected points, an associated local tangent plane using the distance-S Normal neighbors of the detected point, with S normal being larger than S; and inserting in the point cloud at least one neighboring point of each detected point at integer spatial positions if a distance between the neighboring point and the tangent plane associated with the detected point is less than a threshold. detecting a plurality of points of a point cloud on a basis of at least one sampling rate, wherein a point is detected if: the number of its distance-S neighbors is less than a first value; and the number of its distance-S' neighbors is greater than a second value; the number of its distance-S neighbors is less than a first value; and the number of its distance-S' neighbors is greater than a second value; wherein: S' is larger than S; S and S' are integers; and the distance-S neighbors of a point are defined as the neighboring points falling into a sphere or a cube in which the center is the point and with a sphere diameter or a cube scale equal to 2*S; obtaining, for each of the plurality of detected points, an associated local tangent plane using the distance-S Normal neighbors of the detected point, with S normal being larger than S; and inserting in the point cloud at least one neighboring point of each detected point at integer spatial positions if a distance between the neighboring point and the tangent plane associated with the detected point is less than a threshold. S' is larger than S; S and S' are integers; and the distance-S neighbors of a point are defined as the neighboring points falling into a sphere or a cube in which the center is the point and with a sphere diameter or a cube scale equal to 2*S; obtaining, for each of the plurality of detected points, an associated local tangent plane using the distance-S Normal neighbors of the detected point, with S normal being larger than S; and inserting in the point cloud at least one neighboring point of each detected point at integer spatial positions if a distance between the neighboring point and the tangent plane associated with the detected point is less than a threshold.